References of
Smallpox and Its Eradication
Ada, G.L., Jackson, D.C., Blanden, R.V., Tha Hla, R. & Bowern, N.A. (1976) Changes in the surface of virus infected cells recognized by cytotoxic T cells. I. Minimal requirements for lysis of ectromelia-infected P-815 cells. Scandinavian journal of immunology, S: 23-30. [3)
Ada, G.L., Leung, K.-N. & Ertl, H. (1981) An analysis
of effector T cell generation and function in mice exposed to influenza A or Sendai viruses. Immunological reviews, S8: 5-24. [3)
Ahmad, H.B. (1933) Smallpox in Egypt. Its history and control, Cairo, Government Press. [8)
Alecaut, B., Breman, J.G. & Famba, M.K. (1970) Concurrent assessment during the smallpox eradica tion and measles control programme in Guinea December 1967 to February 1969. In: United States National Communicable Diseases Center, op. cit., No. 2, 90-96. [17)
Alekseeva, A.K. & Akopova, I.I. (1966) [Studies of properties of rabbit smallpox virus isolated from M. rhesus tissue culture). Voprosy virusologii, 11: 532-539 (in Russian). [3)
Alexander, A.D., Flyger, V., Herman, Y.F., McConnell, S.J., Rothstein, N. & Yager, R.H. (1972) Survey of wild mammals in a Chesapeake Bay area for selected zoonoses. Journal of wildlife diseases, 8: 119-126. [2]
Ali, A. & Heiner, G.G. (1971) Survey of vaccination status and past smallpox experience of an urban population of West Pakistan. American journal of epidemiology, 94: 327-340. [4, 14)
Alivizatos, G.P. (1950) The early smaiipox epidemics in Europe and the Athens plague after Thucidides, Athens (in Greek, with English summary). [5)
Al-Razi, Abu Bakr Muhammad ibn Zakariya (Rhazes) De variolis et morbiiiis commentarius, London, G. Bowyer, 1766. English translation: Medical classics (1939), 4:
22-84. [5)
Amano, H., Ueda, Y. & Tagaya, I (1979) Orthopoxvirus strains deficient in surface antigen induction. Journal of general virology, 44: 265-269. [2)
Amaral, C.G. do (1960) Hist6ria da variola. Medicina contempordnea, 78: 537-571. [8]
Amies, C.R. (1961) Loss of immunogenic properties of vaccinia virus inactivated by formaldehyde. Canadian journal of microbiology, 7: 141-152. [2]
Anders, W. & Posch, J. (1962) Die Pockenausbriicke 1961 /62 in Nordrhein- Westfalen. Bundesgesundheits blatt, 17: 265-269. [4)
Andersen, A.A. (1958) New sampler for the collection, sizing and enumeration of viable airborne particles. Journal of bacteriology, 76: 471-484. [4)
Anderson, A. (1861) Study of fever, London, Churchill.
Quoted in: Councilman, W.T., op. cit., p. 272. [30)
Anderson, R.M. & May, R.M. (1983) Vaccination against rubella and measles: quantitative investiga tions of different policies. Journal of hygiene, 90: 259-325. [31I
Andrewes, C.H., Glover, R.E., Himmelweit, F. & Smith,(1944) Influenza virus as a laboratory contamin ant. British journal of experimental pathology, 2S: 130-134. [30)
Andrews, J.M. (1951) Nation-wide malaria eradication projects in the Americas. I. The eradication program in the U.S.A. Journal of the National Malaria Society, 10: 99-121. [9]
Andrews, J.M. & Langmuir, A.D. (1963) The philo sophy of disease eradication. American journal of public health, 53: 1-6. [9)
Angulo, J.J., Rodrigues-da-Silva, G. & Rabello, S.I. (1964) Variola minor in a primary school. Public health reports, 79: 355-365. [4)
Angulo, J.J., Rodrigues-da-Silva, G. & Rabello, S.I. (1967) Spread of variola minor in households. American journal of epidemiology, 86: 479-487. [4)
Angulo, J.J., Rodrigues-da-Silva, G. & Rabello, S.I. (1968) Sociological factors in the spread of variola minor in a semi-rural school district. Journal of hygiene, 66: 7-18. [4)
Annual Reports of the Public Health Commissioners with the Government of India for 1930 to 1946-47. Calcutta, Government of India Central Publication Branch. [5)
Appleyard, G. & Westwood, J.C.N. (1964a) The growth of rabbitpox virus in tissue culture. Journal of general microbiology, 37: 391-401. [2, 3)
Appleyard, G. & Westwood, J.C.N. (1964b) A protec tive antigen from the pox-viruses: II. Immunisation of animals. British journal of experimental pathology, 4S: 162-173. [3]
Appleyard, G., Hape!, A.J. & Boulter, E.A. (1971) An antigenic difference between intracellular and extra cellular rabbitpox virus. Journal of general virology, 13: 9-17. [2, 3)
Aragao, H. de B.(1911) Studien Ober Alastrim. Memorias do Instituto Oswaldo Cruz, 3: 309-319. [8)
Aragao, H. de B. (1927) Myxoma of rabbits. Memorias do
Instituto Oswaldo Cruz, 20: 237-247. [2)
Archard, L.C. & Mackett, M. (1979) Restriction endonuclease analysis of red cowpox virus and its white pock variant. Journal of general virology, 4S: 51-63. [2]
Archard, L.C., Mackett, M., Barnes, D.E. & Dumbell,
K.R. (1984) The genome structure of cowpox virus white pock variants. Journal of general virology, 6S: 875-886. [2)
Arita, I. (1973) The control of vaccine quality in the smallpox eradication programme. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether lands, 11-13 October 1972; Symposia Series in Immuno biological Standardiwtion, Basel, Karger, Vol. 19, pp. 79-87. [10, 11]
Arita, I. & Henderson, D.A. (1968) Smallpox and monkeypox in non-human primates. Bulletin of the World Health Organization, 39: 277-283. [2, 10, 29, 30] Arita, I. & Henderson, D.A. (1976) Monkeypox and whitepox viruses in West and Central Africa. Bulletin
of the World Health Organization, 53: 347-353. (30]
Arita, I., Shafa, E. & Kader, M.A. (1970) Role of hospital in smallpox outbreak in Kuwait. American journal of public health, 60: 1960-1966. [4, 23]
Arita, I., Gispen, R., Kalter, S.S., Lim Teong Wah, Marennikova, S.S., Netter, R. & Tagaya, I. (1972) Outbreaks of monkeypox and serological surveys in non-human primates. Bulletin of the World Health Organization, 46: 625-631. (29]
Arita I., Jezek, z., Khodakevich, L. & Kalisa Ruti (1985)
Human monkeypox: a newly emerged orthopoxvirus
zoonosis in the tropical rain forests of Africa. American journal of tropical medicine and hygiene, 34: 781-789. (29]
Arita, I., Wickett, J. & Fenner, F. (1986) Impact of population density on immunization programmes. Journal of hygiene, 96: 459-466. [4]
Arita, M. & Tagaya, I. (1980) Virion polypeptides of poxviruses. Archives of virology, 63: 209-225. [2]
Arnt, N.& Morris, L. (1972) Smallpox outbreaks in two Brazilian villages: epidemiologic characteristics. American journal of epidemiology, 95: 363-370. [12]
Austin, J.E. (1979) The management bottleneck in famiJ planning programmes, Cambridge, Harvard University School of Business Administration. [31]
Ayalew, S. (1982) Ethiopia: time-budgeting for devel opment. World health forum, 3: 129-131. [21]
Azeredo Costa, E. & Morris, L. (1975) Smallpox epidemic in a Brazilian community. American journal of epidemiology, 101: 552-561. [4, 12]
Azeredo Costa, E., Ribeiro, J. & Morris, L. (1971) Variola na feira de Canarama. Caz.eta medica da Bahia, 71: 1-6. (12]
Bacteriological reviews, 1966, 30: 485-696 (Airborne
infections). [4]
Ballard, E. (1868) On vaccination: its value and alleged dangers,
London, Longman, Green. [6]
Barker, L.F. (1969) Further attenuated vaccinia virus: a possible alternative for primary immunization. In: Sixth Annual Immuniwtion Conference, Atlanta, March 11-13, 1969, Atlanta, United States Communicable
Disease Center, p. 55. [11]
Barojan, O.V. & Serenko, A.F. (1961) [The smallpox outbreak in Moscow in 1959-60]. Zhurnal mikrobiolo gii, epidemiologii i immunobiologii, 32: 672-680 (in Russian). [8]
Baron, J. (1838) The life of Edward Jenner, 2 vols., London, Colburn. [6]
Baroudy B.M., Venkatesan S. & Moss B. (1982) Incompletely base-paired flip-flop terminal loops link the two DNA strands of the vaccinia virus genome into one uninterrupted polynucleotide chain. Cell, 28: 315-324. [2]
Barry, F.W. (1889) Report on an epidemic of smallpox in Sheffield, 1887-8, London, H.M. Stationery Office. (3] Bartlett, M.S. (1957) Measles periodicity and community size. Journal of the Royal Statistical Society, Series A, 120: 48-59. (2, 4]
Bartlett, M.S. (1960) The critical community size for measles in the United States. Journal of the Rl!Jal Statistical Sociery, Series A, 123: 27-44. [2]
Basu, R.N. & Khodakevich, L.N. (1978a) The national commission for the assessment of the smallpox eradication programme in India. Indian journal of public health, 22: 16-30. (25]
Basu, R.N. & Khodakevich, L.N. (1978b) Surveillance at weekly markets in the smallpox eradication programme in India. Indian journal of public health, 22: 44–49. (15]
Basu, R.N.,Jezek, Z.& Ward, N.A. (1979) The eradication
of smallpox from India, Geneva, World Health Organi zation (History of International Public Health, No. 2; also WHO Regional Publications: South-East Asia Series, No. 5). [1, 4, 10, 15, 25, 28, 30, 31]
Bauer, D.J. (1972) Thiosemicarbazones. In: Bauer, D.J., ed. Chemotherapy of virus diseases. (International Encyclo paedia of Pharmacology and Therapeutics, Section 61), Oxford, Pergamon Press, Vol. 1, pp. 35-113. [1]
Bauer, D.J. & Sadler, P.W. (1960) The structure-activity relationships of the antiviral chemotherapeutic activ ity of isatin P-thiosemicarbazone. British journal of pharmacology and therapeutics, 15: 101-110. [1]
Bauer, D.J., St. Vincent, L., Kempe, C.H. & Downie,
A.W. (1963) Prophylactic treatment of smallpox contacts with N-methylisatin P-thiosemicarbazone (compound 33T57, Marboran). Lancet, 2: 494–496. [1] Bauer, D.J., St. Vincent, L., Kempe, C.H., Young, P.A. & Downie, A.W. (1969) Prophylaxis of smallpox with methisazone. American journal of epidemiology, 90: 130-145. [1J
Baxby, D. (1972) Smallpox-like viruses from camels in Iran. Lancet, 2: 1063-1065. (2, 29]
Baxby, D. (1974) Differentiation of smallpox and camelpox viruses in cultures of human and monkey cells. Journal of hygiene, 72: 251-254. (2]
Baxby, D. (1975) Identification and interrelationships of the variola/vaccinia subgroup of poxviruses. Progress in medical virology, 19: 215-246. (2]
Baxby, D. (1977a) Is cowpox misnamed? A review of 10 human cases. British medical journal, 1: 1379-1381. [29]
Baxby, D. (1977b) Poxvirus hosts and reservoirs.
Archives of virology, 55: 169-179. [2]
Baxby, D. (1977c) The origins of vaccinia virus. Journal of infectious diseases, 136: 453-455. [2]
Baxby, D. (1981) Jenner’s smallpox vaccine. The riddle of the origin of vaccinia virus, London, Heinemann. [2, 6, 7, 29] Baxby, D. (1982a) The surface antigens of orthopoxvir uses detected by cross-neutralization tests on cross absorbed sera. Journal ofgeneral virology, 58: 251-262. [2] Baxby, D. (1982b) The natural history of cowpox.
Bristol medico-chirurgical journal, 97: 12-16. (29]
Baxby, D. & Ghaboosi, B. (1977) Laboratory character istics of poxviruses isolated from captive elephants in Germany. Journal of general virology, 37: 407-414. [29] Baxby, D. & Hill, B.J. (1971) Characteristics of a new poxvirus isolated from Indian buffaloes. Archiv fur die
gesamte Virusforschung, 35: 70-79. (2, 29]
Baxby, D., Shackleton, W.B., Wheeler, J. & Turner, A. (1979) Comparison of cowpox-like viruses isolated from European zoos. Archives of virology, 61: 337-340. [29]
Baxby, D., Ashton, D.G., Jones, D.M. & Thomsett, L.R. (1982) An outbreak of cowpox in captive cheetahs: virological and epidemiological studies. Journal of hygiene, 89: 365-372. [29]
Bayoumi, A. (1972) Mecca pilgrimage: the socio medical problems it presents in the Sudan. Sudan medicaljournal, 10: 108-116. [8]
Bayoumi, A. (1974) Smallpox in the Sudan, 1925-1965.
East African medical journal, 51: 131-140. [8] Bedson, H.S. (1964) The ceiling temperature of pox viruses.
M.D. thesis, University of London. [29, 30] Bedson, H.S. (1982) Enzyme studies for the characteri
zation of some orthopoxvirus isolates. Bulletin of the
World Health Organization, 60: 377-380. [2]
Bedson, H.S. & Duckworth, M.J. (1963) Rabbit pox: an experimental study of the pathways of infection in rabbits. Journal of pathology and bacteriology, 85: 1-20. (3] Bedson, H.S. & Dumbell, K.R. (1961) The effect of temperature on the growth of pox viruses in the chick
embryo. Journal of Hygiene, 59: 457-469. [2]
Bedson, H.S. & Dumbell, K.R. (1964a) Hybrids derived from the viruses of alastrim and rabbit pox. Journal of Hygiene, 62: 141-146. [2]
Bedson, H.S. & Dumbell, K.R. (1964b) Hybrids derived from the viruses of variola major and cowpox. Journal of Hygiene, 62: 147-158. (2]
Bedson, H.S., Dumbell, K.R. & Thomas, W.R.G. (1963) Variola in Tanganyika. Lancet, 2: 1085-1088. [2]
Bell, R. & Torrigiani, G., ed. (1984) New approaches to vaccine development, Basel, Schwabe. (28]
Benenson, A.S. (1950) Immediate (so-called “immune”) reaction to smallpox vaccination. Journal of the American Medical Association, 143: 1238-1249. [3]
Benenson, A.S. (1974) Routine vaccination for all is still indicated. In: Ingelfinger, F.J., Ebert, R.V., Finland,
M.& Reiman, A.S., ed. Controversy in internal medicine, II,
Philadelphia, Saunders, pp. 371-381. [7]
Benn, E.C. (1963) Smallpox in Bradford 1962: a clinical review. Proceedings of the Royal al Society of Medicine, 56: 343-345. [1]
Bennett, M., Gaskell, C.J., Gaskell, R.M., Baxby, D. & Gruffydd-Jones, T.J. (1986) Poxvirus infection in the domestic cat: some clinical and epidemiological observations. Veterinary Record, 118: 387-390. [29]
Berger, K. & Heinrich, W. (1973) Decrease in postvaccinal deaths in Austria after introducing a less pathogenic virus strain. In: International Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October, 1972; Symposia Series in Immunobiological Standardition, Basel, Karger, Vol. 19, pp. 199-203. [7]
Berger, K. & Puntigam, F. (1954) Ueber die Erkran kungshaufigkeit verschiedener Altersklassen von Er stimpflingen an postvakzinaler Enzephalitis nach subcutaner Pockenschutzimpfung. Wiener medivnische Wochenschrift, 104: 487-492. [7]
Berke, Z. (1956) Pockenbekiimpfung in Afghanistan. Zentralblatt fiir Bakteriologie, Parasitenkunde, Infektions krankheiten und Hygiene. I. Abt. Orig., 165: 301-304. [8, 14]
Berry, G.P. & Dedrick, H.M. (1936) A method for changing the virus of rabbit fibroma (Shope) into that of infectious myxomatosis (Sanarelli). Journal of Bacteriology, 31: 50. [2]
Best, E.W.R. & Davis, J.W. (1965) Smallpox control in Canada. Canadian Medical Association Journal, 92: 1247-1252. (23]
Bharucha, P.B. (1975) Role of voluntary organisations in intensified campaign against smallpox in Chota Nagpur Division, Bihar. Journal of communicable diseases, 7: 218-221. [15]
Bhattacharyya, L.M., Sengupta, D.N., Pain, G.C., Bose, D.K., Mukherjee, S. & Mondal, A. (1965) ABO blood group and smallpox. Journal of the Indian Medical Association, 45: 234-236. [3]
Black, F.L. (1966) Measles endemicity in insular populations: critical community size and its evolu tionary implication. Journal of theoretical biology, 11 : 207-211. (2, 4]
Black, F.L. (1982) Geographic and sociologic factors in the epidemiology of virus diseases. In: Mackenzie, J.S., ed. Viral diseases in South-East Asia and the Western Pacific, Sydney, Academic Press, pp. 23-33. [2]
Black, F.L., Hierholzer, W.J., Pinheiro, F. deP., Evans, A.S., Woodall, J.P., Opton, E.M, Emmons, J.E., West,
B.S., Edsall, G., Downs, W.G. & Wallace, G.D. (1974) Evidence for persistence of infectious agents in isolated human populations. American journal of epidemiology, 100: 230-250. (4]
Blackman, K.E. & Bubel, H.C. (1972) Origin of the vaccinia virus hemagglutinin. journal of virology, 9: 290-296. [3]
Blake, J.B. (1953) Smallpox inoculation in colonial Boston. Journal of the history of medicine, 8: 284—300. (6] Blake, J.B. (1957) Benjamin Waterhouse and the introduction of vaccination; a reappraisal, Philadelphia, University of
Pennsylvania Press. (6]
Blake, J.B. (1959) Public health in the town of Boston 1630-
1822, Cambridge, Harvard University Press. (5, 6]
Blanden, R.V. (1970) Mechanisms of recovery from a generalized viral infection: mousepox. I. The effects of anti-thymocyte serum. Journal of experimental medicine, 132: 1035-1054. [3]
Blanden, R.V. (1971a) Mechanisms of recovery from a generalized viral infection: mousepox. II. Passive transfer of recovery mechanisms with immune lymphoid cells. Journal of experimental medicine, 133: 1074—1089. [3]
Blanden, R.V. (1971b) Mechanisms of recovery from a generalized viral infection: mousepox. III. Regression of infectious foci. journal of experimental medicine, 133: 1090-1104. [3]
Blanden, R.V. (1974) T cell response to viral and bacterial infection. Transplantation reviews, 19: 56-88.
(3]
Blattner, R.J., Norman, J.O., Heys, F.M. & Aksu, I. (1964) Antibody response to cutaneous inoculation with vaccinia virus: viremia and viruria in vaccinated children. Journal of Pediatrics, 64: 839-852. (3]
Bleyer, J.C. (1922) Ueber Auftreten von Variola unter Affen der Genera Mycetes und Cebus bei Vordringen einer Pockenepidemie im Urwaldgebiete an den Nebenfltissen des Alto Uruguay in Sudbrasilien. Miinchener medivnische Wochenschrift, 69: 1009-1010.
(30]
Boobbyer, P. (1894) In “Report to Nottingham Medico-Chirurgical Society”. British Medical Journal, 1: 1245. [1]
Boobbyer, P. (1901) Smallpox in Nottingham and elsewhere. Lancet, 1: 1232. [8]
Boorstin, D.J. (1958) The Americans: the colonial exper ience, New York, Random House. [5]
Boulter, E.A. & Appleyard, G. (1973) Differences between extracellular and intracellular forms of poxvirus and their implications. Progress in medical virology, 16: 86-108. (2, 3]
Boulter, E.A., Maher, H.B. & Bowen, E.T.W. (1961a) Studies on the physiological disturbances occurring in experimental rabbit pox: an approach to rational therapy. British journal of experimental pathology, 42: 433-444. [3]
Boulter, E.A., Westwood, J.C.N. & Maher, H.B. (1961b) Value of serotherapy in a virus disease (rabbit pox). Lancet, 2: 1012-1015. [3]
Boulter, E.A., Zwartouw, H.T., Titmuss, D.H.J. & Maher, H.B. (1971) The nature of the immune state produced by inactivated vaccinia virus in rabbits. American journal of epidemiology, 94: 612-620. [3]
Bourke, A.T.C. & Dumbell, K.R. (1972) An unusual poxvirus from Nigeria. Bulletin of the World Health Organization, 46: 621-623. [2]
Bowers, J.Z. (1981) The odyssey of smallpox vaccina tion. Bulletin of the history of medicine, 55: 17-33. [6]
Boyd, W.L & Boyd, J.B. (1964) The presence of bacteria in permafrost in the Alaska Arctic. Canadian journal of microbiology, 10: 917-919. (30]
Braginskaya, V.P., Sokolova, A.F. & Livanova, L.V. (1971) [Complications following immunization of children with certain vaccines]. Voprosy okhra’!Y materinstva i detstva, 16 (8): 18-24 (in Russian). [7]
Brainerd, H.D., Hanna, L. & Jawetz, E. (1967) Methisa zone in progressive vaccinia. New England journal of medicine, 276: 620-622. [7]
Bras, G. (1952a) The morbid anatomy of smallpox. Documenta de medicina geographica et tropica, 4: 303-351. [1, 3, 30]
Bras, G. (1952b) Observations on the formation of smallpox scars. Archives of pathology, 54: 149-156. (1, 3] Breman, J.G. (1971) Smallpox epidemiology and eradication in Guinea, West Africa. Dissertation for the Diploma in Tropical Public Health. Ross Institute, London School of Hygiene and Tropical Medicine, University
of London. [17]
Breman, J.G., Coffi, E., Bomba-Ires, K.R., Foster, S.O. & Hermann, K.L. (1975) Evaluation of a measles smallpox vaccination campaign by a sero-epidemiolo gic method. American journal of epidemiology, 102: 564-571. [7]
Breman, J.G., Alecaut, A.B. & Lane, J.M. (1977a) Smallpox in the Republic of Guinea, West Africa. I. History and epidemiology. American journal of tropical medicine and hygiene, 26: 756-764. [8, 17]
Breman, J.G., Alecaut, A.B., Malberg, D.R., Charter, R.S. & Lane, J.M. (1977b) Smallpox in the Republic of Guinea, West Africa. II. Eradication using mobile teams. American journal of tropical medicine and hygiene, 26: 765-774. [17]
Breman, J.G., Bernadou, J. & Nakano, J.H. (1977c) Poxvirus in West African nonhuman primates: serological survey results. Bulletin of the World Health Organization, 55: 605-612. [29]
Breman, J.G., Kalisa-Ruti, Steniowski, M.V., Zanotto, E., Gromyko, A.I. & Arita, I. (1980) Human monkeypox, 1970-79. Bulletin of the World Health Organization, 58: 165-182. [29]
Brenner, S. & Horne, R.W. (1959) A negative staining method for high-resolution electron microscopy of viruses. Biochimica et biophysica acta, 34: 103-110. [2] Brilliant, L.B. (1985) The management of smallpox eradication in India: a case study and analysis, Ann Arbor,
University of Michigan Press. [10, 15, 28, 31]
Brinckerhoff, W.R. & Tyzzer, E.E. (1906) Studies upon experimental variola and vaccinia in Quadrumana. Journal of medical research, 14: 223-359. [2, 3]
Briody, B.A., Hauschka, T.S. & Mirand, E.A. (1956) The role of genotype in resistance to an epidemic of mouse pox (ectromelia). American journal of hygiene, 63: 59-68. [3]
British medical journal, 1896, 1: 1245-1307 Oenner
Centenary Number, May 23, 1896). [6]
British medical journal, 1962, 1 : 164-165 (Smallpox in
England). [8]
Bronson, L.H. & Parker, R.F. (1941) Neutralization of vaccine virus by immune serum. Titration by means of intracerebral inoculation of mice. Journal of immunology, 41: 269-278. [3]
Brown, F., Schild, G.C. & Ada, G.L. (1986) Recombin ant vaccinia viruses as vaccines. Nature, 319: 549-550. (28)
Brown, S.T., Nalley,J.F. & Kraus, S.J. (1981) Molluscum contagiosum. Sexually transmitted diseases, 8: 227-234. [29].
Brown, W.C. (1896) The differential diagnosis of small pox in recent epidemics in the Cape colony. South African medical journal, 4: 103-110. [5]
Browne, S.G. & Davis, E.M. (1962) Reaction in leprosy precipitated by smallpox vaccination. Leprosy review, 33: 252-254. [7]
Brunell, P.A., Cohen, B.H. & Granat, M. (1971) A gel precipitin test for the diagnosis of varicella. Bulletin of the World Health Organization, 44: 811-814. [1]
Bryant, C.E. (1968) Operation Brother’s Brother, New York, Lippincott. [17]
Buchanan, G.S. (1905) On the spread of small-pox occasioned by small-pox hospitals during the epidem ic period, 1900-1904; and its relation to atmospheric convection. Transactions of the Epidemiological Society of London, New Series, 24: 143-258. [4]
Buddingh, G.J. (1953) The nomenclature and classifica tion of the pox group of viruses. Annals of the New York Academy of Sciences, 56: 561-566. [2]
Bugbee, L.M., Like, A.A. & Stewart, R.B. (1960) The effects of cortisone on intradermally induced vaccinia infection in rabbits. Journal of infectious diseases, 106: 166-173. [3]
Bulletin of the World Health Organization, 1984, 62: 703-713 (The current status of human monkeypox. Memorandum of a WHO meeting). [28]
Burgasov, P.N. (1968) [Human infectious diseases in the USSR (statistical review)], Moscow, Meditsina (in Russian). [9]
Burke, J.P., Hopkins, D.R., Hume, J.C., Perine, P.L. & St. John, R., ed. (1985) International symposium on yaws and other endemic treponematoses. Reviews of infectious diseases, 7: S217-S351. (31)
Burnet, F.M. (1936) The use of the developing egg in virus research. Medical Research Council Special Report Series, No. 220. [2]
Burnet, F.M. (1940) Biological aspects of infectious diseases, Cambridge, Cambridge University Press. [9]
Burnet, F.M. (1946) Vaccinia haemagglutinin. Nature,
158: 119-120. [2]
Burnet, F.M. (1952) The pattern of disease in child hood. Australasian annals of medicine, 1: 93-108. [1]
Burnet, F.M. & Boake, W.C. (1946) The relationship between the virus of infectious ectromelia of mice and vaccinia virus. Journal of immunology, 53: 1-13. [2]
Burnet, F.M. & Stone, J.D. (1946) The haemagglutinins of vaccinia and ectromelia viruses. Australian journal of experimental biology and medical science, 24: 1-8. [2]
Burton, R.F. (1860) The lake regions of central Africa,
London, Longman, Green. [5]
Butlin, N.G. (1983) Our original aggression. Aboriginal populations of southeastern Australia 1788-1850, Sydney, Allen & Unwin. (5)
Butlin, N.G.(1985) Macassans and aboriginal smallpox: the ‘1789’ and ‘1829’ epidemics. Historical studies, 21 :315-335. (5)
Cairns, J. (1960) The initiation of vaccinia infection.Virology, 11: 603-623. [2)
Calmette, A. & Guerin, C. (1901) Recherches sur la vaccine experimentale. Anna/es de l’Institut Pasteur, 1S: 161-168. (2)
Campbell, J. (1983) Smallpox in aboriginal Australia, 1829-31. Historical studies, 20: 536-556. (5)
Campbell, J. (1985) Smallpox in aboriginal Australia, the early 1830s. Historical studies, 21: 336-358. (5) Camus, L. (1909) Quelques modifications a la preparation et a la conservation du vaccin sec. Comptes rendusdes seances de la Sociiti de Biologie, 67: 626-629. (2, 7]
Camus, L. (1917) De )’influence de la vaso-dilatation sur la localisation des pustules vaccinales spontanees. Bulletin de I’Acadimie de Midecine, 77 (Series 3): 111-113. [3]
Cantrelle, P. (1965) Mortalite et morbidite par rougeole clans Jes pays francophones de l’Ouest africain. Archiv fiir die gesamte Virusforschung, 16: 35-45. (17)
Carini, A. (1911) Apropos d’une epidemie tres benigne de variole. Bulletin de la Sociiti de Pathologie exotique, 4: 35-37. [8]
Carl, A. (1799) Darsie/lung des dritten Jahrgangs der VJ Brunn gestifteten Blatternimpfanstalt, Brno. [6]
Carl, A. (1802) Ausrottung der Menschenblattern durch Kuehpocken, Prague. (6, 9]
Carmichael, A.G. (1983) Infection, hidden hunger and history. Journal of interdisciplinary history, 14: 249-264. (5)
Cassel, W.A. (1957) Multiplication of vaccinia virus in the Ehrlich ascites carcinoma. Virology, 3: 514-526. (3]
Ceely, R. (1842) Further observations on the variolae vaccinae. Transactions of the Provincial Medical and Surgical Association, 10: 209-276. Reproduced in:
Crookshank, E.M., op. cit. (6, 29)
Chandra, R.K. (1979) Nutritional deficiency and susceptibility to infection. Bulletin of the World Health Organi!Zl1lion, S7: 167-177. (3)
Chapin, C.V. (1913) Variation in type of infectious disease as shown by the history of smallpox in the United States, 1895-1912. Journal of infectious diseases, 13: 171-196. (1, 5, 8)
Chapin, C.V. (1926) Changes in type of contagious disease with special reference to smallpox and scarlet fever. Journal of preventive medicine, 1: 1-29. (1, 8]
Chapin, C.V. & Smith,]. (1932) Permanency of the mild type of smallpox. Journal of preventive medicine, 6: 273-320. (2, 5, 8]
Chase, A. (1982) Magic shots. A human and scientific account of the long struggle to eradicate infectious diseases fry vaccination, New York, Morrow. [6]
Chaveau J.-B. (1866) Des conditions qui president au developpement de la vaccine dite primitive. Comptes rendus hebdomadaires des seances de I’ Acadimie des Sciences, D: sciences naturelles, 63: 573-576. [6]
Chaveau, J.-B. A. (1868) Nature du virus vaccin. Determination experimentale des elements qui con stituent le principe actif de la serosite vaccinale virulente. Comptes rendus hebdomadaires des seances de I’ Acadimie des Sciences, D: sciences naturelles, 66: 289-293. [2]
Chen, L.C. & Rohde, J.E. (1973) Civil war m Bangladesh: Famine averted? In: Chen, L.C., ed. Disaster in Bangladesh, New York, Oxford University Press, pp. 190-205. [16]
Chernos, V.I., Belanov, E.G. & Vasilieva, N.N. (1978) Temperature sensitive mutants of vaccinia virus. I. Isolation and preliminary characterization. Acta virologica, 22: 81-90. (2)
Cherry,J.D., McIntosh, K., Connor, J.D., Benenson, A.S., Alling, D.W., Rolfe, U.T., Todd, W.A., Schanberger, J.E. & Mattheis, M.J. (1977) Primary percutaneous vaccination. Journal of infectious diseases, 13S: 145-154. (4]
Cho, C.T. & Wenner, H.A. (1973) Monkeypox virus. Bacteriological reviews, 37: 1-18. [3]
Christensen, L.R., Bond, E.& Matanic, B.(1967) “Pock Jess” rabbit pox. LAboratory animal care, 17: 281-296. [3]
Christie, A.B. (1980) Infectious diseases: epidemiology and clinical practice, 3rd ed., Edinburgh, Churchill Livingstone. (1, 4)
Chu, C.M. (1948) Studies on vaccinia haemagglutinin. I. Some physicochemical properties. Journal of hygiene, 46: 42-48. [2]
Clausell, D.T. (1963) Preparo de vacina antivari6lica na membrana c6rio-alant6ide de embriao de galinha. Hospital, 63: 1055-1070. [11]
Cockburn, A. (1963) The evolution and eradication of infectious diseases, Baltimore, Johns Hopkins University Press. [9]
Cockburn, W.C., Cross, R.M., Downie, A.W., Dumbell, K.R., Kaplan, C., McC!ean, D. & Payne, A.M.-M. (1957) Laboratory and vaccination studies with dried smallpox vaccines. Bulletin of the World Health Organiz.ation, 16: 63-77. [4, 7)
Cockshott, P. & MacGregor, M. (1958) Osteomyelitis variolosa. Quarterly journal of medicine, 27: 369-387. [1] Cockshott, W.P. (1965) Osteomyelitis variolosa. Zeitsch rift fiir Tropenmedivn und Parasitologie, 16: 199-206. [1] Cohen, W.B. (1971) Rulers of empire: The French colonial service in Africa, Stanford, Hoover Institute Press. (17] Cole, G.A. & Blanden, R.V. (1982) Immunology of poxviruses. In: Nahmias, A.J. & O’Reilly, R. J., ed. Comprehensive immunology, volume 9, Immunology of human infection, part II: Viruses and parasites; immunodiagnosis and prevention of infectious diseases, New York, Plenum Press, pp. 1-19. (3]
Coleman, D.V., Wolfendale, M.R., Daniel, R.A., Dhanjal, N.K., Gardner, S.D., Gibson, P.E. & Field, A.M. (1980) A prospective study of human polyomavirus infection in pregnancy.Journal of infectious diseases, 142: 1-8. [3)
Collie, A. (1912) Small-pox and its diffusion, Bristol, Wright. [4]
Collier, L.H. (1951) The preservation of vaccinia virus by freeze-drying. In: Harris, R.J.C., ed. Freezing and drying, London, Institute of Biology, pp. 133-137. [7] Collier, L.H. (1954) The preservation of vaccinia virus.
Bacteriological reviews, 18: 74-86. [7]
Collier, L.H. (1955) The development of a stable smallpox vaccine. Journal of hygiene, S3: 76-101. [7] Collier, W.A. (1953) Vaccins antivarioliques secs.
Preparation du vaccin d’Otten a l’Institut Pasteur de
Bandoeng, Indonesie. Boletin de la Oftcina Sanitaria Panamericana, 34: 143-163. [7]
Conacher, D.G. (1957) Smallpox in Tanganyika 1918-1954. East African medicaljournal, 34: 157-181.[8)
Congres Medical de Lyon (1864) Compte-rendu des travaux et des discussions. Gaz.ette medicate de Lyon, 19: 449-471. (6)
Conybeare, E.T. (1950) Cases in which smallpox was suspected but unconfirmed. Monthly Bulletin ef the Ministry efHealth and the Public Health Laboratory Service, 9: 56-6t. 11J
Conybeare, E.T. (1964a) Illness attributed to smallpox vaccination during 1951-1960. Monthly Bulletin ef the Ministry of Health and the Public Health Laboratory Service,23: 126-133. (7)
Conybeare, E.T. (1964b) Illnesses attributed to small pox vaccination, 1951-1960. Part II-Illnesses re ported as affecting the central nervous system. Monthly Bulletin ef the Ministry ef Health and the Public Health Laboratory Service, 23, 150-159. (3, 7)
Cook, E.B.M., Bell, M., Forsyth, P., Irons, J.V. & Cox, G.W. (1953) Use of chorio-allantoic membrane culture smallpox vaccine in Texas. Texas reports on biology and medicine, 11: 522-529. (11)
Copeman, S.M. (1892) The bacteriology of vaccine lymph. In: Shelly, C.E., ed. Transactions ef the Seventh International Congress ef1-fygiene and Demography, London, August, 10th-17th, 1891, London, Eyre & Spottis woode, Vol. 2, pp. 319-326. (6, 7]
Copeman, S.M. (1894) Variola and vaccinia, their manifestations and inter-relations in the lower animals: a comparative study. Journaef pathology and bacteriology, 2: 407-427. (30)
Copeman, S.M. (1899) Vaccination: its natural history and pathology, London, Macmillan. (6, 7]
Copeman, S.M. (1920) The relationship of small-pox and alastrim. In: England and Wales, Ministry of Health, Annual Report ef the Chief Medical Officer, 1919-20, London, H. M. Stationery Office, Appendixll, pp. 271-282. (8)
Cort, W.W. (1921) Investigations on the control of hookworm disease. I. General introduction. American journal of hygiene, 1: 557-568. (9)
Couch, R.B., Douglas, R.G. Jr, Lindgren, K.M., Gerone, P.J. & Knight, V. (1970) Airborne transmission of respiratory infection with coxsackievirus A type 21. American journal ef epidemiology, 91: 78-86. (4)
Coulanges, P. (1977) Variole et vaccine a Madagascar et aux Comores. Archives de l’Institut Pasteur de Madagas car, 45: 127-204. (8)
Coult, R. (1731) Operation of inoculation of thesmallpox as performed in Bengali (from R. Coult to Dr Oliver Coult in An account ef the diseases ef Bengal/ (dated Calcutta, Feb 10. 1731). Reprinted in: Dharampal (1971) Indian science and technology in the eighteenth century, Delhi, lmpex India, pp. 141-143. (6)
Councilman, W.T. (1907) Smallpox. In: Osler, W. & McCrae, T., ed. A system ef medicine, London, Oxford University Press, Vol. 2, pp. 250-300. (1)
Councilman, W.T., Magrath, G.B. & Brinckerhoff, W.R. (1904) The pathological anatomy and histology of variola. Journal ef medical research, 11: 12-135. (3)
(Cox, P.J. (Chairman)) (1974) Report ef the committee ef enquiry into the smallpox outbreak in London in March and April 1973, London, H. M. Stationery Office. [23, 30)
Craigie, J. & Wishart, F.O. (1936) Complement-fixation reaction in variola. Canadian journal ef public health, 27: 371-379. (2)
Creighton, C. (1887) The natural history ef cow-pox and vaccinal syphilis, London, Cassell. [6)
Creighton, C. (1889) Jenner and vaccination, London, Sonnenschein. (6)
Creighton, C. (1894) History efepidemics in Britain, 2 vols., Cambridge, Cambridge University Press. Reprinted 1965, London, Cass. (6)
Crookshank, E.M. (1889) History and pathology ef vaccination, 2 vols.; London, Lewis. (2, 6)
Crosby, A.W., Jr (1967) Conquistador y pestilencia: the first new world pandemic and the fall of the great Indian empires. Hispanic American historical review, 47: 321-337. (4)
Crosby, A.W. (1976) Virgin soil epidemics as a factor in the aboriginal depopulation in America. William and Mary quarterly, 33: 289-299. (5)
Cross, R.M., Kaplan, C. & McClean, D. (1957) The heat resistance of dried smallpox vaccine. Lancet, 1: 446-448. I11J
Cruickshank, J.G., Bedson, H.S. & Watson, D.H. (1966)
Electron microscopy in the rapid diagnosis of smallpox. Lancet, 2: 527-530. (2)
Cumpston, J.H.L. (1914) The history ef small-pox in Australia, 1788-1908, Melbourne, Government Printer, (Commonwealth of Australia, Quarantine Service Publication No. 3). (5, 6, 7]
Cumpston, J.H.L. & McCallum, F. (1925) The history ef small-pox in Australia, 1909-1923, Melbourne, Go vernment Printer (Commonwealth of Australia, Department of Health Service Publication No. 29). [4, 7, 8)
Curschmann, H. (1875) Small-pox. In: Ziemssen, H. von, Cyclopaedia ef the practice ef medicine, London, Sampson Low, Marston, Low, & Searle, Vol. ll, pp. 319-416. (1)
Dahaby, H. El, Sabbagh, A. El, Nassar, M., Kamell, M. & lskander, M. (1966) Investigations on an outbreak of cowpox, with special reference to the disease in Egypt, UAR. Journal ef the Arab Veterinary Medical Association, 26: 11-24. (2)
Dales, S. (1963) The uptake and development of vaccinia virus in strain L cells followed with labeled viral deoxyribonucleic acid. Journal ef cell biology, 18: 51-72. (2)
Dales, S. & Siminovitch, L. (1961) The development of vaccinia virus in Earle’s strain L cells as examined by electron microscopy. Journal efbiophysical and biochemical cytology, 10: 475-503. (2)
Dales, S., Milovanovitch, V., Pogo, B.G.T., Weintraub, S.B., Huima, T., Wilton, S. & McFadden, G. (1978) Biogenesis of vaccinia: isolation of conditional lethal mutants and electron microscopic characterization of their phenotypically expressed defects. Virology, 84: 403-428. (2)
D’Amanda, C. (1970) Experiences in Upper Volta with inter-country coordination of containment activities. In: United States National Communicable Disease Center, op. cit., No. 2, pp. 80-81. (17)
Dann, T.C. (1966) Routine skin preparation before injection: an unnecessary procedure. Practitioner, 196: 546-550. (11)
Dauer, C.C. (1940) Smallpox in the United States: its decline and geographic distribution. Public health reports, 55: 2303-2312. (8)
Davies, J.H.T., Janes, L.R & Downie, A.W. (1938) Cowpox infection in farm workers. Lancet, 2: 1534-1538. (2, 29)
Dawson, J.M. & Mcfarlane, A.S. (1948) Structure of an animal virus. Nature, 161: 464–466. [2)
Dawson, M.H. (1979) Smallpox in Kenya, 1880-1920 Social science and medicine, 13B: 245-250. (8)
Dekking, F. (1964) Cowpox and vaccinia. In: Hoeden,J. van der, ed. Zoonoses, Amsterdam, Elsevier, pp. 411-418. [2, 29)
Dekking, F., Rao, A.R., St. Vincent, L. & Kempe, C.H. (1967) The weeping mother, an unusual source of variola virus.
Archiv fiir die gesamte Virusjorschung, 22: 215-218. [1J
Delas, A. (1970) Investigation of imported cases during the smallpox eradication programme in Cameroon. In: United States National Communicable Disease Center, op. cit., No. 2, pp. 183-187. [17)
Dennis, D.T., Doberstyn, E.B., Awoke, S., Royer, G.L.,Jr & Renis, H.E. (1974) Failure of cytosine arabinoside in treating smallpox. Lancet, 2: 377-379. [1)
Depaul, M. (1867) Experiences faites a I’Academie imperiale de Medecine avec le cow-pox ou vaccin animal. Memoires de I’ Academie imperiale de Medecine, 28: 1-55. [6)
Deria, A., Jezek, Z., Markvart, K., Carrasco, P. & Weisfeld, J. (1980) The world’s last endemic case of smallpox: surveillance and containment measures. Bulletin of the World Health Organh,ation, 58: 279-283. [4, 22]
Dick, G. (1966) Smallpox: a reconsideration of public health policies. Progress in medical virology, 8: 1-29. [7]
Dick, G. (1971) Routine smallpox vaccination. British medical journal, 3: 163-166. [7]
Dick, G. (1973) Complications of smallpox vaccination in the United Kingdom. In: International Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Stan dardization, Basel, Karger, Vol. 19, pp. 205-215. [7]
Dimmick, R.L., Vogl, W.F. & Chatigny, M.A. (1973) Potential for accidental aerosol transmission in the biological laboratory. In: Hellman, A., Oxman, M.N. & Pollack, R., ed. Biohazards in biological research, Cold Spring Harbor, Cold Spring Harbor Laboratory, pp. 246-266. [30]
Dimsdale, T. (1767) On the present method of inoculation for the small-pox, London, Owen. [4, 6)
Dimsdale, T. (1781) Tracts on inoculation written and published in St. Petersburg, 1768, with additional observa tions, London, Phillips. (6)
Dinger, J.E. (1956) Difference in persistence of smallpox and alastrim virus on the chorio-allantois. Documenta de medicina geographica et tropica, 8: 202-206. (2)
Dixon, C.W. (1948) Smallpox in Tripolitania, 1946; an epidemiological and clinical study of 500 cases, including trials of penicillin treatment. Journal of hygiene, 46: 351-377. (4)
Dixon, C.W. (1962) Smallpox, London, Churchill. (1, 3, 4, 6, 8, 10, 30)
Dold, H. (1915) Periodisches Auftreten der Pocken in Schanghai. Zeitschrift fiir Hygiene und Injektionskrankhei ten, 80: 467-480. (8)
Donaldson, A.I. (1979) Airborne foot-and-mouth disease. Veterinary bulletin, 49: 653-659. (4)
Donnally, H.H. & Nicholson, M.M. (1934) A study of vaccination in five hundred new-born infants. Journal of the American Medical Association, 103:1269-1275. [7]
Dore, H. (1915-1925) Recherches sur Jes superstitions en Chine, Shanghai, T’u-se-wei. [SJ
Douglas, J. & Edgar, W. (1962) Smallpox in Bradford, 1962. British medical journal, 1 : 612-614. [23)
Downie, A.W. (1939a) A study of the lesions produced experimentally by cowpox virus.Journal of pathology and bacteriology, 48: 361-379. (2, 7, 29)
Downie, A.W. (19396) The immunological relation ship of the virus of spontaneous cowpox to vaccinia virus. British journal of experimental pathology, 20: 158-176. (2, 3, 7, 29)
Downie, A.W. (1946) The laboratory diagnosis of smallpox. Monthly Bulletin of the Ministry of Health and the Emergenry Public Health Laboratory Service, 5: 114-116. (2)
Downie, A.W. (1951) Jenner’s cowpox inoculation. British Medical Journal, 2: 251-256. (29)
Downie, A.W. (1965a) Poxvirus group. In: Horsfall, F.L., Jr & Tamm, I., ed. Viral and rickettsial infections of man, 4th ed., Philadelphia, Lippincott, pp. 932-964. (3, 29)
Downie, A.W. (19656) John Haygarth of Chester and inoculation against smallpox. Transactions and report of the Medical Institution, Liverpool, 26-42. [6)
Downie, A.W. & Dumbell, K.R. (1947a) Survival of variola virus in dried exudate and crusts from smallpox patients. Lancet, 1: 550-553. (2)
Downie, A.W. & Dumbell, K.R. (19476) The isolation and cultivation of variola virus on the chorio allantois of chick embryos. Journal of pathology and bacteriology, 59: 189-198. [2)
Downie, A.W. & Espana, C. (1972) Comparison of tanapox virus and yaba-like viruses causing epidemic disease in monkeys. Journal of hygiene, 70: 23-32. [29)
Downie, A.W. & Haddock, D.W. (1952) A variant of cowpox virus. Lancet, 1: 1049-1050. [2)
Downie, A.W. & Kempe, C.H. (1969) Poxviruses. In: Lennette, E.H. & Schmidt, N.J., ed. Diagnostic proce dures for viral and rickettsial infections, 4th ed., New York, American Public Health Association, pp. 281-320. [2] Downie, A.W. & McCarthy, K. (1950) The viruses of variola, vaccinia, cowpox and ectromelia. Neutral ization tests on the chorioallantoic with unabsorbed and absorbed immune sera. British Journal of experimental Pathology, 31: 789-796. [2, 3)
Downie, A.W. & McCarthy, K. (1958) The antibody response in man following infection with viruses of the pox group. III. Antibody response in smallpox. Journal of hygiene, 56: 479-487. (I, 3)
Downie, A.W., McCarthy, K. & Macdonald, A. (1950) Viraemia in smallpox. Lancet, 2: 513-514. (1, 3)
Downie, A.W., McCarthy, K., Macdonald, A., MacCal
lum, F.O. & Macrae, A.D. (1953) Virus and virus antigen in the blood of smallpox patients. Their significances in early diagnosis and prognosis. Lancet, 2: 164-166. (1, 3)
Downie, A.W., St. Vincent, L., Meiklejohn, G., Ratna kannan, N.R., Rao, A.R., Krishnan, G.N.V. & Kempe,
C.H. (1961a) Studies on the virus content of mouth washings in the acute phase of smallpox. Bulletin of the World Health Organization, 25: 49-53. [4)
Downie, A.W., Hobday, T.L., St. Vincent, L. & Kempe,
C.H. (19616) Studies of smallpox antibody levels of sera from samples of the vaccinated adult population of Madras. Bulletin of the World Health Organization, 25 : 55-61. (1)
Downie, A.W., Dumbell, K.R., Ayroza Galvao, P.O. & Zatz, I. (1963) Alastrim in Brazil. Tropical and geographical medicine, 15: 25-28. (2)
Downie, A.W., Meiklejohn, M., St. Vincent, L., Rao, A.R., Sundara Babu, B.V. & Kempe, C.H. (1965a) The recovery of smallpox virus from patients and their environment in a smallpox hospital. Bulletin of the World Health Organization, 33: 615-622. (1, 4)
Downie, A.W., Meiklejohn, G., St. Vincent, L., Rao, A.R., Sundara Babu, B.V. & Kempe, C.H. (1965b) Smallpox frequency and severity in relation to A, B and O blood groups. Bulletin of the World Health Organization, 33: 623-625. [3]
Downie, A.W., St. Vincent, L., Goldstein, L., Rao, A.R. & Kempe, C.H. (1969a) Antibody response in non haemorrhagic smallpox patients. Journal of hygiene, 67: 609-618. (1, 3]
Downie, A.W., Fedson, D.S., St. Vincent, L., Rao, A.R.& Kempe, C.H. (1969b) Haemorrhagic smallpox. Jour nal of hygiene, 67: 619-629. (1, 3]
Downie, A.W., Taylor-Robinson, C.H., Caunt, A.E., Nelson, G.S., Manson-Bahr, P.E.C. & Matthews,
T.H.C. (1971) Tanapox: a new disease caused by a poxvirus. British medical journal, 1: 363-368. [29]
Driessen, J.H. & Greenham, L.W. (1959) Haemadsorp tion in vaccinia-infected tube tissue cultures. Archiv fiir die gesamte Virusforschung, 9: 45-55. [3]
Dubay, L. (1972) Der Stadt- und Kreisfysikus J.A. Reiman und die Variolisation in Prewv. In: Zbornik vedeckej konferencie, Pre ov, Osveta, pp. 58-67. [6]
Dubos, R. (1959) Mirage of health, New York, Double day. [9]
Dubos, R. (1965) Man adapting, New Haven, Yale University Press. (9, 31]
Ducor, D.H. (1947) An improved method of producing smallpox vaccine of low bacterial content. Part I. General methods of production-including descrip tion of quarters, equipment and procedures. Public health reports, 62: 565-581. [7]
Dudgeon, J.A. (1963) Development of smallpox vac cine in England in the eighteenth and nineteenth centuries. British medical journal, 1: 1367-1372. (6]
Duffy, J., ed. (1977) Ventures in world health. The memoirs of Fred Lowe Soper, Washington, Pan American Health Organization. [9]
Duguid, J.P. (1946) The size and the duration of air carriage of respiratory droplets and droplet-nuclei. Journal of hygiene, 44: 471-479. (4)
Duguid, J.P. & Wallace, A.T. (1948) Air infection with dust liberated from clothing. Lonee!, 2: 845-849. (4] Dumbell, K.R. (1968) Laboratory aids to the control of smallpox in countries where the disease is not endemic. Progress in medical virology, 10: 388-397. (23]
Dumbell, K.R. (1974) “Wild white” viruses and smallpox. Lancet, 2: 585. (23]
Dumbell, K.R. & Archard, L.C. (1980) Comparison of white pock (h) mutants of monkeypox virus with parental monkeypox and with variola-like viruses isolated from animals. Nature, 286: 29-32. (2, 30]
Dumbell, K.R. & Bedson, H.S. (1964) The use of ceiling temperature and reactivation in the isolation of pox virus hybrids. Journal of hygiene, 62: 133-140. (2]
Dumbell, K.R. & Bedson, H.S. (1966) Adaptation of variola virus to growth in the rabbit. Journal of pathology and bacteriology, 91 : 459-465. (2, 6]
Dumbell, K.R. & Huq, F. (1975) Epidemiological implications of the typing of variola isolates. Transactions of the Rf! Yal Society of Tropical Medicine and Hygiene, 69: 303-306. [2]
Dumbell, K.R.& Huq, F.(1986) The virology of variola minor: Correlation of laboratory tests with the geographic distribution and human virulence of variola isolates. American journal of epidemiology, 123: 403-415. [2, 30]
Dumbell, K.R. & Kapsenberg, J.G. (1982) Laboratory investigation of two “whitepox” viruses and compari son with two variola strains from southern India. Bulletin of the World Health Organization, 60: 381-387. (2, 30]
Dumbell, K.R. & Wells, D.G.T. (1982) The pathogeni city of variola virus. A comparison of the growth of standard strains of variola major and variola minor viruses in cell cultures from human embryos.Journal of hygiene, 89: 389-398. (2, 3]
Dumbell, K.R., Bedson, H.S. & Rossier, E. (1961) The laboratory differentiation between variola major and variola minor. Bulletin of the World Health Organization, 25: 73-78. [2]
Dumbell, K.R., Bedson, H.S. & Nizamuddin, M. (1967) Thermo-efficient strains of variola major virus. Journal of general virology, 1: 379-381. (2)
Dutta, M., Arora, R.R. & Rao, C.K. (1975) Lessons learnt from the intensified campaign against smallpox in India and their applicability to other national health programmes. Journal of communicable diseases, 7:
209-213. [15, 31J
Easterbrook, K.B. (1966) Controlled degradation of vaccinia virions in vitro: an electron-microscopic study. Journal of ultrastructure research, 14: 484-496. (2] Edsall, G. (1973) (Comment on Marennikova (1973)]. In: International Symposium on Smallpox Vaccine, Bilt hoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Standardization, Basel, Karger, Vol. 19, p. 260. (11]
Edwardes, E.J. (1902) A concise history of small-pox and vaccination in Europe, London, Lewis. [6]
Eeckels, R., Vincent, J. & Seynhaeve, V. (1964) Bone lesions due to smallpox. Archives of disease in childhood, 39: 591-597. (1)
Emmons, R.W. (1979) Destruction of variola virus stock-California. Morbidity and mortality week(y report, 28: 172-173. (30]
England and Wales, Department of Health and Social Security (1981) Whooping cough. Report from the Committee on Safety of Medicines and the Joint Committee on Vaccination and Immunization, London, H. M. Station ery Office. [7]
England and Wales, Ministry of Health (1923) On the state of the public health. Annual report of the Chief Medical Officer of the Ministry of Health for theyear 1922, London, M. Stationery Office, p. 83. [8]
England and Wales, Ministry of Health (1924) Smallpox and vaccination, London, H. M. Stationery Office (Reports on public health and medical subjects, No. 8). [7]
England and Wales, Ministry of Health (1928a) Report of the committee on vaccination, London, H. M. Stationery Office. [7]
England and Wales, Ministry of Health (1928b) On the state of the public health. Annual report of the Chief Medical Officer of the Ministry of Health for theyear 1927, London, M. Stationery Office, pp. 23-25. (30)
England and Wales, Ministry of Health (1956) Memor andum on vaccination against smallpox, London, H. M. Stationery Office. [7]
England and Wales, Ministry of Health (1962) Memoran dum on vaccination against smallpox, London, H. M. Stationery Office. [11]
England and Wales, Ministry of Health (1963) Small pox, 1961-1962, London, H. M. Stationery Office. [23]
Epidemiological and vital statistics report, 1953, 6: 227-256 (A study of smallpox endemicity in the world during 1936-1950). [8]
Espmark, J.A. (1969) Egg vaccine against smallpox: appraisal of efficacy and innocuity. In: Gusic, B., ed. Proceedings of the Symposium on Smallpox, 2 & 3 September, 1969, Zagreb, Yugoslav Academy of Sciences and Arts, pp. 155-165. [11]
Espmark, J.A. & Magnusson, B. (1964) A non-specific inhibitor to vaccinia haemagglutination in post mortem human sera. Acta pathologica et microbiologica scandinavica, 62: 595-599. [3]
Espmark,J.A. & Rabo, E. (1965a) Smallpox vaccination with serial dilutions of vaccine. Ill Comparisons of take rates in two series of infants (less than 10 weeks and 5-12 months old). Acta paediatrica scandinavica, 54: 149-154. [7, 11]
Espmark, J.A. & Rabo, E. (1965b) The formation of neutralizing antibody following smallpox vaccina tion in young infants with maternal immunity. Acta paediatrica scandinavica, 54: 341-347. [7, 11]
Espmark, J.A., Rabo, E. & Heller, L. (1973) Smallpox vaccination before the age of three months: evalua tion of safety. In: International Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Standardization,Basel, Karger, Vol. 19, pp. 243-247. [7]
Esposito,].]. & Knight,J.C. (1984) Nucleotide sequence of the thymidine kinase gene region of monkeypox and variola viruses. Virology, 135: 561-567. [2]
Esposito, J.J. & Knight, J.C. (1985) Orthopoxvirus DNA: a comparison of restriction profiles and maps. Virology, 143: 230-251. [2, 28, 29] Esposito, J.J., Obijeski, J.F. & Nakano, J.H (1977a)
Serological relatedness of monkeypox, variola, and vaccinia viruses. Journal of medical virology, 1 : 35-47. [2, 3]
Esposito, J.J., Obijeski, J.F. & Nakano, J.H. (1977b) The virion and soluble antigen proteins of variola, monkeypox and vaccinia viruses. Journal of medical virology, 1: 95-110. [2] Esposito, J.J., Obijeski, J.F. & Nakano, J.H. (1978)
Orthopoxvirus DNA: strain differentiation by elec trophoresis of restriction endonuclease fragmented virion DNA. Virology, 89: 53-66. (2, 30]
Esposito, J.J., Nakano, J.H. & Obijeski J.F. (1985) Can variola-like viruses be derived from monkeypox virus? An investigation based on DNA mapping. Bulletin of the World Health Organization, 63: 695-703. [30]
Evans, W.H.M. & Foreman, H.M. (1963) Smallpox handler’s lung. Proceedings of the Rl! Jal Sociery of Medicine, 56: 274-275. [1]
Ewart, W.B. (1983) Causes of mortality in a subarctic settlement (York Factory, Man.) 1713-1946. Canadian Medical Association Journal, 129: 571-574. [30]
Fabre, J. (1948) Smallpox prevalence throughout the world during and after the second world war. Epidemiological and vital statistics report, 1: 268-289. [4,8]
Farid, M.A. (1980) The malaria programme-from euphoria to anarchy. World health forum, 1 : 8-33. [9] Fasquelle, R. & Fasquelle, A. (1949) La vacuna desecada y la lucha contra la viruela en los paises calidos. Boletin de la Oftcina Sanitaria Panamericana, 28: 1118-1123. [7]
Fasquelle, R. & Fasquelle, A. (1971) A propos de l’histoire de la lutte contre la variole clans les pays d’ Afrique francophone. Bulletin de la Societe de Pathologie exotique, 64: 734-754. (8, 17]
Federal Register, 1969, 34: 2610-2612 (Biological pro ducts. Additional standards: smallpox vaccine). (11]
Felsenfeld, 0. (1966) The epidemiology of tropical diseases, Springfield, Thomas, pp. 336-343. [17]
Femmer, J. (1948) Quoted in: Wilson, G.S., op. cit. [7] Fenner, F. (1947a) Studies in infectious ectromelia of mice. I. Immunization of mice against ectromelia with living vaccinia virus. Australian journal of experimental biology and medical science, 25: 257-274. [3] Fenner, F. (1947b) Studies in infectious ectromelia of mice. II. Natural transmission: the portal of entry of the virus. Australian journal of experimental biology and medical science, 25: 275-282. [4]
Fenner, F. (1948a) The clinical features and pathogene sis of mouse-pox (infectious ectromelia of mice). Journal of pathology and bacteriology, 60: 529-552. [3]
Fenner, F. (1948b) The pathogenesis of the acute exanthems. Lancet, 2: 915-920. [3]
Fenner, F. (1948c) The epizootic behaviour of mouse pox (infectious ectromelia ). British journal of exper imental pathology, 29 69-91. (3]
Fenner, F. (1948d) The epizootic behaviour of mouse pox (infectious ectromelia of mice). II. The course of events in long continued epidemics. Journal of hygiene, 46: 383-393. (3]
Fenner, F. (1949a) Mouse-pox (infectious ectromelia of mice): a review. Journal of immunology, 63: 341-373. [2] Fenner, F. (1949b) Studies in mousepox (infectious ectromelia of mice). IV. Quantitative investigations on the spread of virus through the host in actively and passively immunized animals. Australian journal of experimental biology and medical science, 21 : 1- 18. [3]
Fenner, F. (1958) The biological characters of several strains of vaccinia, cowpox and rabbitpox virus. Virology, 5: 502-529. [2, 3]
Fenner, F. (1959) Genetic studies with mammalian poxviruses. II. Recombination between two strains of vaccinia virus in single HeLa cells. Virology, 8: 499-507. [2]
Fenner, F. (1962) The reactivation of animal viruses. British medical journal, 2: 135-142. [2]
Fenner, F. (1982) Mousepox. In: Foster, H., Small, D. & Fox, J., ed. The mouse in biomedical research, New York, Academic Press, Vol II, pp. 209-230. [2]
Fenner, F. (1983) Biological control as exemplified by smallpox eradication and myxomatosis. Proceedings of the Rf!Yal Sociery, Series B, 218: 259-285. [2, 3]
Fenner, F. (1985) Smallpox, “the most dreadful scourge of the human species”. Its global spread and recent eradication. Medical journal of Australia, 2: 728-735, 841-846. [5]
Fenner, F.& Burnet, F.M. (1957) A short description of the poxvirus group (vaccinia and related viruses). Virology, 4: 305-314. [2]
Fenner, F. & Ratcliffe, F.N. (1965) Myxomatosis, Cambridge, Cambridge University Press. (2, 3, 4]
Fenner, F. & Sambrook, J.F. (1966) Conditional lethal mutants of rabbitpox virus. II. Mutants (p) that fail to multiply in PK-2a cells. Virology, 28: 600-609. [2]
Fenner, F., Dumbell, K.R., & Wittek, R. (1987) The orthopoxviruses, Orlando, Academic Press. [2]
Fernandez del Castillo, F. (1960) Los viajes de Don Francisco Xavier de Ba/mis, Mexico, Galas de Mexico. [6] Finkle, J.L. & Crane, B.B. (1976) The World Health Organization and the population issue: organizational issues in the United Nations. Population and development review, 2: 367-393. [10]
Finsen, N.R. (1901) The chemical rays of light and smallpox. In: Finsen, N.R. (transl. J.H. Sequiera), Phototherapy, London, Arnold, pp. 1-36. [5]
Fleming, A. (1929) On the antibacterial action of cultures of penicillin, with special reference to their use in the isolation of B. infiuenZ,ae. British journal of experimental pathology, 10: 226-236. [30]
Fleming, G. (1880) Human and animal variolae: a study in comparative pathology. Lancet, 1: 164-166, 246-248, 443-445, 484-486, 832-834; 2: 374-375, 453-455. [2]
Flosdorf, E.W. & Mudd, S. (1938) An improved procedure and apparatus for preservation of sera, microorganisms and other substances-the cryochem process. Journal of immunology, 34: 469-490. [7]
Foege, W.H. & Eddins, D.L. (1973) Mass vaccination programs in developing countries. Progress in medical virology, 15: 205-243. [17]
Foege, W.H. & Foster, S.O. (1974) Multiple antigen vaccine strategies in developing countries. American journal of tropical medicine and hygiene, 23: 685-689. [7] Foege, W.H., Millar, J.D. & Lane, J.M. (1971) Selective epidemiologic control in smallpox eradication.
American journal of epidemiology, 94: 311-315. [17] Foege, W.H., Millar, J.D. & Henderson, D.A. (1975)
Smallpox eradication in West and Central Africa. Bulletin of the World Health OrganiZ,ation, 52: 209-222. [4, 17]
Fontaine, R.E., Mulrennan, J.A. & Schliessmann, D.J. (1965) 1964 progress report of the Aedes aegypti eradication program. American journal of tropical medicine and hygiene, 14: 900-903. [9]
Food and Agriculture Organization of the United Nations (1981) Forest resources of tropical Africa, Rome. [29]
Fornaciari, G. & Marchetti, A. (1986) Intact smallpox virus particles in an Italian mummy of sixteenth century. Lancet, 2: 625. [28]
Fosdick, R.B. (1952) The story of the Rockefeller Foundation, New York, Harper and Brothers. [9]
Foster, E.A. (transl. and ed.) (1950) Motolinia’s history of the Indians of New Spain, Berkeley, The Cortes Society. (Reprinted in 1973 by Greenwood Press, Westport, Conn.) [5]
Foster, S.O. (1977) Smallpox eradication: lessons learned in Bangladesh. WHO chronicle, 31: 245-247. [31l
Foster, S.O. & Deria, A. (1983) Smallpox eradication in
Somali nomadic encampments: the search for a culturally acceptable method of case detection, case isolation and outbreak control. Medical anthropology, 1 (2): 19-25 [22]
Foster, S.O. & Pifer,J.M. (1971) Mass measles control in West and Central Africa. African journal of medical sciences, 2: 151-158. [17]
Foster, S.O. & Smith, E.A. (1970) The epidemiology of smallpox in Nigeria. Journal of the Nigeria Medical Association, 7: 41-45. [17]
Foster, S.O., Brink, E.W., Hutchins, D.L., Pifer, J.M., Lourie, B., Moser, C.R., Cummings, E.C., Kuteyi, O.E.K., Eke, R.E.A., Titus, J.B., Smith, E.A., Hicks,
J.W. & Foege, W.H. (1972) Human monkeypox. Bulletin of the World Health OrganiZ,ation, 46: 569-576. [29]
Foster, S.O., El Sid, A.G.H. & Deria, A. (1978) Spread of smallpox among a Somali nomadic group. Lancet, 2: 831-833. [4, 10, 22]
Foster, S.O., Ward, N.A., Joarder, A.K., Arnt, N., Tarantola, D., Rahman, M. & Hughes, K. (1980) Smallpox surveillance in Bangladesh: I. Development of surveillance containment strategy. International journal of epidemiology, 9: 329-334. [16]
Fracastoro, G. (1546) De contagione et contagiosis morbis (transl. W.C. Wright, 1930), New York, Putnam. [5, 6]
Franco, R., Martinez-Santamaria, J. & Torro-Villa, G. (1911) Fiebre amarilla y fiebre espiroquetal; ende mias e epidemias en Muzo, de 1907 a 1910. Academia Nacional de Medicina, Sesiones Cientiftcas de/ Centenario, Bogota, 1: 169-228. [30]
Fraser, D.W., Campbell, C.C., Monath, T.M., Goff, P.A. & Gregg, M.B. (1974) Lassa fever in the Eastern Province of Sierra Leone, 1970-1972. I. Epidemiolo gic studies. American journal of tropical medicine and hygiene, 23: 1131-1139. [28]
Fraser, S.M.F. (1980) Leicester and smallpox: the Leicester method. Medical history, 24: 315-332. [6, 9]
Frederiksen, H. (1962) Strategy and tactics for smallpox eradication. Public health reports, 77: 617-622. [17] Frederiksen, H., Munoz, N.T. & Molina, A.J. (1959)
Smallpox eradication. Public health reports, 74: 771-778. [12]
Freed, E.R., Dumar, R.J. & Escobar, M.R. (1972) Vaccinia necrosum and its relationship to impaired immunologic responsiveness. American journal of medi cine, 52: 411-420. [3]
Frobelius, W. (1869) Eine geschichtliche Notiz iiber die Vaccination im St. Petersburger Findelhause. St. Petersburger medicinische Zeitschrift, 16: 1-28. [7]
Fulginiti, V.A., Eller, J.J., Downie, A.W. & Kempe, C.H. (1967) Altered reactivity to measles virus. Atypical measles in children previously immunized with inactivated measles virus vaccines. Journal of the American Medical Association, 202: 1075-1080. [3]
Fulginiti, V.A., Kempe, C.H., Hathaway, W.E., Pearl man, D.S., Serber O.F., Jr, Eller, J.J., Joyner, J.J., Sr & Robinson, A. (1968) Progressive vaccinia in immun ologically deficient individuals. Birth defects original article series, 4: 129-145. [3]
Gabaldon, A. (1951) Nation-wide malaria eradication projects in the Americas. II. Progress of the malaria campaign in Venezuela.Journal of the National Malaria Society, 10: 124-141. [9]
Galasso, G.J. (1970) Report of a conference. Project studies on immunization against smallpox. Journal of infectious diseases, 121, 575-577. [11]
Galasso, G.J., Karzon, D.T., Katz, S.L., Krugman, S., Neff, J. & Robbins, F.C., ed. (1977) Clinical and serologic study of four smallpox vaccines comparing variations of dose and route of administration.Journal of infectious diseases, 135: 131-186. [11]
Galbiati, G. (1810) Memoria sulfa inoculazione vaccina coll’ umore ricavato immediatamente dalla vacca precedentemente inoculata, Naples. [6]
Ganiev, M.K. & Farzaliev, I.A. (1964) [Pox in buffaloes from contact with vaccinated human beings]. Veterin arrya, 41: 31-34 (in Russian). [29]
Gardner, I.D. & Blanden, R.V. (1976) The cell mediated immune response to ectromelia virus infection. II. Secondary response in vitro and kinetics of memory T cell production in vivo. Cellular immuno logy, 22: 283-296. [3]
Gardner, S.D. (1977) The new human papovaviruses, their nature and significance. In: Waterson, A.P., ed. Recent advances in clinical virology, Edinburgh, Churchill Livingstone, Vol. 1, pp. 93-115. [3]
Garon, C.F., Barbosa, E. & Moss, B. (1978) Visualiza tion of an inverted terminal repetition in vaccinia virus DNA. Proceedings of the National Academy of Sciences of the United States of America, 75: 4863-4867. [2]
Gehring, H., Mahnel, H. & Mayer, H. (1972) Elefanten pocken. Zentralblatt fiir Veteriniirmedivn, Reihe B, 19: 258-261. (29)
Gelfand, H.M. (1966) A critical examination of the Indian smallpox eradication program. American jour nal of public health, 56: 1634-1651. (10, 15]
Gelfand, H.M. & Henderson, D.A. (1966) Mass preventive medicine: a program for smallpox eradica tion and measles control throughout West Africa. Journal of international health, 2: 24-34. (9]
Gell, P.G.H., Coombs, R.A.A. & Lachmann, P.J. (1975) Clinical aspects of immunology, Oxford, Blackwell. (3)
Gemmell, A. & Fenner, F. (1960) Genetic studies with mammalian poxviruses. Ill. White (u) mutants of rabbitpox virus. Virology, 11: 219-235. (2)
Gerlitt, J. (1940) The development of quarantine. Ciba symposium, 2: 566-580. [6)
Geshelin, P. & Berns, K.I. (1974) Characterization and localization of the naturally occurring cross-links in vaccinia virus DNA. Journal of molecular biology, 88: 785-796. [2)
Ghendon, Y.Z. & Chernos, V.1. (1964) Comparative study of genetic markers of some pox virus strains. Acta virologica, 8: 359-368. [2]
Gibbs, A. & Fenner, F. (1984) Methods for comparing sequence data such as restriction endonuclease maps or nucleotide sequences of viral nucleic acid mol ecules. Journal of virological methods, 9: 317-324. (2, 30)
Gibbs, E.P.J. & Osborne, A.D. (1974) Observations on the epidemiology of pseudocowpox in south-west England and south Wales. British veterinary journal, 130: 150-159. (29]
Gibbs, E.P.J., Johnson, R.H. & Osborne, A.D. (1970) The differential diagnosis of viral skin infections of the bovine teat. Veterinary record, 87: 602-609. [29] Gibbs, E.P.J., Johnson, R.H. & Collings, D.F. (1973) Cowpox in a dairy herd in the United Kingdom. Veterinary record, 92: 56-64. (29)
Gillespie, J.H.& Timoney, J.F. (1981) Hagan and Bruner’s infectious diseases of domestic animals, 7th ed., Ithaca, Cornell University Press, pp. 283, 534-535. [2]
Gins, H.A. (1924) Beitriige zur Geschichte der Kuh pockenimpfung. Die Degeneration der humanisier ten Vaccine im 19. Jahrhundert. Klinische Wochenschrift, 3: 634-637. [7]
Gins, H.A., Hackenthal, H. & Kamentzewa, N. (1929) Experimentelle Untersuchungen iiber die Generali sierung des Vaccine-virus beim Menschen und Versuchstier. Zeitschrift fiir Hygiene und Inftctionskrank heiten, 110: 429-441. (3)
Ginsberg, A.H. & Johnson, K.P. (1977) The effect of cyclophosphamide on intracerebral vaccinia virus infection in Balb/C mice. Experimental and molecular pathology, 27: 285-294. [3]
Gispen, R. (1949) De herbesmetting van lndonesie met pokken. Nederlandsch tiJdschrift voor geneeskunde, 93: 3686-3695. [3, 30)
Gispen, R. (1952) Silver impregnation of smallpox elementary bodies after treatment with xylol. Antonie van Leeuwenhoek. Journal of microbiology and serology, 18, 107-108. [2]
Gispen, R. (1955) Analysis of pox-virus antigens by means of double diffusion. A method for direct serological differentiation of cowpox. Journal of immunology, 74: 134-141. (3)
Gispen, R. (1972) Onderscheiding van een pokvirus afkomstig uit een woestijnmuis. Volksgezondheid vers lagen, 24: 164-165. (2)
Gispen, R. (1973) In: International Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Standardization, Basel, Karger, Vol. 19, p. 26. (30)
Gispen, R. & Brand-Saathof, B. (1972) “White” poxvirus from monkeys. Bulletin of the World Health Organization, 46: 585-592. (29, 30)
Gispen, R. & Brand-Saathof, B. (1974) Three specific antigens produced in vaccinia, variola and monkey pox infections. Journal of infectious diseases, 129: 289-295. (2, 3, 29, 30]
Gispen, R. & Kapsenberg, J.G. (1966) Monkeypox virus-infectie in cultures van apeniercellen zonder duidelijk epizootisch verband met pokken, en in een kolonie van apen lijdende aan pokken. Verslagen en mededelingen betrejfende de volksgezondheid, 12: 140-144. (25, 29, 30)
Gispen, R., Huisman, J., Brand-Saathof, B. & Hekker, A.C. (1974) Immunofluorescence test for persistent poxvirus antibodies. Archiv fiir die gesamte Virusfors chung, 44: 391-395. [2, 3)
Gispen, R., Brand-Saathof, B. & Hekker, A.C. (1976) Monkeypox-specific antibodies in human and simian sera from the Ivory Coast and Nigeria. Bulletin of the World Health Organization, 53: 355-360. [3, 29)
Gledhill, A.W. (1962a) Latent ectromelia. Nature, 196: 298. (3)
Gledhill, A.W. (1962b) Viral diseases in laboratory animals. In: Harris, R.J.C., ed. The problems of laboratory animal disease, New York, Academic Press, pp. 99-112. (3]
Glokpor, G.F. (1970) Notes on variolation. In: United States National Communicable Disease Center, op. cit., No. 1, pp. 59-61. (17]
Gloster, J., Sellers, R.F. & Donaldson, A.I. (1982) Long distance transport of foot-and-mouth disease virus over the sea. Veterinary record, 110: 47-52. (4)
Gold, C. & Kirtland, G. (1806) Plates of the small pox and cow pox drawn from nature, London, G. Kirtland. (6)
Goodfield, J. (1985) Quest for the killers, Boston, Birkhauser. (16)
Goodpasture, E.W. (1933) Borreliotoses: fowl-pox, molluscum contagiosum, variola-vaccinia. Science, 77: 119-121. [2]
Goodpasture, E.W. & Buddingh, G.J. (1935) Prepara tion of an antismallpox vaccine by culture of virus in chorio-allantoic membrane of chick embryos, and its use in human immunization. American journal of hygiene, 21: 319-360. (11)
Goodpasture, E.W., Woodruff, A.M. & Buddingh, G.J. (1932) Vaccinal infection of the chorio-allantoic membrane of the chick embryo. American journal of pathology, 8: 271-282. [2, 11]
Gordon, J.E. (1976) Synergism of malnutrition and infectious disease. In: Beaton, G.H. & Bengoa, J.M., ed. Nutrition in preventive medicine, Geneva, World Health Organization, pp. 93-209. (Monograph Series No. 62). [4)
Gordon, M. (1937) Virus bodies. John Buist and the elementary bodies of vaccinia. Edinburgh medical journal, 44: 65-71. [2)
Gorgas, W.C. (1908) Method of the spread of yellow fever. Medical record, 73: 1062-1073. (9]
Gorgas, W.C. (191 la) Report of Maj. W.C. Gorgas, Medical Corps, United States Army-July 12, 1902.
U.S. Senate Document No. 822, Washington, Govern ment Printing Office, pp. 234-238. (9, 24]
Gorgas, W.C. (1911b) A few general directions with regard to destroying mosquitoes, particularly the yellow-fever mosquito. U.S. Senate Document Na. 822, Washington, Government Printing Office, pp. 239-250. [9]
Gorgas, W.C. (1917) Quoted in: Soper, F.L. (1935), op. cit. [30]
Goyal, R.K., Rameshwar Sharma, Mathur, G.M. & Andleigh, H.S. (1969) Pathogenicity of different strains of vaccinia virus. Indian journal of medical sciences, 23: 247-251. (11]
Grant, F.C. (1970) Surveillance techniques for detect ing importations of smallpox. In: United States National Communicable Disease Center, op. cit., No. 2, 68. 66-68.[17]
Great Britain (1898) A report on vaccination and its results, based on evidence taken hy the Ri!Jal Commission during the years 1889-1897, London, The New Sydenham Society, Vol. 164. (6]
Greaves, R.N. (1946) The preservation of proteins by drying, with special reference to the production of dried human serum and plasma for transfusion. Medical Research Council Special Report Series, No. 258. [7]
Greenberg, M. (1948) Complications of vaccination against smallpox. American journal of diseases of children, 76: 492-502. (7, 9]
Greenberg, M. & Appelbaum, E. (1948) Postvaccinal encephalitis: a report of 45 cases in New York City. American journal of the medical sciences, 216: 565-570. [7] Greene, H.S.N. (1933) A pandemic of rabbit-pox. Proceedings of the Society for Experimental Biology and Medicine, 30: 892-894. [2]
Greenough, W.B. & Cash, R.A. (1973) Post-civil war in Bangladesh: health problems and programs. In: Chen, L.C., ed. Disaster in Bangladesh, London, Oxford University Press, pp. 241-254. [16]
Gregory, P.H. & Monteith, J.L., ed. (1967) Airborne microbes. XVIIth Symposium of the Society for General Microbiology, London, April 1967, London, Cambridge University Press. [4]
Gron, K. (1928) Syphilis-Endemien. In: Jadassohn, J., ed. Handbuch der Haut- und Geschlechtskrankheiten, Berlin, Springer, Vol. XVIl/3, pp. 283-350. [6]
Grose, C. (1981) Variation on a theme by Fenner: the pathogenesis of chickenpox. Pediatrics, 68: 735-737. [3]
Guarnieri, G. (1892) Ricerche sulla patogenesi ed etiologia dell’ infezione vaccinica e variolosa. Archivio per le scienze mediche, 16: 403-423. [2]
Guha Mazumder, D.N. & Chakraborty, A.K. (1973) Epidemic of smallpox among the evacuees from Bangladesh in Salt Lake area near Calcutta. Journal of Indian Medical Association, 60: 275-280. [15]
Guha Mazumder, D.N., De, S., Mitra, A.C. & Mukherjee,
M.K. (1975) Clinical observations on smallpox: a study of 1233 patients admitted to the Infectious Diseases Hospital, Calcutta, during 1973. Bulletin of the World Health OrganiZ,ation, 52: 301-306. (1]
Gupta, S.K. & Srivasta, T.P. (1973) Roentgen features of skeletal involvement in smallpox. Australian radiologist, 17: 205-211. (1]
Gurvich, E.B., Braginskaya, V.P., Shenkman, L.S., Sokolova, A.F. & Davydova, A.V. (1974) Isolation of vaccinia virus from the pharynx of children vaccinat ed against smallpox. Journal of hygiene, epidemiology, microbiology and immunology, 18: 69- 76. [7]
Gurvich, E.B. Movsesyants, A.A. & Stepanenkova, L.P. (1979) [Role of vaccinia virus in the pathogenesis of clinical forms of postvaccinal complications. Com munication 1. Frequency of vaccinia virus detection in vaccinees with normal and complicated reaction to vaccination]. Zhurnal mikrobiologii, epidemiologii i immunobiologii, 56 (11): 73-78 (in Russian). (3, 7]
Gurvich, E.B., Lakotkina, E.A., Kossova, E.T., Stepan enkova, L.P., Pozdnyakova, LS. & Ozeretskovskii, N.A. (1980) Lack of correlation between complica tions after smallpox vaccination and the ABO blood group system. Journal of hygiene, epidemiology, microbiology and immunology, 24: 200-205. [3]
Gufo:, B., ed. (1969) Proceedings of the Symposium on Smallpox, 2 & 3 September, 1969, Zagreb, Yugoslav Academy of Sciences and Arts. [11]
Guthe, T. (1960) The treponematoses as a world problem. British journal of venereal diseases, 36: 67- 77. [9] Guy, W.A. (1882) Two hundred and fifty years of smallpox in London. Journal of the Rl!Jal Statistical Society, 45: 399-433. [5]
Gwaltney, J.M., Jr & Hendley, J.O. (1978) Rhinovirus transmission. One if by air, two if by hand. American journal of epidemiology, 107: 357-361. (4]
Hagan, W.A. (1958) The control and eradication of animal diseases in the United States. Annual review of microbiology, 12: 127-144. [9]
Hagelsten, J.O. & Jessen, K. (1973) Air-transport, a main cause of smallpox epidemics today. Aerospace medicine, 44: 772-774. [4]
Hahn, R.G. (1951) A combined yellow-fever-smallpox vaccine for cutaneous application. American journal of hygiene, 54: 50- 70. [7]
Hahon, N. (1958) Cytopathogenicity and propagation of variola virus in tissue culture. Journal of immunology, 81 : 426-432. (2]
Hahon, N. (1961) Smallpox and related poxvirus infections in the simian host. Bacteriological reviews, 25: 459-476. [30]
Hahon, N. & McGavran, M.H. (1961) Airborne infectivity of the variola-vaccinia group of poxviruses for the cynomolgus monkey, Macaca irus. Journal of infectious diseases, 109: 294-298. (4]
Hahon, N.& Wilson, B.J. (1960) Pathogenesis ofvariola in Macaca irus monkeys. American journal of hygiene, 71: 69-80. [3]
Halsey, R.H. (1936) How the President, Thomas Jefferson and Dr Benjamin Waterhouse established vaccination as a public health procedure, New York, New York Academy of Medicine (History of Medicine Series, No. 5). [6]
Hamre, D., Bernstein, J. & Donovick, R. (1950) Activity of p-aminobenzaldehyde, 3-thiosemicarba zone on vaccinia virus in the chick embryo and in the mouse. Proceedings of the Society for Experimental Biology and Medicine, 73: 275-278. [1]
Hanna, W. (1913) Studies in small-pox and vaccination, Bristol, Wright. [1, 7]
Hansson, 0., Johansson, S.G.O. & Vahlquist, B. (1966) Vaccinia gangrenosa with normal humoral anti bodies. A case possibly due to deficient cellular immunity treated with N-methylisatin P-thiosemi carbazone (compound 33T57, Marboran). Acta paedia trica scandinavica, 55: 264-272. (3]
Harper, G.J. (1961) Airborne micro-organisms: surviv al tests with four viruses. Journal of hygiene, 59: 479-486. [2, 4]
Harper, L., Bedson, H.S. & Buchan, A. (1979) Identifi cation of orthopoxviruses by polyacrylamide gel electrophoresis of intracellular polypeptides. I. Four major groupings. Virology, 93: 435-444. [2, 29, 30]
Hartsock, R.J. (1968) Postvaccinial lymphadenitis.
Hyperplasia of lymphoid tissue that simulates malig nant lymphomas. Cancer, 21: 632-650. [3]
Hartwig, G.W. (1981) Smallpox in the Sudan. Interna tional journal of African historical studies, 14: 1-33. [8] Hashizume, S. (1975) [A new attenuated strain of vaccinia virus, LC16m8: basic information]. Journal of clinical virology), 3: 229-235 (in Japanese). [11) Hashizume, S., Morita, T., Yoshizawa H., Suzuki, K.,
Arita, M., Komatsu, T., Amario, H. & Tagaya, I. (1973) Intracerebral inoculation of monkeys with several vaccinia strains: an approach to the compari son of different strains. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether/ands, 11-13 October 1972; Symposia Series in lmmunobiological Stan dardiZ,ation, Basel, Karger, Vol. 19, pp. 325-331. [11) Haygarth, J. (1785) An enquiry how to prevent the smallpox, London, Johnson. [6)
Haygarth,J. (1793) Sketch of a plan to exterminate the casual small-pox from Great Britain, London, Johnson. (6) Heagerty, J.J. (1928) Four centuries of medical history in Canada, Toronto, MacMillan, Vol. I. (5)
Heberling, R.L., Kalter, S.S. & Rodriguez, A.R. (1976) Poxvirus infection of the baboon (Papio cynocephalus). Bulletin of the World Health Organization, 54: 285-294. [3)
Hedrich, A.W. (1936) Changes in the incidence and fatality of smallpox in recent decades. Public health reports, 51: 363-392. [8]
Hedstrom, K.-G. (1970) Freeze-drying of vaccinia virus grown on chick embryo membranes. Zeitschrift fiir Immunitiitsforschung, Allergie und klinische Immunologie, 139: 245-252. [11]
Heiner, G.G., Fatima, N., Daniel, R.W., Cole, J.L., Anthony, R.L. & McCrumb, F.R., Jr (1971a) A study of inapparent infection in smallpox. American journal of epidemiology, 94: 252-268. (1, 3, 4, 11, 14, 29]
Heiner, G.G., Fatima, N. & McCrumb, F.R., Jr (1971b) A study of intrafamilial transmission of smallpox. American journal of epidemiology, 94: 316-326. [4, 11, 14] Heiner, G.G., Fatima, N., Russell, P.K., Haase, A.T., Ahmad, N., Mahommed, N., Thomas, D.B., Mack, T.M., Kahn, M.M., Knatterud, G.L., Anthony, R.L. & McCrumb, F.R., Jr (1971c) Field trials of methisa zone as a prophylactic agent against smallpox. American journal of epidemiology, 94: 435-449. (1) Hekker, A.C. & Ramshorst, J.D. van. (1969) Phenolization of smallpox vaccine. Progress in immunological standtirdization, 3: 204–209. (11]
Hekker, A.C., Bos, J.M. & Smith, L. (1973a) A stable freeze-dried smallpox vaccine made in monolayer cultures of primary rabbit kidney cells. Journal of biological standardiZ,ation, 1: 21-32. [11)
Hekker, A.C., Huisman, J., Polak, M.F., Swart-van der Hoeven, J. Th., O’Breen, M.H., Gertenbach, J. & Mollema, R.M. (1973b) Field work with a stable freeze-dried vaccine prepared in monolayers of primary rabbit kidney cells. International Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Stan dardiZ,ation, Basel, Karger, Vol. 19, pp. 187-195. [11]
Hekker, A.C., Bos, J.M., Kumara Rai, N., Keja, J., Cuboni, G., Emmet, B. & Djalins, J. (1976) Large scale use of freeze-dried smallpox vaccine prepared in primary cultures of rabbit kidney cells. Bulletin of the World Health Organization, 54: 279-284. (11)
Helbert, D. (1957) Smallpox and alastrim. Use of the chick embryo to distinguish between the viruses of variola major anc;I variola minor. Lancet, 1 : 1012-1014. [2]
Hemming, J. (1970) The conquest of the Incas, London, Macmillan. [4]
Hemming, J. (1978) Red gold. The conquest of the Brazilian Indians, London, Macmillan. (3, 4)
Henderson, D.A. (1967) Smallpox-eradication and measles-control programs in west and central Afri ca-theoretical and practical approaches and prob lems. In: Industry and tropical health: VI, Cambridge, Harvard School of Public Health, pp. 112-120. [9, 17] Henderson, D.A. (1974) Importations of smallpox into Europe, 1961-1973. WHO chronicle, 28: 428-430. [4) Henderson, D.A. (1981) Round table discussion: lessons from the big eradication campaigns. World health forum, 2: 482-484. [9]
Henderson, R.H. & Yekpe, M. (1969) Smallpox transmission in southern Dahomey. A study of a village outbreak. American journal of epidemiology, 90: 423-428. (4, 17)
Henderson, R.H., Davis, H., Eddins, D.L. & Foege, W.H. (1973) Assessment of vaccination coverage, vaccina tion scar rates, and smallpox scarring in five areas of West Africa. Bulletin of the World Health OrganiZ,ation, 48: 183-194. [17)
Hendrickse, R.G., Montefiore, D., Sherman, P.M. & Sofoluwe, G.O. (1965) A further study on measles vaccination in Nigerian children. Bulletin of the World Health Organization, 32: 803-808. (17)
Henneberg, G. (1956) The distribution of smallpox in Europe 1919-1948. In: Rodenwaldt, E. & Jusatz, H.J., ed. World-atlas of epidemic diseases, Part II, Hamburg, Falk, pp. 69- 72. [8)
Henneberg, G. (1961) Global distribution of smallpox, 1949-1955. In: Rodenwaldt, E. & Jusatz, H.J., ed. World atlas of epidemic diseases, Part III, Hamburg, Falk, 50. 49-50. [8]
Herbert, E.W. (1975) Smallpox inoculation in Africa. Journal of African history, 16: 539-559. [6)
Herrlich, A. (1954) Probleme der Pocke und Pockens chutzimpfung. Miinchener medizinische Wochenschrift, 96: 529-533. [7]
Herrlich, A. (1958) Variola. Eindriicke von einer Epidemie in Bombay im Jahre 1958. Deutsche medizin ische Wochenschrift, 83: 1426-1428. [1]
Herrlich, A. (1959) Ober Vakzine-Antigen. Versuch einer Prophylaxe neuraler Impfschaden. Miinchener medizinische Wochenschrift, 101: 12-14. (11)
Herrlich, A. (1964) Welchen Nutzen hat die Prophy laxe der postvakzinalen Enzephalitis? Deutsche medi zinische Wochenschrift, 89: 968-974. [11]
Herrlich, A., Mayr, A., Mahnel, H. & Munz, E. (1963) Experimental studies on transformation of the variola virus into the vaccinia virus. Archiv fiir die gesamte Virusforschung, 12: 579-599. [2, 6, 8, 11, 30)
Herrlich, A., Mayr, A., Munz, E. & Rodenwaldt, E. (1967) Die Pocken; Erreger, Epidemiologie und klinisches Bild, 2nd ed., Stuttgart, Thieme. [1]
Hers, J.F.P.L. & Winkler, K.C., ed. (1973) Airborne transmission and airborne infection, New York, Wiley. [4]
Herzberg-Kremmer, H. & Herzberg, K. (1930a) Unter suchungen iiber postvakzinale Enzephalitis. Verhal ten des Vakzinevirus im Menschen bei normalem und gestiirtem lmpfverlauf. Zentralblatt fiir Bakteriologie, Parasitenkunde, Inftktionskrankheiten und Hygiene. I. Abt. Orig., 115: 271-280. [3]
Herzberg-Kremmer, H. & Herzberg, K. (1930b) Unter suchungen iiber postvakzinale Enzephalitis. Weitere Untersuchungen iiber das Verhalten des Vakzine virus im menschlichen Korper. Zentralblatt fiir Bakter iologie Parasitenkunde, Inftktionskrankheitenund Hygiene. I. Abt. Orig., 119: 175-192. [3]
Hiller, G., Weber, K., Schneider, L., Parajsz, C. & Jungwirth, C. (1979) Interaction of assembled progeny pox viruses with the cellular cytoskeleton. Virology, 98: 142-153. [2]
Hime, T.W. (1896) Animal vaccination. British medical journal, 1: 1279-1289. [1, 6]
Hingson, R.A., Davis, H.S. & Rosen, M. (1963) The historical development of jet injection and envisioned uses in mass immunization and mass therapy based upon two decades’ experience. Military medicine, 128: 516-524. [9, 11]
Hinman, E.H.(1966) World eradication of infectious diseases, Springfield, Thomas. [9]
Hirsch, A. (1883) Handbook of geographical and historical pathology (translated from the second German edition by C. Creighton), Vol. 1, Acute injective diseases, London, The New Sydenham Society, pp. 123-153. [4, 5]
Hishinuma, S. (1976) Historical reviews on the longeviry of human beings, Tokyo, Institute of Actuaries of Japan (special lecture delivered to the 20th meeting of the International Conference of Actuaries held in Tokyo, 25 October to 1 November 1976). [6]
Hoagland, C.L., Lavin, G.I., Smadel, J.E. & Rivers, T.M. (1940) Constituents of the elementary bodies of vaccinia. II. Properties of nucleic acid obtained from vaccine virus. Journal of experimental medicine, 12: 139-147. [2]
Hobday, T.L., Rao, A.R., Kempe, C.H. & Downie, A.W. (1961) Comparison of dried vaccine with fresh Indian buffalo-calf vaccine in revaccination against smallpox. Bulletin of the World Health Organization, 25: 69-71. [7]
Hochstein-Mintzel, V., Hanichen, T., Huber, H.C. & Stick!, H. (1975) Vaccinia- und variolaprotektive Wirkung des modifizierten Vaccinia-Stammes MVA bei intramuskularer lmmunisierung. Zentralblatt ftir Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene. I. Abt. Orig., 230, 283-297. [11]
Hoffman, F.L. (1916) A plea and a plan for the eradication of malaria throughout the Western Hemisphere. In: Malaria problems (Collected papers of F.L. Hoffman), Newark, Prudential Press, 1928. [9]
Holowczak, J. (1982) Poxvirus DNA. Current topics in microbiology and immunology, 91: 27- 79. [2]
Holwell, J.Z. (1767) An account of the manner of inoculating for small pox in the East Indies, London, College of Physicians. Reprinted in: Dharampal (1971) Indian science and technology in the eighteenth century: some contemporary European accounts, Delhi, Impex India, pp. 143-163. [5]
Hope Simpson, R.E. (1952) Infectiousness of communi cable diseases in the household (measles, chickenpox and mumps). Lzncet, 2: 549-554. [4]
Hopkins, D.R. (1976) After smallpox eradication: yaws? American journal of tropical medicine and hygiene, 25: 860-865. [9, 31]
Hopkins, D.R. (1983a) Princes and peasants. Smallpox in history, Chicago, University of Chicago Press. [5, 6, 8]
Hopkins, D.R. (19836) Dracunculiasis, an eradicable scourge. Epidemiologic reviews, 5: 208-219. [9, 31]
Hopkins, D.R. (1985) Lessons learned beyond smallpox eradication. Assignment children, 69/72: 235-242. [31] Hopkins, D.R., Lane, J.M., Cummings, E.C. & Millar, J.D. (1971a) Smallpox in Sierra Leone. I. Epidemi ology. American journal of tropical medicine and hygiene, 20: 689-696. [17]
Hopkins, D.R., Lane, J.M., Cummings, E.C., Thornton,J.N. & Millar, J.D. (1971 b) Smallpox in Sierra Leone. The 1968-1969 eradication programme. American journal of tropical medicine and hygiene, 20: 697-704. [17] Hopkins, D.R., Lane, J.M., Cummings, E.C. & Millar, J.D. (1971c) Two funeral-associated smallpox out breaks in Sierra Leone. American journal of epidemiology, 94: 341-347. [4, 17]
Hopkins, D.R., Hinman, A.R., Koplan, J.P. & Lane, J.M. (1982) The case for global measles eradication. Lzncet, 1: 1396-1398. [9, 31]
Horgan, E.S. & Haseeb, M.A. (1939) Cross immunity experiments in monkeys between variola, alastrim and vaccinia. Journal of hygiene, 39: 615-637. [3]
Horgan, E.S. & Haseeb, M.A. (1944) Some observations on accidental vaccinations on the hands of workers in a vaccine lymph institute. Journal of hygiene, 43: 273-274. [3]
Hornibrook, J.W. (1949) A simple, inexpensive appara tus for the desiccation of bacteria and other sub stances. Journal of laboratory and clinical medicine, 34: 1315-1320. [7]
Hornibrook, J.W. & Gebhard, W.H. (1951) Dried smallpox vaccine. Public health reports, 66: 38-43. [7] Horstmann, D.M., Quinn, T.C. & Robbins, F.C. ed. (1984) International symposium on poliomyelitis control. Reviews of infectious diseases, 6, Suppl. 2: S301-S601. [31]
Hossain, M.S., Foerster, J., Hryniuk, W., Israels, L.G., Chowdhury, A.S. & Biswas, M.K. (1972) Treatment of smallpox with cytosine arabinoside. Lzncet, 2: 1230-1232. [1]
Howard, W.T. & Perkins, R.G. (1905) Studies on the etiology and pathology of vaccinia in the rabbit and in man. Journal of medical research, 14: 51-66. [3]
Howard-Jones, N. (1975) The scientific background of the International Sanitary Conferences, 1851-1938, Geneva, World Health Organization (History of International Public Health, No. 1). [4,8]
Howard-Jones, N. (1980) The Pan American Health Organization: origins and evolution. WHO chronicle, 34: 367-375, 419-426. [9, 12]
Howat, H.T. & Arnott, W.M. (1944) Outbreak of pneumonia in smallpox contacts. Lzncet, 2: 312. [1] Hughes, K., Foster, S.O., Tarantola, D., Mehta, H., Tulloch, J.L. & Joarder, A.K. (1980) Smallpox surveillance in Bangladesh: II. Smallpox facial scar survey assessment of surveillance effectiveness. International journal of epidemiology, 9: 335-340. [4, 16] Huq, F. (1972) Studies on the variants of variola virus. Ph.D. thesis, University of London. [2]
Huq, F. (1976) Effect of temperature and relative humidity on variola virus in crusts. Bulletin of the World Health Organization, 54: 710-712. [2, 4]
Hurst, E.W. (1953) The post-infection encephalitides.
British medical bulletin, 9: 234-236. [3, 7]
Herzberg-Kremmer, H. & Herzberg, K. (1930a) Unter suchungen iiber postvakzinale Enzephalitis. Verhal ten des Vakzinevirus im Menschen bei normalem und gestiirtem lmpfverlauf. Zentralblatt fiir Bakteriologie, Parasitenkunde, Inftktionskrankheiten und Hygiene. I. Abt. Orig., 115: 271-280. [3]
Herzberg-Kremmer, H. & Herzberg, K. (1930b) Unter suchungen iiber postvakzinale Enzephalitis. Weitere Untersuchungen iiber das Verhalten des Vakzine virus im menschlichen Korper. Zentralblatt fiir Bakter iologie Parasitenkunde, Inftktionskrankheitenund Hygiene. I. Abt. Orig., 119: 175-192. [3]
Hiller, G., Weber, K., Schneider, L., Parajsz, C. & Jungwirth, C. (1979) Interaction of assembled progeny pox viruses with the cellular cytoskeleton. Virology, 98: 142-153. [2]
Hime, T.W. (1896) Animal vaccination. British medical journal, 1: 1279-1289. [1, 6]
Hingson, R.A., Davis, H.S. & Rosen, M. (1963) The historical development of jet injection and envisioned uses in mass immunization and mass therapy based upon two decades’ experience. Military medicine, 128: 516-524. [9, 11]
Hinman, E.H.(1966) World eradication of infectious diseases, Springfield, Thomas. [9]
Hirsch, A. (1883) Handbook of geographical and historical pathology (translated from the second German edition by C. Creighton), Vol. 1, Acute injective diseases, London, The New Sydenham Society, pp. 123-153. [4, 5]
Hishinuma, S. (1976) Historical reviews on the longeviry of human beings, Tokyo, Institute of Actuaries of Japan (special lecture delivered to the 20th meeting of the International Conference of Actuaries held in Tokyo, 25 October to 1 November 1976). [6]
Hoagland, C.L., Lavin, G.I., Smadel, J.E. & Rivers, T.M. (1940) Constituents of the elementary bodies of vaccinia. II. Properties of nucleic acid obtained from vaccine virus. Journal of experimental medicine, 12: 139-147. [2]
Hobday, T.L., Rao, A.R., Kempe, C.H. & Downie, A.W. (1961) Comparison of dried vaccine with fresh Indian buffalo-calf vaccine in revaccination against smallpox. Bulletin of the World Health Organization, 25: 69-71. [7]
Hochstein-Mintzel, V., Hanichen, T., Huber, H.C. & Stick!, H. (1975) Vaccinia- und variolaprotektive Wirkung des modifizierten Vaccinia-Stammes MVA bei intramuskularer lmmunisierung. Zentralblatt ftir Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene. I. Abt. Orig., 230, 283-297. [11]
Hoffman, F.L. (1916) A plea and a plan for the eradication of malaria throughout the Western Hemisphere. In: Malaria problems (Collected papers of F.L. Hoffman), Newark, Prudential Press, 1928. [9]
Holowczak, J. (1982) Poxvirus DNA. Current topics in microbiology and immunology, 91: 27- 79. [2]
Holwell, J.Z. (1767) An account of the manner of inoculating for small pox in the East Indies, London, College of Physicians. Reprinted in: Dharampal (1971) Indian science and technology in the eighteenth century: some contemporary European accounts, Delhi, Impex India, pp. 143-163. [5]
Hope Simpson, R.E. (1952) Infectiousness of communi cable diseases in the household (measles, chickenpox and mumps). Lzncet, 2: 549-554. [4]
Hopkins, D.R. (1976) After smallpox eradication: yaws? American journal of tropical medicine and hygiene, 25: 860-865. [9, 31]
Hopkins, D.R. (1983a) Princes and peasants. Smallpox in history, Chicago, University of Chicago Press. [5, 6, 8]
Hopkins, D.R. (19836) Dracunculiasis, an eradicable scourge. Epidemiologic reviews, 5: 208-219. [9, 31]
Hopkins, D.R. (1985) Lessons learned beyond smallpox eradication. Assignment children, 69/72: 235-242. [31] Hopkins, D.R., Lane, J.M., Cummings, E.C. & Millar, J.D. (1971a) Smallpox in Sierra Leone. I. Epidemi ology. American journal of tropical medicine and hygiene, 20: 689-696. [17]
Hopkins, D.R., Lane, J.M., Cummings, E.C., Thornton,J.N. & Millar, J.D. (1971 b) Smallpox in Sierra Leone. The 1968-1969 eradication programme. American journal of tropical medicine and hygiene, 20: 697-704. [17] Hopkins, D.R., Lane, J.M., Cummings, E.C. & Millar, J.D. (1971c) Two funeral-associated smallpox out breaks in Sierra Leone. American journal of epidemiology, 94: 341-347. [4, 17]
Hopkins, D.R., Hinman, A.R., Koplan, J.P. & Lane, J.M. (1982) The case for global measles eradication. Lzncet, 1: 1396-1398. [9, 31]
Horgan, E.S. & Haseeb, M.A. (1939) Cross immunity experiments in monkeys between variola, alastrim and vaccinia. Journal of hygiene, 39: 615-637. [3]
Horgan, E.S. & Haseeb, M.A. (1944) Some observations on accidental vaccinations on the hands of workers in a vaccine lymph institute. Journal of hygiene, 43: 273-274. [3]
Hornibrook, J.W. (1949) A simple, inexpensive appara tus for the desiccation of bacteria and other sub stances. Journal of laboratory and clinical medicine, 34: 1315-1320. [7]
Hornibrook, J.W. & Gebhard, W.H. (1951) Dried smallpox vaccine. Public health reports, 66: 38-43. [7] Horstmann, D.M., Quinn, T.C. & Robbins, F.C. ed. (1984) International symposium on poliomyelitis control. Reviews of infectious diseases, 6, Suppl. 2: S301-S601. [31]
Hossain, M.S., Foerster, J., Hryniuk, W., Israels, L.G., Chowdhury, A.S. & Biswas, M.K. (1972) Treatment of smallpox with cytosine arabinoside. Lzncet, 2: 1230-1232. [1]
Howard, W.T. & Perkins, R.G. (1905) Studies on the etiology and pathology of vaccinia in the rabbit and in man. Journal of medical research, 14: 51-66. [3]
Howard-Jones, N. (1975) The scientific background of the International Sanitary Conferences, 1851-1938, Geneva, World Health Organization (History of International Public Health, No. 1). [4,8]
Howard-Jones, N. (1980) The Pan American Health Organization: origins and evolution. WHO chronicle, 34: 367-375, 419-426. [9, 12]
Howat, H.T. & Arnott, W.M. (1944) Outbreak of pneumonia in smallpox contacts. Lzncet, 2: 312. [1] Hughes, K., Foster, S.O., Tarantola, D., Mehta, H., Tulloch, J.L. & Joarder, A.K. (1980) Smallpox surveillance in Bangladesh: II. Smallpox facial scar survey assessment of surveillance effectiveness. International journal of epidemiology, 9: 335-340. [4, 16] Huq, F. (1972) Studies on the variants of variola virus. Ph.D. thesis, University of London. [2]
Huq, F. (1976) Effect of temperature and relative humidity on variola virus in crusts. Bulletin of the World Health Organization, 54: 710-712. [2, 4]
Hurst, E.W. (1953) The post-infection encephalitides.
British medical bulletin, 9: 234-236. [3, 7]
Jezek, z., Das, M.N., Das, A., Aggarwal, M.L. & Arya, Z.S. (1978a) The last known outbreak of smallpox in India. Indian journal of public health, 22: 31-38. [15]
Jezek, Z., Arora, R.R., Arya, Z.S. & Hussain, Z. (1978b) Smallpox surveillance in remote and inaccessible areas of India. Indian journal of public health, 22: 56-62. [10, 25]
Jezek, Z., Basu, R.N. & Arya, Z.S. (1978c) Reinvestiga tion of smallpox outbreaks. Indian journal of public health, 22: 82-94. [25]
Jezek, Z., Basu, R.N. & Arya, Z.S. (1978d) Problem of persistence of facial pock marks among smallpox patients. Indian journal of public health, 22: 95-101. [1, 3] Jezek, Z., Basu, R.N. & Arya, Z.S. (1978e) Investigation of smallpox suspected cases in the final stage of the Indian smallpox eradication programme. Indian journal of public health, 22: 107-112. [1, 25]
Jezek, Z., Basu, R.N., Sehgal, S., Balasubramanian, S. & Arya, Z.S. (1978f) Role of laboratory diagnosis in the smallpox eradication programme in India. Indian journal of public health, 22: 113-119. [2]
Jezek, Z., Basu, R.N. & Arya, Z.S. (1978g) Fever with rash surveillance in India. Indian journal of public health, 22: 120-126. [25]
Jezek, Z., Al Aghbari, M., Hatfield, R. & Deria, A. (Tulloch, J., ed.) (1981) Smallpox eradication in Somalia, Alexandria, WHO Regional Office for the Eastern Mediterranean and Somali Democratic Republic, Ministry of Health. [1, 4, 10, 22, 27, 28]
Jezek, Z., Sery, V., Zikmund, V. & Slonim, D. (1982) [Smallpox and its eradication], Prague, Avicenum (in Czech). [8, 23]
Jezek, Z., Kriz, B. & Rothbauer, V. (1983) Camelpox and its risk to the human population. Journal of hygiene, epidemiology, microbiology and immunology, 27: 29-42. [2,29]
Jezek, Z., Arita, I., Szczeniowski, M., Paluku, K.M., Kalisa Ruti & Nakano, J. H. (1985) Human tanapox in Zaire: clinical and epidemiological observations on cases confirmed by laboratory studies. Bulletin of the World Health Organization, 63: 1027-1035. [29]
Jezek, Z., Arita, I., Mutombo, M., Dunn, C., Nakano, J.H. & Szczeniowski, M. (1986a) Four generations of probable person-to-person transmission of human monkeypox. American journal of epidemiology, 123: 1004-1012. [29]
Jezek, Z., Marennikova, S.S., Mutombo, M., Nakano, J.H., Paluku, K.M. & Szczeniowski, M. (1986b) Human monkeypox: a study of 2,510 contacts of 214 patients.Journal of infectious diseases, 154: 551–555. [29] Jezek, Z., Nakano, J.H., Arita, I., Mutombo, M., Szczeniowski, M. & Dunn, C. (1987a) Serological survey for human monkeypox infections in a selected population in Zaire. Journal of tropical medicine and hygiene, 90: 31-38. [29]
Jezek, Z., Grab, B. & Dixon, H. (1987b) Stochastic model for interhuman spread of monkeypox. Ameri can journal of epidemiology, 126: No. 6 (in press). [29]
Jha, S.P. & Achari, A.G. (1975) Smallpox eradication programme in Bihar. Journal of communicable diseases, 1: 183-187. [15]
Jiang, Y.T. (1985) [Smallpox epidemiology]. In: Jiang, Y.T., Chen, N.Q., Gao, S.D., Qui, Y.S. & Lin, Y.J., ed. [The Chinese medical encyclopedia. Medical defence against biological weapons], Shanghai, [Shanghai Science and Technology Press], pp. 46-48 (in Chinese). [8, 27, 30]
Joarder, A.K., Tarantola, D. & Tulloch, J. (1980) The eradication of smallpox from Bangladesh, New Delhi (WHO Regional Publications: South-East Asia Se ries, No 8). [4, 10, 16, 25, 28]
Johannessen, J.V., Krogh, H.-K., Solberg, I., Dalen, A., Wyjngaarden, H. van & Johansen, B. (1975) Human orf. Journal of cutaneous pathology, 2: 265-283. [29]
Johnson, H.A. (1946) Malaria in the post-war era.
Journal of the National Malaria Society, 5: 1-6. [9] Johnson, R.T. (1982) Viral infections of the nervous system, New York, Raven Press. [3, 7]
Joklik, W.K. (1962) Some properties of poxvirus deoxyribonucleic acid. Journal of molecular biology, 5: 265-274. [2]
Jones, E.R. (1914) Smallpox in Germany. Public health reports, 29: 164-168. [8]
Jong, M. de (1956) The alastrim epidemic in The Hague, 1953-1954. Documenta de medicinageographica et tropica, 8: 207-235. [1, 3]
Journal of the American Medical Association, 1985, 253: 2348 (Contact spread of vaccinia from a national guard vaccinee-Wisconsin). [7, 28]
Journal of communicable diseases, 1975, 7: 165-231 (Special Commemorative Issue on Achievements of “Target Zero” in India, 15 August 1975). [15]
Jurin, J. (1722) A letter to the learned Dr Caleb Cotesworth … containing a comparison between the danger of the natural smallpox, and of that given by inoculation. Philosophical Transactions of the Riryal Society, 32: 213-217. [6]
Kaempfer, E. (1906) The history of Japan, 1690-92 (transl. J.G. Scheuchzer in 1727; reprinted 1906), Glasgow, MacLehose, Vol.-1, p. 296. [5]
Kaiser, M. (1937) Zur Frage der Herstellung eines bakterienfreien Trockenimpfstoffes gegen Pocken. Zentralblatt fur Bakteriologie, Parasitenkunde, Infaktions krankheiten und Hygiene. I. Abt. Orig., 139: 405-416 [7] Kaiser, M. (1942) Berichtiiber Versuche einen Trockenimpfstoff fiir den Pockenschutz herzustellen und iiber den Einfluss von Kalte und Trockenheit auf das Vacciniavirus. Archiv fur die gesamte Virusforschung, 2: 426-459. [7]
Kaiser, M. & Zappert, J. (1938) Die ”postvaccinale Encephalitis”. N ach amtlichen iisterreichischen Doten, Vien na, Springer. [3]
Kalter, S.S. & Heberling, R.L. (1971) Comparative virology of primates. Bacteriological reviews, 35: 310-364. [29]
Kalter, S.S., Rodriguez, A.R., Cummins, L.B., Heberling, R.L. & Foster, S.O. (1979) Experimental smallpox in chimpanzees. Bulletin of the World Health Organization, 57: 637-641. [3, 30]
Kaminjolo, J.S., Jr, Johnson, L.W., Frank, H. & Gicho, J.N. (1974a) Vaccinia-like pox virus identified in a horse with a skin disease. Zentralblatt fur Veteriniirmedi vn, Reihe B, 21: 202-206. [2]
Kaminjolo, J.S., Jr, Nyaga, P.N. & Gicho, J.N. (1974b) Isolation, cultivation and characterization of a pox virus from some horses in Kenya. Zentralblatt fur Veteriniirmedizin, Reihe B, 21: 592-601. [2]
Kaplan, C. (1958) The heat inactivation of vaccinia virus. Journal of general microbiology, 18: 58-63. [2] Kaplan, C. (1962) A non-infectious smallpox vaccine. Lancet, 2: 1027-1028. [11]
Kaplan, C. (1969) Immunization against smallpox. British medical bulletin, 25: 131-135. [2, 3, 11]
Kaplan, C., Healing T.D., Evans, N., Healing, L.& Prior,
294. (1980) Evidence of infection by viruses in small British field rodents. Journal of hygiene, 84: 285-294. (2,29)
Karchmer, A.W., Friedman, J.P., Casey, H.L., Shope, T.C., Riker, J.B., Kappelman, M.M. & Witte, J.J. (1971) Simultaneous administration of Jive virus vaccines. Measles, mumps, poliomyelitis and small pox. American journal of diseases of children, 121: 382-388 (7)
Kato, S., Takahashi, M., Kameyama, S. & Kamahora, J. (1959) A study on the morphological and cyto immunological relationship between the inclusions of variola, cowpox, rabbitpox, vaccinia (variola origin) and vaccinia IHD and a consideration of the term “Guarnieri body”. Biken’s journal, 2: 353-363. (2)
Katz, S.L., Krugman, S. & Quinn, T.C., ed. (1983) International symposium on measles immunization. Reviews of infectious diseases, 5: 389-627. (31)
Keidan, S.E., McCarthy, K. & Haworth, J.C. (1953) Fatal generalized vaccinia with failure of antibody production and absence of serum gamma globulin. Archives of disease in childhood, 28: 110-116. [3)
Kelsch, Teissier & Camus (1909) De la variole-vaccine. Recherche experimentelle presentee a l’ Academie de Medecine. Bulletin de I’Academie de Medecine, 62: 13-22.(6)
Kemp, G.E., Causey, O.R., Setzer, H.W. & Moore, D.L. (1974) Isolation of viruses from wild mammals in West Africa, 1966–1970. Journal of wildlife diseases, 10: 279-293. (2)
Kempe, C.H. (1960) Studies on smallpox and complica tions of smallpox vaccination. Pediatrics, 26: 176-189. (3, 7]
Kempe, C.H. (1968) Smallpox vaccination of eczema patients with attenuated live vaccinia virus. Yale journal of biology and medicine, 41: 1-12. [7]
Kempe, C.H. (1980) Acceptance of the Howland Award. Pediatric research, 14: 1155-1161. (3)
Kempe, C.H. & Benenson, A.S. (1965) Smallpox immunization in the United States. Journal of the American Medical Association, 194: 161-166. [7]
Kempe, C.H., Berge, T.O. & England, B. (1956) Hyperimmune vaccinal gamma globulin. Source, evaluation, and use in prophylaxis and therapy. Pediatrics, 18: 177-188. (1)
Kempe, C.H., Bowles, C., Meiklejohn, G., Berge, T.O., St. Vincent, L., Sundara Babu, B.V., Govindarajan, S., Ratnakannan, N.R., Downie, A.W. & Murthy, V.R. (1961) The use of vaccinia hyperimmune gamma globulin in the prophylaxis of smallpox. Bulletin of the World Health Organization, 25: 41-48. [1]
Kempe, C.H., Fulginiti, V., Minamitani, M. & Shine field, H. (1968) Smallpox vaccination of eczema patients with a strain of attenuated live vaccinia (CVI-78). Pediatrics, 42: 980-989. [11)
Kempe, C.H., Dekking, F., St. Vincent, L., Rao, A.R. & Downie, A.W. (1969) Conjunctivitis and subclinical infection in smallpox. Journal of hygiene, 67: 631-636. (1, 3)
Keogh, E.V. (1936) Titration of vaccinia virus on chorio-allantoic membrane of the chick embryo and its application to immunological studies of neuro vaccinia. Journal of pathology and bacteriology, 43: 441-454. (2, 3, 7)
Khodakevich, L. & Arita, I. (1985) Investigating rumours of smallpox. World health forum, 6: 171-173 [28)
Khodakevich, L.N. & Rao, H.N. (1978) Search at the weekly markets for detection of smallpox outbreaks which occurred during previous year. Indian journal of public health, 22: 50-55. [15)
Khodakevich, L., Widy-Wirski, R., Arita, I., Marenni kova, S.S., Nakano, J. & Meunier, D. (1985) Ortho poxvirose simienne de l’homme en Republique centrafricaine. Bulletin de la Societe de Pathologie exotique, 78: 311-320. [29)
Khodakevich, L., Jezek, z. & Kinzana, K. (1986) Isolation of monkeypox virus from a wild squirrel infected in nature. Lancet, 1: 98-99. (29)
Khodakevich, L., Szczeniowski, M., Mambu-ma-Disu, Jezek, Z., Marennikova, S.S., Nakano, J.H. & Mes singer, D. (1987a) Role of squirrels in sustaining monkeypox virus transmission. Tropical and geographi cal medicine, 39, 115-122. (29)
Khodakevich, L., Szczeniowski, M., Mambu-ma-Disu,
Jezek, Z., Marennikova, S.S., Nakano,J.H. & Meier, F. (1987b) Monkeypox virus in relation to the ecological features surrounding human settlements in Bumba zone, Zaire. Tropical and geographical medicine, 39: 56-63. [29)
Kii, N. & Ando, K. (1937) [The etiological relationship between contagious pustular dermatitis of horses and vaccinia]. Uournal of the Japanese Society of Veterinary Science], 16: 407-426 (in Japanese). (2)
Kinchington, D., Dollery, A., Greenaway, P. & Dum bell, K. (1984) The detection of subtle differences between different orthopoxvirus genomes by hetero duplex analysis. Virus research, 1 : 351-363. [2)
Kitamura, T. (1968) Studies on the formation of hyperplastic focus by variola virus in human cell cultures. I. In vitro quantitation of variola virus by focus counting in HeLa and FL cell cultures. Virology, 36: 174-179. (2)
Kitamura, T. & Shinjo, N. (1972) Assay of neutralizing antibody against variola virus by the degree of focus reduction on HeLa cell cultures and its application to revaccination with smallpox vaccines of various potencies. Bulletin of the World Health Organization, 46: 15-26. (3)
Kitamura, T. & Tanaka, Y. (1973) Differential diagno sis of variola viruses by microfocus assay. Bulletin of the World Health Organization, 48: 495-496. [2)
Kitamura, T., Kitamura, Y. & Tagaya, I. (1967) Immunogenicity of an attenuated strain of vaccinia virus on rabbits and monkeys. Nature, 215: 1187-1188. (11)
Kitamura, T., Aoyama, Y., Kurata, T., Arita, M. & Imagawa, Y. (1977a) Virological studies of smallpox in an endemic area. I. Evaluation of immunoAuores cence staining as a rapid diagnostic procedure in the field. Japanese journal of medical science and biology, 30: 215-227. (2)
Kitamura, T., Aoyama, Y., Kurata, T., Arita, M. & Imagawa, Y. (1977b) Virological studies of smallpox in an endemic area. II. Virus content of clinical specimens and typing of virus isolates. Japanese journal of medical science and biology, 30: 229-239. [2, 4)
Klauber, M.R. & Angulo, J.J. (1974a) Variola minor in Bragan a Paulista County, 1956: space-time interac tions among variola minor cases in two elementary schools. American journal of epidemiology, 99: 65- 74. [4)
Klauber, M.R. & Angulo, J.J. (19746) Variola minor in Bragan a Paulista County, 1956: lack of evidence indicating the influence of contaminated classrooms on spread of disease.Journal of hygiene, 72: 281-288. (4)
Klein, J. (1975) Biology of the mouse histocompatibility-2 complex, New York, Springer. [3]
Knight, V., ed. (1973) Viral and mycoplasmal infections of the respiratory tract, Philadelphia, Lea & Febiger. [4] Koplan, J.P., Monsur, K.A., Foster, S.O., Huq, F., Rahaman, M.M., Huq, S., Buchanan, R.A. & Ward, N.A. (1975) Treatment of variola major with adenine arabinoside. Journal of infectious diseases, 131: 34-39. [1] Koplan, J.P., Azizullah, Md. & Foster, S.O. (1978) Urban hospital and rural village smallpox in Bangla desh. Tropical and geographical medicine, 30: 355-358. [1, 4)
Korns, J.M. (1921) Incidence of vaccination and small pox in north China. China medical journal, 35: 561-563. [8]
Korte, W.E. de (1904) Amaas, or kaffir milk-pox. Lancet, 1: 1273-1276. [1, SJ
Koszinowski, U. & Ertl, H. (1976) Role of early viral surface antigens in cellular immune response to vaccinia virus. European journal of immunology, 6: 679-683. [3)
Krag, P. & Bentzon, M.W. (1963) The international reference preparation of smallpox vaccine. Bulletin of the World Health Organiwtion, 29: 299-309. [7, 11]
Kravchenko, A.T. (1970) [Smallpox eradication in the USSR]. Zhurnal mikrobiologii, epidemiologii i immunobiolo gii, 47 (2): 3-8 (in Russian). [8]
Krieger, H. & Vicente, A.T. (1969) Smallpox and the ABO system in southern Brazil. Human heredity, 19: 654-657. [3)
Kriz, B. (1982) A study of camelpox in Somalia. Journal of comparative pathology, 92: 1-8. [29]
Krugman, S., Giles,J.P., Friedman, H.& Stone, S. (1965) Studies on immunity to measles. Journal of pediatrics, 66: 471-488. [17]
Krupenko, S.S. (1972) [Camelpox caused by vaccinia virus]. Veterinarfya, 49 (8): 61-62 (in Russian). [2] Kiilz (1905) Pockenbekampfung in Togo. Archiv fiir Schiffs- und Tropenhygiene, 9: 241-253. [8]
Kumar, L., Salam, N.M.A., Datta, U. & Walia, B.N.S. (19 Cell-mediated immuno-deficiency with normal immunoglobulins (Nezelofs syndrome) with progressive vaccinia. Indian pediatrics, 14: 69-72. [3]
Kurata, T., Aoyama, Y. & Kitamura, T. (1977) Demonstration of vaccinia virus antigen in brains of postvaccinal encephalitis cases. Japanese journal of medical science and biology, 30: 137-147. [3]
Kyrle, J. & Morawetz, G. (1915) Tierexperimentelle Studien iiber Variola. Wiener klinische Wochenschrift, 28: 697-701. [1]
Laboratory animal science, 1981, 31: 549-636 (Ectromelia (mousepox) in the United States). [3]
Laboratory Centre for Disease Control (1981) Vaccinia outbreak-Newfoundland. Canada disease weekly report, 7: 29-30. [28]
Labusquiere, R. (1967) Mass rubeola immunization in Africa. In: Proceedings of the first international conference 011 vaccines against viral and rickettsial diseases of man, Washington, Pan American Health Organization, pp. 312-317. [17]
Ladnyj, I.D., Ziegler, P. & Kima, E. (1972) A human infection caused by monkeypox virus in Basankusu Territory, Democratic Republic of the Congo. Bulletin of the World Health Organiwtion, 46: 593-597. [2, 29, 30]
Ladnyj, I.D., Ogorodnikova, Z.1., Seluhina, E.M., Gerasi menko, R.T. & Voronin, Ju.S. (1975) [On the occurrence of smallpox-typeviruses in animals.] Problemy osoboopasnykh infektsii, No. 3-4: 165-167 (in Russian). [3, 29]
Laidlaw, SJ.A. & Horne W.A. (1950) Smallpox outbreak in Glasgow, 1950. Medical officer, 83: 187-192. [4]
Lake, J.R. & Cooper, P.D. (1980) Deletions of the terminal sequences in the genomes of the white pock (u) and host-restricted (p) mutants of rabbitpox virus. Journal of general virology, 48: 135-147. [2]
Lal, S.M. & Singh, LP. (1977) Buffalopox-a review. Tropical animal health and production, 9: 107-112. [2, 29] Lambert, H.P. & Farrar, W.E. (1982) Infectious diseases illustrated: an integrated text and colour atlas, London Gower. [1]
Lambotte, C. & Israel, E. (1967) Variole et groupes sanguins au Congo. Anna/es des Societes beiges de Medecine tropicale, de Parasitologie et de Mycologie humaine et animale, 47: 405-411. [3]
Lancaster, M.C., Boulter, E.A., Westwood, J.C.N. & Randles,). (1966) Experimental respiratory infection with poxviruses. II. Pathological studies. British journal of experimental pathology, 47: 466-471. [4]
Lance, G.N. & Williams, W.T. (1967) Mixed-data classificatory programs. I. Agglomerative systems. Australian computer journal, 1: 15-20. [2]
Lancet, 1901, 1: 898 (Smallpox inoculation in Algeria).[6]
Lancet, 1903, 2: 326-327 (Anomalous smallpox and its lessons). [8]
Lancet, 1963, 2: 501 (Smallpox prophylaxis). [1]
Landrigan, P.J. & Witte, J.J. (1973) Neurological disorders following live measles-virus vaccination. Journal of the American Medical Association, 223: 1459-1462. [7]
Lane, J.M. & Millar, J.D. (1969) Routine childhood vaccination against smallpox reconsidered. New E11g la11d jour11al of medicine, 281, 1220-1224. [7]
Lane, J.M., Ruben, F.L., Neff, J.M. & Millar, J.D. (1969) Complications of smallpox vaccination, 1968. Na tional surveillance in the United States. New England journal of medicine, 281: 1201-1208. [7]
Lane,J.M., Mack, T.M.& Millar,J.D. (1970a) Take rates by double versus single insertions of smallpox vaccine in revaccinees. Public health reports, 85: 928-932. [11]
Lane,J.M., Ruben, F.L., Nelf,J.M. & Millar,J.D. (19706) Complications of smallpox vaccination, 1968: Results of ten statewide surveys. Journal of infectious diseases, 122: 303-309. [7]
Langmuir, A.D. (1963) The surveillance of communi cable diseases of national importance. New England journal of medicine, 268: 182-192. [9, 10]
Langmuir, A.D. (1973) Contact and airborne infection. In: Sartwell, P.E., ed. Preventive medicine and public health, 10th ed., New York, Appleton-Century-Crofts, pp. 247-274. [4)
Langmuir, A.D. (1974) Vaccination should be abol ished in the United States except for selected populations. In: Ingelfinger, F.J., Ebert, R.V., Fin land, M. & Reiman, A.S., ed. Controversy in internal medicine, II, Philadelphia, Saunders, pp. 363-370. [7] Lavigne de Lemos, A. & Morris, L. (1969) Avalia<;ao na campanha de erradica<;ao da variola. Revista brasileira de estatistica, 30: 300-302. [12]
Leake, J.P. (1927) Questions and answers on smallpox and vaccination. Public health reports, 42: 221-238. [7]
Ledingham, J.C.G. (1931) The aetiological importance of the elementary bodies in vaccinia and fowl-pox. Lancet, 2: 525-526. [2]
LeFanu, W. (1951) A bio-bibliography of Edward Jenner 1749-1823, London, Harvey & Blythe. [6]
Lehmann, W. (1937) Ober die Brauchbarkeit der Carbolsaure zur Gewinnung keimfreier Pockens chutzlymphe. Zeitschrift fiir Hygiene und Infektionskrank heiten, 119: 21-27. [7]
Lerner, R. A., Chanock, R. M, & Brown, F. (1985) Vaccines 85, Cold Spring Harbor, Cold Spring Harbor Laboratory. [28]
Leroux, Amphoux, Billaud, Bouillaud, Cadoret, G.,
Delord, Duhamel, Y., Lobrichon, Baldrich & Audouy (1955) Epidemie de variole a Vannes de Decembre 1954-Mars 1955. Presse medicale, 63: 639-642. [1]
Levaditi, C., Harvier, P. & Nicolau, S. (1922) Etude experimentale de l’encephalite dite “lethargique”, XVI. Anna/es de /’lnstitut Pasteur, 36: 139-144. [2] Levaditi, C., Fasquelle, R., Beguignon, R. & Reinie, L. (1938) Influence des selecteurs sur le potentiel encephalitogene du vaccin jennerien. Comptes rendus hebdomadaires des seances de /’ Academie des Sciences, 201: 688-690. [2]
Lewin, P.K. (1967) Palaeo-electron microscopy of mummified tissue. Nature, 213: 416-417. [5]
Lieberman, B.L. (1927) Vaccination of pregnant women and newborn infants. American journal of obstetrics and gynecology, 14: 217-220. [7]
Lillie, R.D. (1930) Smallpox and vaccinia: the patholo gic histology. Archives of pathology, 10: 241-291. [3] Lin, H.T. (1965) A study of the effect of simultaneous vaccination with BCG and smallpox vaccine in newborn infants. Bulletin of the World Health Organization, 33: 321-336. [7]
Littman, R.J. & Littman, M.L. (1969) The Athenian plague: smallpox. Proceedings of the American Philological Association, 100: 261-275. [5]
Littman, R.J. & Littman, M.L. (1973) Galen and the Antonine plague. American journal of philology, 94: 243-255. [5]
Litvinov, S.K. (1970) [On the centenary year of the discovery by A.P. Fedchenko of the intermediate host of Dracunculus medinensis]. Meditsinskaya parazitologiya i parazitar,rye boleini, 39: 728-729 (in Russian). [9]
Lloyd, W.S. & Mahaffy, A.F. (1935) Cultivation of vaccinia virus by Rivers’ method. Proceedings of the Society for Experimental Biology and Medicine, 33: 154-156. [7]
Logan, J.A. (1953) The Sardinian project: an experiment in the eradication of an indigenous malarious vector, Baltimore, The Johns Hopkins Press. [9]
Loubere, S. de la (1969) The kingdom of Siam, Kuala Lumpur, Oxford University Press (reprint of 1693 edition). [5]
Lourie, B., Bingham, P.G., Evans, H.H., Foster, S.O., Nakano, J.H. & Herrman, K.L. (1972) Human infection with monkeypox virus: laboratory investi gation of six cases in West Africa. Bulletin of the World Health Organization, 46: 633-639. [29]
Lourie, B., Nakano, J.H., Kemp, G.E. & Setzer, H.W. (1975) Isolation of a poxvirus from an African rodent. Journal of infectious diseases, 132: 677-681. [2, 3, 29]
Low, R.B. (1918) The incidence of small-pox throughout the world in recent years, London, H. M. Stationery Office. (Reports to the Local Government Board on Public Health and Medical Subjects, NS No. 117). (4, 8]
Loy,J.G. (1801) An account of some experiments on the origin of the cow-pox, London, Phillips. [2, 6]
Lum, G.S., Soriano, F., Trejos, A. & Llerena, J. (1967) Vaccinia epidemic and epizootic in El Salvador. American journal of tropical medicine and hygiene, 16: 332-338. [29]
Lorman (1885) Eine Icterusepidemie. Berliner klinische Wochenschrift, 22: 20-23. [6]
Lyons, J. & Dixon, C.W. (1953) Smallpox in the industrial Pennines, 1953. Medical officer, 90: 293-300, 307-310. [1]
MacCallum, F.O. & McDonald, J.R. (1957) Survival of variola virus in raw cotton. Bulletin of the World Health Organization, 16: 247-254. [2, 4]
MacCallum, W.G. & Moody, L.M. (1921) Alastrim in Jamaica. American journal of hygiene, 1: 388-409. [1, 3] McCarthy, K. & Helbert, D. (1960) A comparison of the haemagglutinins of variola, alastrim, vaccinia, cow pox and ectromelia viruses.
Journal of pathology and bacteriology, 19: 416-420. [2]
McCarthy, K., Downie, A.W. & Armitage, P. (1958a) The antibody response in man following infection with viruses of the pox group. I. An evaluation of the pock counting method for measuring neutralizing antibody. Journal of hygiene, 56: 84-100. [3]
McCarthy, K., Downie, A.W. & Bradley, W.H. (1958b) The antibody response in man following infection with viruses of the pox group. II. Antibody response following vaccination. Journal of hygiene, 56: 466-478. [3]
McClean, D. (1949) “Purification” of vaccine virus. Lancet, 2: 476-477. [7]
McConnell, S.J., Herman, Y.F., Mattson, D.E. & Erickson, L. (1962) Monkey pox disease in irradiat ed cynomolgus monkeys. Nature, 195: 1128-1129. [29]
McConnell, S., Herman, Y.F., Mattson, D.E., Huxsoll, L., Lang, C.M. & Yager, R.H. (1964) Protection of rhesus monkeys against monkeypox by vaccinia virus immunization. American journal of veterinary research, 25: 192-195. [3]
McConnell, S., Hickman, R.L., Wooding, W.J., Jr & Huxsoll, D.L. (1968) Monkeypox: experimental infection in chimpanzee (Pan satyrus) and immuniza tion with vaccinia virus. American journal of veterinary research, 29: 1675-1680. [3]
McCormick, J.B. & Johnson, K.M. (1984) Viral hemorrhagic fevers. In: Warren, K.S. & Mahmoud, A.A.F., ed. Tropical and geographical medicine, New York, McGraw-Hill, pp. 676-697. [28]
McCullough, D. (1977) The path between the seas, New York, Simon and Schuster. [9]
Macdonald, G. (1957) The epidemiology and control of malaria, London, Oxford University Press. [9]
McEvedy, C. & Jones, R. (1978) Atlas of world population history, Harmondsworth, Penguin Books. [5]
Macgowan, D.J. (1884) Dr D.J. Macgowan’s report on the health of Wenchow for the half-year ended 31 March 1884. China, imperial maritime customs medical reports, 21: 9-18. [5, 6]
McGregor, I. (1984) Malaria-recollections and obser vations. Transactions of the Royal Society of Tropical Medicine and Hygiene, 78: 1-8. [9]
McIntosh, S.K. & McIntosh, R.J (1981) West African prehistory. American scientist, 69: 602-613. [2]
Mack, T.M. (1972) Smallpox in Europe, 1950-1971. Journal of infectious diseases, 125: 161-169. [1, 4, 23]
Mack, T.M. & Noble, .,Jr (1970) Natural transmission of smallpox from man to performing monkeys. An ecological curiosity. Lancet, 1, 752-754. [2, 30]
Mack, T.M., Thomas, D.B. & Khan, M.M. (1970) Variola major in West Pakistan. Journal of infectious diseases, 122: 479-488. (1, 14]
Mack, T.M., Thomas, D.B., Ali, A. & Khan, M.M. (1972a) Epidemiology of smallpox in West Pakistan. Acquired immunity and the distribution of American journal of epidemiology, 95: 157-168. (4, 11, 14, 17]
Mack, T.M., Thomas, D.B. & Khan, M.M. (1972b) Epidemiology of smallpox in West Pakistan. II. Determinants of intravillage spread other than acquired immunity. American journal of epidemiology, 95: 169-177. (4, 14, 17]
McKenzie, P.J., Githens, J.H., Harwood, M.E., Roberts, J.F., Rao, A.R. & Kempe, C.H. (1965) Haemorrhagic smallpox. 2. Specific bleeding and coagulation studies. Bulletin of the World Health Organi tion, 33: 773-782. (1
Mackett, M. (1981) Restriction endonudease ana!Jsis of orthopoxvirus DNA. Ph.D. thesis, University of London. (2, 29]
Mackett, M. & Archard, L.C. (1979) Conservation and variation in Orthopoxvirus genome structure. Journal of general virology, 45: 683-701. (2)
Mackett, M., Smith, G.L. & Moss, B. (1984) General method for production and selection of infectious vaccinia virus recombinants expressing foreign genes. Journal of virology, 49: 857-864. (11]
Maclean, F.S. (1964) Challenge for health. A history of public health in New Zealand, Wellington, Government Printer. (5)
MacLeod, R.M. (1967) Law, medicine and public opinion: the resistance to compulsory health legisla tion 1870-1907. Public law 1967: 107-128, 189-211.(6)
McNalty, A.S. (1968) The prevention of smallpox: from Edward Jenner to Monckton Copeman. Medical history, 12: 1-18. (6]
McNeill, T.A. (1965) The antibody response of rabbits to inactivated vaccinia virus. Journal of hygiene, 63: 525-535. [3]
McNeill, T.A. (1968) The neutralization of pox viruses. 555 Relationship between vaccinia, rabbitpox, cowpox anJournal of hygiene, 66: 549-555. [2, 3) McNulty, W.P., Jr, Lobitz, W.C., Hu, F., Maruffo, C.A. & Hall, A.S. (1968) A pox disease in monkeys transmit ted to man. Archives of dermatology, 97: 286-293. [29] Macrae, A.D. (1982) Laboratory diagnosis of smallpox: role of the Virus Reference Laboratory, Colindale, 1947-70. Journal of hygiene, 89: 399-407. [2]
McVail, J.C. (1923) Smallpox and vaccination in the Philippines. British medical journal, 1: 158-162. (8) Madeley, C.R. (1968) The immunogenicity of heatinactivated vaccinia virus in rabbits. Journal of hygiene, 66: 89-107. [3]
Magnus, P. von, Andersen, E.K., Petersen, K.B., & Birch-Andersen, A. (1959) A pox-like disease in cynomolgus monkeys. Acta pathologica et microbiologica scandinavica, 46: 156-176. [2, 3, 10, 29, 30]
Maiboroda, A.D. (1982) Experimental infection of Norwegian rats (Rattus norvegicus) with ratpox virus. Acta virologica, 26: 288-291. [3, 29)
Maltseva, N.N. & Marennikova, S.S. (1976) A method for serological differentiation of closely related poxviruses. Acta virologica, 20: 250-252. [2]
Maltseva, N.N., Akatova-Shelukhina, E.M., Yumasheva,
M.A. & Marennikova, S.S. (1966) The aetiology of certain smallpox-like infections in cattle and methods of differentiating vaccinia cowpox and swinepox viruses. Journal of hygiene, epidemiology, microbiology and immunology, 10: 202-209. (2, 29]
Mandi, P.-E. (1985) Accelerated immunization pro grammes and CSDR: their meaning and broader implications for development. Assignment children, 69/72, vii-xxvi. (31)
Manson-Bahr, P.E.C. & Downie, A.W. (1973) Persis tence of tanapox in Tana River valley. British medical journal, 2: 151-153. (29]
Marchal, J. (1930) Infectious ectromelia. A hitherto undescribed virus disease of mice. Journal of pathology and bacteriology, 33: 713-728. [2]
Marennikova, S.S. (1962) The use of hyperimmune antivaccinia gamma-globulin for the prevention and treatment of smallpox. Bulletin of the World Health Organi tion, 27: 325-330. (1]
Marennikova, S.S. (1973) Evaluation of vaccine strains by their behaviour in vaccinated animals and possible implications of the revealed features for smallpox vaccination practice. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether/ands, 11-13 October 1972; Symposia Series in Immunobiological Stan dardi tion, Basel, Karger, Vol. 19, pp. 253-260. [11] Marennikova, S.S. (1979) Field and experimental studies of poxvirus infections in rodents. Bulletin of the World Health Organi tion, 57: 461-464. [3]
Marennikova, S.S. & Macevic, G.R. (1975) Experimental study of the role of inactivated vaccine in two-step vaccination against smallpox. Bulletin of the World Health Organi tion, 52: 51-56. [2, 3)
Marennikova, S.S. & Shelukhina, E.M. (1976) White rats as a source of pox infection in carnivora of the family Felidae. Acta virologica, 20: 442. [29]
Marennikova, S.S.& Shelukhina, E.M. (1978) Whitepox virus isolated from hamsters inoculated with mon keypox virus. Nature, 276: 291-292. [29, 30]
Marennikova, S.S., Akatova, E.M., Gurvich, E.G., Fuev, V.A., Ogorodnikova, F.T. & Yumasheva, M.A. (1961) [Laboratory diagnostic techniques for smallpox and their comparative evaluation (data of Moscow out break, 1960)]. In: Marennikova, S.S., ed. [Smallpox. Proceedings of a conference on epidemiology, clinical features, laboratory diagnosis, specific prophylaxis and therapy. Moscow 1960] Moscow, [Mechnikov Research Insti tute for Vaccines and Sera] (in Russian). [2)
Marennikova, S.S., Gurvich, E.B. & Yumasheva, M.A. (1963) Laboratory diagnosis of smallpox and similar viral diseases by means of tissue culture methods. I. Sensitivity of tissue culture methods in the detection of variola virus. Acta virologica, 7: 124-130. [1]
Marennikova, S.S., Chimishkyan, K.L., Maltseva, N.N., Shelukhina, E.M. & Fedorov, V.V. (1969) Character istics of virus strains for production of smallpox vaccines. In: Gutic, B., ed. Proceedings of the Symposium on Smallpox, 2 & 3 September 1969, Zagreb, Yugoslav Academy of Sciences and Arts, pp. 65- 79. [7, 11] Marennikova, S.S., Gurvich, E.B. & Shelukhina, E.M. (1971) Comparison of the properties of five pox virus strains isolated from monkeys. Archiv fiir die gesamte Virusforschung, 33: 201-210. [2, 30]
Marennikova, S.S., Seluhina, l?..M., Mal’ceva, N.N., Cimi§kjan, K.L. & Macevic, G.R. (1972a) Isolation and properties of the causal agent of a new variola like disease (monkeypox) in man. Bulletin of the World Health Organi tion, 46: 599-611. [2, 29]
Marennikova, S.S., Seluhina, E.M., Mal’ceva, N.N. & Ladnyj, I.D. (1972b) Poxviruses from clinically ill and asymptomatically infected monkeys and a chim panzee. Bulletin of the World Health Organization, 46: 613-620. [30]
Marennikova, S.S., Shelukhina, E.M. & Shenkman, L.S. (1973) Role of the temperature of incubation of infected chick embryos in the differentiation of certain poxviruses according to pock morphology. Acta virologica, 17: 362. [2]
Marennikova, S.S., Shelukhina, E.M., Shenkman, L.S., Maltseva, N.N. & Matsevich, G.R. (1975) [The results of examinations of wildlife monkeys for the presence of antismallpox antibody and viruses of the smallpox group]. Voprosy virusologii, 20 (3): 321-326 (in Russian). [29, 30]
Marennikova, S.S., Shelukhina, E.M. & Shenkman, L.S. (1976) “White-wild” (variola-like) poxvirus strains from rodents in equatorial Africa. Acta virologica, 20: 80-82. (30]
Marennikova, S.S., Maltseva, N.N., Korneeva, V.I., & Garanina, N.M. (1977) Outbreak of pox disease among carnivora (Felidae) and Edentata. Journal of infectious diseases, 13S: 358-366. (29]
Marennikova, S.S., Shelukhina, E.M. & Fimina, V.A. (1978a) Pox infection in white rats. Laboratory animals, 12: 33-36. [29]
Marennikova, S.S., Ladnyj, I.D., Ogorodnikova, Z.I., Shelukhina, E.M. & Maltseva, N.N. (1978b) Identifi cation and study of a poxvirus isolated from wild rodents in Turkmenia. Archives of virology, S6: 7-14. (3, 29]
Marennikova, S.S., Ganceva, C., Doncev, D., Macevic, G.R., Petrov, V., Rumenova, I. & Matova, E. (1978c) [Reactogenicity and immunologic effectiveness of the two-stage method of vaccination against smallpox]. Epidemiologija, mikrobiologja i infekciozni bolesti, 1S: 229-236 (in Bulgarian). (11]
Marennikova, S.S., Shelukhina, E.M., Maltseva, N.N. & Matsevich, G.R. (1979) Monkeypox virus as a source ofwhitepox viruses. Intervirology,11: 333-340. (29, 30] Marennikova, S.S., Malceva, N.N. & Habahpaseva, N.A. (1981) ELISA-a simple test for detecting and differentiating antibodies to closely related orthopox viruses. Bulletin of the World Health Organization, S9: 365-369. (2, 29]
Marmelzat, W.L. (1968) Malignant tumors in smallpox vaccination scars. A report of 24 cases. Archives of dermatology, 97: 400-406. [7]
Marsden, J.P. (1936) A critical review of the clinical features of 13,686 cases of smallpox (variola minor), London, London County Council (Report No. 3209). [Re printed as: Variola minor. A personal analysis of 13,686 cases. Bulletin of hygiene, 1948, 23: 735-746.] [1, 3, 7]
Marsden, J.P. & Greenfield, C.R.M. (1934) Inherited smallpox. Archives of disease in childhood, 9: 309-314. (1, 3]
Marsden, J.P. & Hurst, E.W. (1932) Acute perivascular myelinoclasis (“acute disseminated encephalomyeli tis”) in smallpox. Brain, SS: 181-225. (1, 3]
Marshall, I.D. (1959) The influence of ambient temperature on the course of myxomatosis in rabbits. Journal of hygiene, S1: 484-497. (3]
Masso, A.R. (1970) A study of smallpox in the Tuaregs in Tahoua, Niger. In: United States National Com municable Disease Center, op. cit., No. 1, pp. 57-58. [17]
Matthews, R.E.F., ed. (1983) A critical appraisal of viral taxonomy, Boca Raton, CRC Press. [2]
Mayhew, C.J. & Hahon, N. (1970) Assessment of aerosol mixtures of different viruses. Applied microbiology, 20: 313-316. (2]
Mayr, A., Mahnel, H. & Munz, E. (1972) Systematisier ung und Differenzierung der Pockenviren. Zentral blatt far Veteriniirmedivn, Reihe B, 19: 69-88. [2]
Mayr, A., Stick), H., Muller, H.K., Danner, K. & Singer,(1978) Der Pockenimpfstamm MVA: Marker, genetische Struktur, Erfahrungen mit der parentera len Schutzimpfung und Verhalten im abwehrgesch wiichten Organismus. Zentra/b/att fiir Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene. I. Abt. Orig., 167: 375-390. [11]
Medzon, E.L. & Bauer, H. (1970) Structural features of vaccinia virus revealed by negative staining, section ing, and freeze-etching. Virology, 40: 860-867. [2]
Meers, P.D. (1960) Further observations on 17D yellow fever vaccination by scarification, with and without simultaneous smallpox vaccination. Trans actions of the Rl!)al Society of Tropical Medicine and Hygiene, S4: 493-501. [7]
Meiklejohn, G., Kempe, C.H., Downie, A.W., Berge, T.O., St. Vincent, L.& Rao, A.R. (1961) Air sampling to recover variola virus in the environment of a smallpox hospital. Bulletin of the World Health Organiza tion, 2S: 63-67. (4]
Meyer, H.M., Jr, Hostetler, D.D., Jr, Bernheim, B.C., Rogers, N.G., Lambin, P., Chassary, A. & Smadel, J.E. (1964a) Response of Volta children to live attenuat ed measles virus vaccine. Bulletin of the World Health Organization, 30: 769-781. (9, 17]
Meyer, H.M., Jr, Hostetler, D.D., Jr, Bernheim, B.C., Rogers, N.G., Lambin, P., Chassary, A., Labusquii:re,
R.& Smadel,J.E. (1964b) Response of Volta children to jet inoculation of combined live measles, smallpox and yellow fever vaccines. Bulletin of the World Health Organization, 30: 783-794. [7]
Michelson, H.E. & Ikeda, K. (1927) Microscopic changes in variola. Archives of dermatology and syphilis, 1S: 138-164. (3]
Mielke, J.H., Jorde, L.B., Trapp, G., Anderton, D.L., Pitkanen, K. & Erikson, A.W. (1984) Historical epidemiology of smallpox in Aland, Finland: 1751- 1890. Demography, 21: 271-295. (4]
Mikloucho-Maclay, N.N. (1975) New Guinea diaries, 1871-1883 (transl. by C.L. Sentinella), Madang, Kristen Press, pp. 91 and 179. [5]
Milhaud, C., Klein, M. & Virat, J. (1969) Analyse d’un cas de variole du singe (monkey-pox) chez le chimpanze (Pan troglodytes). Experimentation animate, 2: 121-135. [29]
Millar, J.D. (1965) Smallpox-a continuing threat. Hospitals.Journal of the American Hospital Association, 39 (19): 57-59. (4]
Millar, J.D. (1970) Epidemiological characteristics of measles in west and central Africa. In: United States National Communicable Disease Center, op. cit., No. 2, 4-8. [17]
Millar, J.D. & Foege, W.H. (1969) Status of eradication of smallpox (and control of measles) in West and Central Africa. Journal of infectious diseases, 120: 725-732. [17]
Millar, J.D., Roberto, R.R., Wulff, H., Wenner, H.A. & Henderson, D.A. (1969) Smallpox vaccination by intradermal jet injection. 1. Introduction, background and results of pilot studies. Bulletin of the World Health Organization, 41: 749-760. (9, 11, 17]
Millar, J.D., Morris, L., Macedo Filho, A., Mack, T.M., Dyal, W. & Medeiros, A.A. (1971) The introduction of jet injection mass vaccination into the national smallpox eradication program of Brazil. Tropical and geographical medicine, 23: 89-101. [9, 11, 12, 17]
Millard, C.K. (1914) The vaccination question in the light of modern experience, London, Lewis. [6]
Miller, G. (1957) The adoption of inoculation for smallpox in England and France, Philadelphia, University of Pennsylvania Press. [1, 4, 6]
Miller, G. (1981) Putting Lady Mary in her place: a discussion of historical causation. Bulletin of the history of medicine, 55 : 2-16. [6]
Mills, T. & Pratt, B.C. (1980) Differentiation of ectromelia virus haemagglutinin from haemagglutin ins of other poxviruses. Archives of virology, 63: 153-157. [2]
Mims, C.A. (1964) Aspects of the pathogenesis of virus diseases. Bacteriological reviews, 28: 30-71. [3]
Mims, C.A. (1966) Pathogenesis of rashes in virus diseases. Bacteriological reviews, 30: 739-760. [3]
Mims, C.A. (1969) Effect on the fetus of maternal infection with lymphocytic choriomeningitis (LCM) virus. Journal of infectious diseases, 120: 582-597. [3]
Mitra, A.C., Chatterjee, S.N., Sarkar, J.K., Manji, P. & Das, A.K. (1966) Viraemia in haemorrhagic and other forms of smallpox. Journal of the Indian Medical Association, 47: 112-114. (1, 3]
Mitra, A.C., Sarkar, J.K. & Mukherjee, M.K. (1974) Virus content of smallpox scabs. Bulletin of the World Health Organiv,tion, 51: 106-107. [4]
Monro, A. (1818) Observations on the different kinds of smallpox and especially that which sometimes follows vaccination, Edinburgh, Constable. (6]
Monsur, K.A., Hossain, M.S., Huq, F., Rahaman, M.M. & Haque, M.Q. (1975) Treatment of variola major with cytosine arabinoside. Journal of infectious diseases, 131: 40-43. (1]
Moodie, A.S. & Cheng, G.K.K. (1962) Concurrent BCG and smallpox vaccination in newborn babies. Tubercle, 43: 155-160. (10]
Moody, L.M. (1922) Alastrim; or Kaffir milk pox. Annals of tropical medicine and parasitology, 16: 21-46. (1] Moore, J. (1815) The history of the smallpox, London, Longman, Hurst, Rees Orme & Brown. (5] Moore, J. (1817) The history and practice of vaccination, London, Callow. [6, 11]
Morbidity and mortality weekly report, 1984, 33: 37-38 (Contact spread from a recently vaccinated marine Louisiana). (28]
Morley, D.C. (1962) Measles in Nigeria. American journal of diseases of children, 103: 230-233. [17]
Morosow, M.A. (1926) Die Farbung der Paschenschen Ki:irperchen durch Versilberung. Zentralblatt fur Bak teriologie, Parasitenkunde, Infektionskrankheiten und Hy giene, I. Abt. Orig., 100: 385-387. [2]
Morris, L., Lavigne de Lemos, A.& Silva, O.J. da (1970a) Investigation of hospital-associated smallpox-Vi toria, Espirito Santo. American journal of public health, 60: 2331-2335. (4, 12]
Morris, L., Silva, O.J. da & Martinez, A.V. (1970b) Epidemiological investigation of a smallpox outbreak in a town reported to be “100% vaccinated”. American journal of epidemiology, 92: 294-300. (12]
Morris, L., Cappello, H., Soares, R., Leon,J.P. de & Leser,(1971) Smallpox occurrence in the Municipio of Sao Paulo, Brazil, 1945-69. HSMHA health reports, 86: 87-91. [4, 12]
Moss, B. (1978) Poxviruses. In: Nayak, D.P., ed. The molecular biology of animal viruses, New York, Marcel Dekker, Vol. 2, pp. 849-890. [2]
Moss, B. (1985) Replication of poxviruses. In: Fields, B.N. et al., ed. Virology, New York, Raven Press, pp. 685-703. [2]
Mourant, A.E., Kopec, A.C. & Domaniewska-Sobczak, 1. (1978) Blood groups and diseases, Oxford, Oxford University Press. [3]
Moyer, R.W. & Rothe, C.T. (1980) The white pock mutants of rabbit poxvirus. I. Spontaneous host range mutants contain deletions. Virology, 102: 119-132. [2] Moyer, R.W., Graves, R.L. & Rothe, C.T. (1980) The white pock (µ) mutants of rabbit poxvirus. III. Terminal DNA sequence duplication and transposi
tion in rabbit poxvirus. Cell, 22: 545-553. [2] Miiller, H.K., Wittek, R., Schaffner, W., Schiimperli, D., Menna, A. & Wyler, R. (1978) Comparison of five poxvirus genomes by analysis with restriction endo nucleases Hindlll, BamI and EcoRI. Journal of general virology, 38: 135-147. [2]
Mukherjee, M.K., Sarkar, J.K. & Mitra, A.C. (1974) Pattern of intrafamilial transmission of smallpox in Calcutta, India. Bulletin of the World Health Organiwtion, 51: 219-225. [4, 11]
Mukherjee, M.K., Sarkar,J.K., Mitra, A.C., De, S., Roy, I., Dumbell, K.R. & Almeida, J.D. (1976) Coxsackie virus infection simulating smallpox. Indian journal of dermatology, 22: 1-3. (1]
Mumford, E.P. & Mohr, J.L. (1943) Preliminary report on infectious diseases of enemy-occupied territories. Part I. The Japanese Mandated Islands and Guam. Journal of tropical medicine and hygiene, 46: 15-23. (5]
Murray, L.H. (1951) A world review of smallpox incidence (September 1951). Epidemiological and vital statistics report, 4: 398-420. [8]
Murthy, G.S., Chand, D. & Lal, K.M. (1958) Influence of climate, season and sunlight on the incidence of smallpox and forecasting of epidemics. Indian journal of public health, 2: 249-257. (4]
Mutombo, M.W., Arita, I. & Jezek, Z. (1983) Human monkeypox transmitted by a chimpanzee in a tropical rain-forest area of Zaire. Lancet, 1: 735-737. [29]
Nagington, J. & Horne, R.W. (1962) Morphological studies of orf and vaccinia viruses. Virology, 16: 248-260. [2]
Nagler, F.P.O. (1942) Application of Hirst’s pheno menon to the titration of vaccinia virus and vaccinia immune serum. Medical journal of Australia, 1 : 281-283. (2]
Nagler, F.P.O. & Rake, G. (1948) The use of the electron microscope in diagnosis of variola, vaccinia, and varicella. Journal of bacteriology, 55: 45-51. [2]
Nair, C.P. (1978) Assessment of smallpox eradication status in Abhujmar Bestar district, Madhya Pradesh state, India. Indian journal of public health, 22: 75-81. [10]
Nakano, E., Panicali, D.& Paoletti, E. (1982) Molecular genetics of vaccinia virus: demonstration of marker rescue. Proceedings of the National Academy of Sciences of the United States of America, 79: 1593-1596. [28]
Nakano, J.H. (1973) Evaluation of virological labora tory methods for smallpox diagnosis. Bulletin of the World Health Organiv,tion, 48: 529-534. (2]
Nakano, J.H. (1978) Comparative diagnosis of poxvirus diseases. In: Kurstak, E. & Kurstak, C., ed. Comparative diagnosis of viral diseases: human and related viruses, Part A, New York, Academic Press, Vol. 1, pp. 287-339. (29]
Nakano, J.H. (1979) Poxviruses. In: Lennette, E.H. & Schmidt, N.J., ed. Diagnostic procedures for viral, rickett sial and chlamydia/ infections, 5th ed., New York, American Public Health Association, pp. 257-308. [2]
Nakano, J.H. (1982) Human poxvirus diseases and laboratory diagnosis. In: Maza, L.M. de la & Peterson, E.M., ed. Medical virology, New York, Elsevier, pp. 125-147. [2]
Nakano, J.H. (1985) Human poxvirus diseases. In: Lennette, E.H., ed. LAboratory diagnosis of viral infections, New York, Marcel Dekker, pp. 401-423. [3, 29]
Nanning, W. (1962) Prophylactic effect of antivaccine gamma globulin against post-vaccinal encephalitis. Bulletin of the World Health Organization, 27: 317-324. [7]
Needham, J. (1980) China and the origins of immunology, Hong Kong, University of Hong Kong, Centre of Asian Studies (Occasional Papers and Monographs, No. 41). [3, 5, 6, 8]
Needham, J. & Lu, G.-D. (in press) Smallpox in history. In: Science and civilization in China, Cambridge, Cam bridge University Press, Vol. 6, Part 4. [5]
Neff, J.M., Lane, J.M., Pert, J.H., Moore, R., Millar, J.D.& Henderson, D.A. (1967) Complications of smallpox vaccination. I. National survey in the United States 1963. New England journal of medicine, 276: 125-132. [7] Neff, J.M., Millar, J.D., Roberto, R.R. & Wulff, H. (1969) Smallpox vaccination by intradermal jet injection. 3. Evaluation in a well-vaccinated population. Bulletin of the World Health Organization, 41: 771-778. (11, 17] Negri, A. (1906) Ober Filtration des Vaccinevirus. Zeitschrift fiir Hygiene und Infektionskrankheiten, 54: 327-346. [2]
Nelson, J.B. (1943) The stability of variola virus propagated in embryonated eggs. Journal of experimental medicine, 78: 231-239. [6]
New England journal of medicine, 1965, 273: 335-336 (Choice of a measles vaccine). [17]
Nicholas, R. (1981) The goddess S1tala and epidemic smallpox in Bengal. Journal of Asian studies, 41: 21-44. [5]
Nizamuddin, M. & Dumbell, K.R. (1961) A simple laboratory test to distinguish the virus of smallpox from that of alas trim. Lancet, 1: 68-69. [2]
Noble, J., Jr (1970) A study of New and Old World monkeys to determine the likelihood of a simian reservoir of small pox. Bulletin of the World Health Organization, 42: 509-514. [30]
Noble, J., Jr & Rich, J.A. (1969) Transmission of smallpox by contact and by aerosol routes in Macaca irus. Bulletin of the World Health Organization, 40: 279-286. [3, 4, 30]
Noble, J., Jr, Long, G.W., Kirchner, E. & Sesso, J. (1970) A clinical and laboratory study of smallpox in Brazil. Accuracy of the laboratory diagnosis of smallpox with Brazilian variola minor infection. American journal of tropical medicine and hygiene, 19: 1021-1028. [1, 2, 3, 12]
Noordaa, J. van der, Dekking, F., Posthuma, J. & Beunders, B.J.W. (1967) Primary vaccination with an attenuated strain of vaccinia virus. Archiv fiir diegesamte Virusforschung, 22: 210-214. [11]
North, E.A., Broben, J.A. & Mengoni, A.H. (1944) The use of the chorioallantois of the developing chick embryo in the diagnosis of smallpox. Medical journal of Australia, 1: 437-438. [2]
Nyerges, G., Hollos, L., Losonczy, G., Erdos, L.& Petras,G. (1972) Development of vaccination immunity in hospital personnel revaccinated at three-year intervals. Acta microbiologica Academiae Scientiarum hungari cae, 19: 63-68. [7]
Nyerges, G., Erdos, L. & Melly, F. (1973) Smallpox vaccination 1immunity in relation to number of insertions. Bulletin of the World Health Organization, 48: 397-400. [11l
Oldstone, M.B.A. & Lampert, P.W. (1979) Antibody mediated complement dependent lysis of virus infected cells. Springer seminars on immunopathology, 2: 261-283. [3]
Olitsky, P.K. & Long, P.H. (1929) Relation of vaccinal immunity to the persistence of the virus in rabbits. Journal of experimental medicine, 50: 263-277. [3]
Olsen, R.G., Blakeslee, J.R., Mathes, L. & Nakano, J.H. (1977) Preparation and evaluation of a noninfectious monkey pox virus vaccine.Journal of clinical microbiology, 6: 50-54. [3]
Ono, K. & Kato, S. (1968) Lack of cell proliferation in the foci of variola virus-infected FL cells. Biken’s journal, 11: 333-341. [2]
Otten, L. (1927) Trockenlymphe. Zeitschrift fiir Hygiene und Infektionskrankheiten, 107: 677-696. [2, 7, 8]
Otten, L. (1932) Dry lymph (2nd communication). Mededee/ingen van den Dienst der Volksgezondheid in Nederlandsch-Indie, 21: 196-205. [7, 13]
Outschoorn, A.S. (1973) The biological standardization programme of the World Health Organization. Journal of biological standardization, 1: 203-213. [7]
Padgett, B.L. & Tomkins, J.K.N. (1968) Conditional lethal mutants of rabbitpox virus. III Temperature sensitive (ts) mutants; physiological properties, com plementation and recombination. Virology, 36: 161-167. [2]
Palmquist, E.E. (1947) The 1946 smallpox experience in Seattle. Canadian journal of public health, 38: 213-218. [8]
Pampana, E.J. (1948) Malaria as a problem for the World Health Organization. In: Proceedings of the Fourth International Congress of Tropical Medicine and Malaria, Washington, D.C., 1948, Washington, United States Department of State (Publication 3246), pp. 940-946. [9]
Pampana, E.J. (1963) A textbook of malaria eradication, London, Oxford University Press. [9]
Pan American Health Organization (1959) Smallpox. In: Annual report of the Director of the Pan American Sanitary Bureau 1958, Washington (Official Docu ment No. 30, pp. 34-39). [9]
Pan American Health Organization (1966) Status of smallpox eradication in the Americas. Precis Minutes of the XVI Meeting of the Directing Council of the PAHO, Washington (Official Document No. 69, Annex 5, pp. 374-380). [9]
Pan American Health Organization (1967) Status of smallpox eradication in the Americas and the estimated requirements for achieving it. XVII Pan American Sanitary Conference, Washington (C.S.P 17/20, Rev. 1., Official Document No. 77, pp. 548-568). [12]
Pan American Health Organization (1971a) Handbook of resolutions of the governing bodies of the Pan American Health Organization, Washington, pp. 27-33. [9, 12]
Pan American Health Organization (1971b) Guide for the reports on the Aedes aegypti eradication campaign in the Americas, Washington (PAHO Scientific Publication No. 228). [24]
Pan American Health Organization (1973) Report on the status of smallpox eradication in the Americas. XXII Meeting of the Directing Council, Washington (C.C. 22/19). [12]
Pan American Sanitary Organization (1949) Proposal of the Director of the Pan American Sanitary Bureau regarding a programme for cooperation of the Bureau in the eradication of smallpox in the Americas. Seventh Meeting of the Executive Committee, Washington (OSP, CE 7, W-15). [12]
Pan American Sanitary Organization (1950a) Final reports of the first, second and third meetings of the Directing Council, Washington (PASO Publication No. 247). (9]
Pan American Sanitary Organization [1950b] Report of the Director of the Pan American Sanitary Bureau … January 1947-April 1950, Washington (CSP 13/6). [9]
Pan American Sanitary Organization (1958) Smallpox. In: Report of the Director of the Pan American Sanitary Bureau … January 1954—December 1957: Annual report of the Director of the Pan American Sanitary Bureau, 1957, Washington (Official Document No. 25, pp. 15-16). [9]
Pandit, C.G., Masilamani, S.E.D., Krishnan, G.N.V. & Seal, S.C. (1959) Smallpox in Madras City-a study in retrospect. Indian journal of public health, 3: 245-260. [4] Pankhurst, R. (1965) The history and traditional treatment of smallpox in Ethiopia. Medical history, 9: 343-355. [5, 8]
Parish, H.J. (1944) Smallpox vaccination by the multiple-pressure method. British medical journal, 2: 781-784. [7]
Parker, R.F. (1938) Statistical studies of the nature of the infectious unit of vaccine virus. Journal of experimental medicine, 67: 725-738. [4]
Parker, R.F. (1939) The neutralization of vaccine virus by serum of vaccine-immune animals. Journal of immunology, 36: 147-157. [3]
Paschen, E. (1906) Was wissen wir ilber den Vakzine erreger? Munchener medivnische Wochenschrift, 53: 2391-2393. [2]
Pasteur, L. (1881) Vaccination in relation to chicken cholera and splenic fever. Transactions of the Interna tional Medical Congress, Seventh Session, London, AMgust 2- 9, 1881, Vol. 1, pp. 85-90. (Reproduced in: Vallery Radot, P.(1933) Oeuvres de Pasteur, Vol. 6, pp. 370-378, Paris, Masson.] [3, 6, 7]
Pattanayak, S., Arora, D.D., Sehgal, C.L., Raghavan, N.G.S., Topa, P.K. & Subrahmanyam, Y.K. (1970) Comparative studies of smallpox vaccination by the bifurcated needle and rotary lancet techniques. Bulletin of the World Health Organivition, 42: 305-310.[11, 15]
Paul, G. (1915) Zur Dilferentialdiagnose der Variola und der Varicellen. Die Erscheinungen an der variolierten Hornhaut des Kaninchens und ihre friihzeitige Erkennung. Zentralblatt fur Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene. I. Abt. Orig., 75: 518-524. [2]
Payne, L.G. (1978) Polypeptide composition of extra cellular enveloped vaccinia virus. Journal of virology, 27: 28-37. [2]
Payne, L.G. (1979) Identification of the vaccinia hemagglutinin polypeptide from a cell system yield ing large amounts of extracellular enveloped virus. Journal of virology, 31: 147-155. [2]
Payne, L.G. (1980) Significance of extracellular envel oped virus in the in vitro and in vivo dissemination of vaccinia. Journal of general virology, 50: 89-100. [2, 3] Payne, L.G. & Kristensson, K. (1979) Mechanism of vaccinia virus release and its specific inhibition by N1 -isonicotinoyl-N2-3-methyl-4-chlorobenzoylhy drazine. Journal of virology, 32: 614-622. [2]
Payne, L.G. & Kristensson, K. (1985) Extracellular release of enveloped vaccinia virus from mouse nasal epithelial cells in vivo. Journal of general virology, 66: 643-646. [2]
Payne, L.G. & Norrby, E. (1976) Presence of haemagg lutinin in the envelope of extracellular vaccinia virus particles. Journal of general virology, 32: 63-72. (2, 3]
Paytherus, T. (1801) A comparative statement of facts and observations relative to the cow pox, 2nd ed., London, Shury. [6]
Perkins, J.E. (1959) Global tuberculosis eradication. American review of respiratory diseases, 80 (Supplement, October): 138-139.[9]
Perrenoud, A. (1980) Contribution a l’histoire cyclique des maladies. Deux cent ans de variole a Geneve (1580-1810). In: Imhof, A.E., ed. Mensch und Gesund heit in der Geschichte, 39: 175-198. [5, 6]
Perrin, L.H., Zinkernagel, R.M. & Oldstone, M.B.A. (1977) Immune response in humans after vaccina tion with vaccinia virus: generation of a virus-specific cytotoxic activity by human peripheral lymphocytes. Journal of experimental medicine, 146: 949-969. [3]
Peters, D. (1956) Morphology of resting vaccinia virus. Nature, 178: 1453-1455. [2]
Peters, D., Nielsen, G. & Bayer, M.E., (1962) Variola. Reliability of rapid electron microscopic diagnosis. Deutsche medivnische Wochenschrift, 87: 2240-2246. [2] Peters, J.C. (1966) A monkey pox-enzooty in the “Blijdorp” Zoo. Tijdschrift voor diergeneeskunde, 91: 387-391. (29]
Pettenkofer, H.J., Stoss, B., Helmbold, W. & Vogel, F. (1962) Alleged causes of the present-day world distribution of the human ABO blood groups. Nature, 193: 445–446. (3]
Pfeiffer, L., (1896) E. Jenner in der medicinischen Presse des Jahres 1896. Blatter des allgemeinen iirtz/ichen Vereins von Thuringen, 25: 281-292. [6]
Phadke, A.M., Samant, N.R. & Dewal, S.D. (1973) Smallpox as an etiologic factor in male infertility. Fertility and sterility, 24: 802-804. [1]
Pianka, E.R. (1970) On r- and K-selection. American naturalist, 104: 592-597. (2]
Pike, R.M. (1979) Laboratory-associated infections: incidence, fatalities, causes and prevention. Annual review of microbiology, 33: 41-66. [30]
Pincus, W.B. & Flick, J.A. (1963) The role of hypersensitivity in the pathogenesis of vaccinia virus infection in humans.Journal of pediatrics, 62: 57-62. [3] Pirsch, J.B., Mika, L.A. & Purlson, E.H. (1963) Growth characteristics of variola virus in tissue culture. Journal of infectious diseases, 113: 170-178. [2]
Pogo, B.G.T. & Dales, S. (1969) Two deoxyribonuclease activities within purified vaccinia virus. Proceedings of the National Academy of Sciences of the United States of America, 63: 820-827. [2]
Polak, M.F. (1968) Smallpox control in Indonesia during the second quarter of the century and re establishment of endemic smallpox from 1947. Tropical and geographical medicine, 20: 243-250. [8, 13]
Polak, M.F. (1973) Complications of smallpox vaccina tion in the Netherlands, 1959-1970. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether lands, 11-13 October 1972; Symposia Series in Immunobio iogicai Standardivition, Basel, Karger, Vol. 19, pp. 235-242. [7]
Polak, M.F., Beunders, B.J.W., Werff, A.R. Van der, Sanders, E.W., Klaveren, J.N. Van & Brans, L.M. (1963) A comparative study of clinical reactions observed after application of several smallpox vac cines in primary vaccination of young adults. Bulletin of the World Health Organization, 29: 311-322. [11]
Porterfield, J.S. & Allison, A.C., (1960) Studies with poxviruses by an improved plaque technique. Virology, 10: 233-244. (2)
Postlethwaite, R. (1970) Molluscum contagiosum. A review. Archives of environmental health, 21: 432-452. [29)
Power, W.H. (1886) Statistics of small-pox incidence upon the registration districts of London, relatively to the operations of small-pox hospitals in the metropolis. In: Annual Report of the Medical Officer of the Local Government Board, London, H. M. Stationery Office, Appendix A, No. 7, pp. 41-96. (4)
Presthus, G.T. (1974) Smallpox eradication in Bots wana. Journal of the Medical and Dental Association of Botswana, 4: 20-24. [4, 20]
Prier, J.E., Sauer, R.M., Malsberger, R.G. & Sillaman, J.M. (1960) Studies on a pox disease of monkeys. II. Isolation of the etiologic agent. American journal of veterinary research, 21: 381-384. [29]
Prinzing, F. (1916) Epidemics resulting from wars, Oxford, Clarendon Press. [5]
Prowazek, S. (1905) Untersuchungen iiber die Vaccine. Arbeiten aus dem Reichsgesundheitsamte, 22: 535-556. [2] Quadros, CA. de, Morris, L., Azeredo Costa, E.A., Arnt, N., Tigre, C.H. (1972) Epidemiology of variola minor in Brazil based on a study of 33 outbreaks. Bulletin of the World Health Organization, 46: 165-171. (12]
Quadros, CA. de, Weithaler, K.L. & Siemon, J. (1973) Active search operations for smallpox-an Ethiopian experience. International journal of epidemiology, 2: 237-240. 121J Quinnan, G.V.,Jr, ed. (1985) Vaccinia viruses as vectors for vaccine antigens, New York, Elsevier. [2, 11, 28]
Ramaiah, T.J. (1976a) Cost-benefit analysis of the intensified campaign against smallpox in India. National Institute of Health Administration and Education bulletin, 9: 169-203. (31]
Ramaiah, T.J. (1976b) Cost-effectiveness analysis of the intensified campaign against smallpox in India. National Institute of Health Administration and Education bulletin, 9: 205-219. (31]
Ramyar, H. & Hessami, M. (1972) Isolation, cultivation and characterization of camel pox virus. Zentralblatt fiir Veteriniirmedizin, Reihe B, 19: 182-189. [2]
Rao, A.R. (1967) Quoted in: Ramsay, A.M. & Emond, R.T.D. Infectious diseases, London, Heinemann, pp. 34-35. (1]
Rao, A.R. (1972) Smallpox, Bombay, The Kothari Book Depot. (1, 3, 4, 7, 11, 15]
Rao, A.R. & Balakrishnan, A. (1963) Vaccination of the new-born against smallpox. Medicine and surgery, 3: 10-16. (7, 15]
Rao, A.R., Prahlad, I. & Swaminathan, M. (1960) A study of 1,000 cases of smallpox. Journal of the Indian Medical Association, 35: 296-307. (4]
Rao, A.R., McFadzean, J.A. & Squires, S. (1965) The laboratory and clinical assessment of an isothiazole thiosemicarbazone (M & B 7714) against pox viruses. Annals of the New York Academy of Sciences, 130: 118-127.[1]
Rao, A.R., McFadzean, J.A. & Kamalakshi, K. (1966a) An isothiazole thiosemicarbazone in the treatment of variola major in man. Lzncet, 1: 1068-1072. (1]
Rao, A.R., McKendrick, G.D.W., Velayudhan, L. & Kamalakshi, K. (1966b) Assessment of an isothiazole thiosemicarbazone in the prophylaxis of contacts of variola major. Lzncet, 1: 1072-1074. [1]
Rao, A.R., Jacob, E.S., Kamalakshi, S., Appaswamy, S. & Bradbury (1968a) Epidemiological studies in small pox. A study of intrafamilial transmission in a series of 254 infected families. Indian journal of medical research, 56: 1826-1854. I4, 11
Rao, A.R., Savithri Sukumar, M., Kamalakshi, S., Paramasivam, T.V., Parasuraman, T.A.R., & Shantha,(1968b) Experimental variola in monkeys. Part I. Studies on disease enhancing property of cortisone in smallpox: a preliminary report. Indian journal of medical research, 56: 1855-1865. [3]
Rao, A.R.,Jacobs, E.S., Kamalakshi, S., Bradbury & Appa Swamy (1969a) Chemoprophylaxis and chemothera py in variola major. Part I. An assessment of CG662 and Marboran in prophylaxis of contacts of variola major. Indian journal of medical research, 57: 477-483. [1] Rao, A.R., Jacobs, E.S., Kamalakshi, S., Bradbury & Appa Swamy (19696) Chemoprophylaxis and chemothera py in variola major. Part II. Therapeutic assessment of CG662 and Marboran in treatment of variola major in man. Indian journal of medical research, 57: 484-494. [1)
Rao, A.R., Sukumar, M.S., Kamalakshi, S., Paramasivam, T.V., Shantha, M. & Parasuraman, A.R. (1970) Precipitation in gel test in diagnosis of smallpox. Indian journal of medical research, 58: 271-282. [1, 2]
Raska, K. (1964) The epidemiological surveillance programme. Journal of hygiene, epidemiology, microbiology and immunology, 8: 137-168. [10]
Raska, K. (1966) Global eradication of smallpox. In: /X International Congress for Microbiology, 24-30 July 1966, Moscow, USSR. Symposia, pp. 613-617, Moscow, lvanovsky Institute of Virology (world sales rights: Pergamon Press, Oxford). [9]
Raska, K. (1976) Measures for smallpox eradication in the Czech countries at the beginning of the 19th century. International journal of epidemiology, S: 227-229. (6]
Raynaud, M. (1877) Etude experimentale sur le role du sang dans la transmission de l’immunite vaccinale. Comptes rendus hebdomadaires des seances de I’ Academie des Sciences, 84: 453-456. [3]
Razze!!, P. (1976) Smallpox extinction-a note of caution. New scientist, 71: 35. [30]
Razzell, P.E. (1977a) Edward Jenner’s cowpox vaccine: the history of a medical myth, Firle, Caliban. [6]
Razzell, P. (19776) The conquest of smallpox, Firle, Caliban. [1, 6]
Reed, W. & Carroll, J. (1902) The etiology of yellow fever. A supplemental note. American medicine, 3: 301-305. [9)
Reed, W., Carroll, J., Agramonte, A. & Lazear, J.W. (1900) The etiology of yellow fever. A preliminary note. Philadelphia medical journal, 6: 790-796. [9]
Regamey, R.H. & Cohen, H., ed. (1973) International Symposium on Smallpox Vaccine, Bilthoven, the Nether lands, 11-13 October 1972; Symposia Series in Immunobio logical Standardization, Basel, Karger, Vol. 19. [11]
Regoly-Merei, G. (1966) Palaopathologische und epi graphische Angaben zur Frage der Pocken in Altagypten. Sudhoffs Archiv fur Geschichte der Medizin und der Naturwissenschaften, SO: 411-417. [5]
Reiman,J.A. (1721) [Variolation trial against smallpox] (in Slovak). (Translated into Czech and published in: Duka, H. (1968) Dlji,ry ve4Y a techniky, 1: 48.) (6]
Ribeiro, A.M., Salles-Gomes, L.F. de, Schmidt, B.J., Kopelman, B.l., Pimenta de Campos, E. & Carvalho, A.A. (1965) Fetal variola. Report of two cases. Helvetica paediatrica acta, 20: 369-373. [1]
Richet, P. (1965) L’histoire et !’oeuvre de l’O.C.C.G.E. en Afrique occidentale francophone. Transactions of the R<!Jal Society of Tropical Medicine and Hygiene, 59: 234-251. (17]
Rickard, E.R. (1931) Viscerotome, instrument for removal of fragments of liver for pathological examination without autopsy. Rockefeller Foundation quarterly bulletin, 5: 310-313. (9]
Ricketts, T.F. (1893) A classification of cases of smallpox by the numerical severity of the eruption. Annual Report of the Metropolitan A{ylums Board, United Kingdom, London, McCorquodale. (1]
Ricketts, T.F. (1908) The diagnosis of smallpox, London, Cassell. [1, 3]
Ricketts, T.F. & Byles, J.B. (1904) The red light treatment of smallpox. Lancet, 2: 287-290. [5]
Rivers, T.M. (1931) Cultivation of vaccine virus for Jennerian prophylaxis in man. Journal of experimental medicine, 54: 453-461. (11]
Rivers, T.M. & Ward, S.M. (1933) Further observation on the cultivation of vaccine virus for Jennerian prophylaxis in man. Journal of experimental medicine, 58: 635-648. [7]
Rivers, T.M.& Ward, S.M. (1935) Jennerian prophylax is by means of intradermal injections of culture vaccine virus. Journal of experimental medicine, 62: 549-560. [7, 11]
Rivers, T.M., Ward, S.M. & Baird, R.D. (1939) Amount and duration of immunity induced by intradermal inoculation of cultured vaccine virus. Journal of experimental medicine, 69: 857-866. [11]
Robbins, G.E. (1970) The role of fetish practices in vaccination campaigns. In: United States National Communicable Disease Center, op. cit., No. 1, pp. 62-64. [17]
Roberto, R.R., Wulff, H.& Millar, J.D. (1969) Smallpox vaccination by intradermal jet injection. 2. Cutaneous and serological responses to primary vaccination in children. Bulletin of the World Health OrganiZJZtion, 41: 761-769. [11, 17]
Roberts,J.A. (1962a) Histopathogenesis of mousepox. I. Respiratory infection. British journal of experimental pathology, 43: 451-461. [3]
Roberts, J.A. (1962b) Histopathogenesis of mousepox. Cutaneous infection. British journal of experimental pathology, 43: 462-468. (3]
Roberts, J.A. (1964) Enhancement of the virulence of attenuated ectromelia virus in mice maintained in a cold environment. Australian journal of experimental biology and medical science, 42: 657-666. (3]
Roberts, J.F., Coffee, G., Creel, S.M., Gaal, A., Githens, J.H., Rao, A.R., Sundara Babu, B.V. & Kempe, C.H. (1965) Haemorrhagic smallpox. 1. Preliminary hae matological studies. Bulletin of the World Health OrganiZJZtion, 33: 607-613. (1]
Rodrigues, B.A. (1975) Smallpox eradication in the Americas. Bulletin of the Pan American Health OrganiZP tion, 9: 53-68. (8, 12]
Rodrigues-da-Silva, G., Rabello, S.l. & Angulo, J.J. (1963) Epidemic of variola minor in a suburb of Sao Paulo. Public health reports, 78: 165-171. [1, 4]
Rogers, L. (1926) Small-pox and climate in India. Forecasting of epidemics. Medical Research Council Special Report Series, No. 106, 3-23. (4]
Rogers, L. (1928) Small-pox and climate in England and Wales. British medical journal, 1: 300-302. [4] Rogers, L. (1944) Smallpox and vaccination in British India during the last seventy years. Proceedings of the R<!Jal Society of Medicine, 38: 135-139. (15]
Rogers, L. (1948) Further work on forecasting smallpox epidemics in India and British tropical countries based on previous climatic data. Journal of hygiene, 46: 19-33. (4]
Rohde, J.E. & Gardner, P. (1973) Refugees in India: innovative health care programs. In: Chen, L.C., ed. Disaster in Bangladesh, New York, Oxford University Press, pp. 167-189. [16]
Rolleston, J.D. (1933) The smallpox pandemic of 1870-74. Proceedings of the Royal Society of Medicine. Section of epidemiology and state medicine, 37: 15-30. [5]
Rondle, CJ.M. & Dumbell, K.R. (1962) Antigens of cowpox virus. Journal of hygiene, 60: 41-49. [2, 3]
Rondle, CJ.M. & Dumbell, K.R. (1982) A poxvirus antigen associated with pathogenicity for rabbits. Journal of hygiene, 89: 383-388. [2]
Rondle, C.J.M. & Sayeed, K.A.R. (1972) Studies on monkeypox virus. Bulletin of the World Health Organization 46: 577-583. (2]
Rosahn, P.D. & Hu, C.-K. (1935) Rabbit pox. Report of an epidemic. Journal of experimental medicine, 62: 331-347. [2]
Rose, H.C. (1871) New instrument for vaccination. Lancet, 1: 592-593. [7]
Ross, A.H (1962) Modification of chickenpox in family contacts by administration of gamma globulin. New England journal of medicine, 261: 369-376. [4]
Ross, R. (1911) The prevention of malaria, London, John Murray. [9]
Roux, J.M. (1970) Advantages and disadvantages of specialized and multi-purpose medical teams. In: United States National Communicable Disease Cen ter, op. cit., No. 2, pp. 208-212. [17]
Ruben, F.L. & Lane, J.M. (1970) Ocular vaccinia. An epidemiologic analysis of 348 cases. Archives of ophthalmology, 84: 45-48. [7]
Ruben, F.L., Smith, E.A., Foster, S.O., Casey, H.L., Pifer, J.M., Wallace, R.B., Atta, A.I., Jones, W.L., Arnold,
R.B., Teller, B.E., Shaikh, Z.Q., Lourie, B., Eddins, D.L., Doko, S.M.& Foege, W.H. (1973) Simultaneous administration of smallpox, measles, yellow fever, and diphtheria-pertussis-tetanus antigens to Nigerian children. Bulletin of the World Health Organization, 48: 175-181. [7]
Ruffer, M.A. (1921) In: Moodie, R.L., ed. Studies in the palaeopathology of Egypt, Chicago, University of Chicago Press, pp. 175-176. (5]
Ruffer, M.A. & Ferguson, A.R. (1911) Note on an eruption resembling that of variola in the skin of a mummy of the twentieth dynasty (1200-1100 BC). Journal of pathology and bacteriology, 15: 1-3. [5]
Sack, P.G. & Clark, D. (ed. and transl.) (1980) Albert Hahl. Governor in New Guinea. Canberra, Australian National University Press. (5]
Salles-Gomes, L.F. de, Angulo, J.J., Menezes, E. & Zamith, V.A. (1965) Clinical and subclinical variola minor in a ward outbreak. Journal of hygiene, 63: 49-58. (1]
Sam, C.K. & Dumbell, K.R. (1981) Expression of poxvirus DNA in coinfected cells and marker rescue of thermosensitive mutants by sub genomic fragments of DNA. Annaks de virologie, 132E: 135-150. [28)
Sambrook, J.F., Padgett, B.L. & Tomkins, J.K.N. (1966) Conditional lethal mutants of rabbitpox virus. I. Isolation of host cell-dependent and temperature dependent mutants. Virology, 28: 592-599. (2)
Sarkar, J.K. & Mitra, A.C. (1963) Influence of certain bacteria on the growth of variola and vaccinia viruses. Indian journal of medical sciences, 17: 866-870. [2]
Sarkar, J.K. & Mitra, A.C. (1967) Virulence of variola virus isolated from smallpox cases of varying severity. Indian journal of medical research, 55: 13-20. [2]
Sarkar,J.K. & Mitra, A.C. (1968) A search for the causes of severity in smallpox. Journal of the Indian Medical Association, 51: 272-274. [2]
Sarkar, J.K., Neogy, K.N. & Lahiri, D.C. (1959) Behaviour of variola and vaccinia viruses in mice. Journal of the Indian Medical Association, 32: 279-281. [3] Sarkar, J.K., Chatterjee, S.N. & Mitra, A.C. (1967)
Antibody response in haemorrhagic smallpox. Indian journal of medical research, 55: 1143-1149. [1]
Sarkar,J.K., Ray, S.& Mitra, A.C. (1968) Serum proteins and antibody studies in smallpox. Indian journal of medical research, 56: 386-390. [1]
Sarkar, J.K., Chatterjee, S.N., Mitra, A.C. & Mondal, A. (1969) Relation between the neutralizing and haemagglutination-inhibiting antibodies in smallpox. Indian journal of medical research, 57: 8-12. (1, 3]
Sarkar, J.K., Ray, S. & Manji, P. (1970) Epidemiological and virological studies on the off-season smallpox cases in Calcutta. Indian journal of medical research, 58: 829-839. [4)
Sarkar, J.K., Mitra, A.C. & Chakravarty, M.S. (1972) Relationship of clinical severity, antibody level, and previous vaccination state in smallpox. Transactions of the R<!Jal Society of Tropical Medicine and Hygiene, 66: 789-792. [1)
Sarkar, J.K., Mitra, A.C., Mukherjee, M.K., De, S.K. & Guha Mazumdar, D. (1973a) Virus excretion in smallpox. 1. Excretion in the throat, urine, and conjunctiva of patients. Bulktin of the World Health Organization, 48: 517-522. [1, 3, 4)
Sarkar, J.K., Mitra, A.C., Mukherjee, M.K. & De, S.K. (1973b) Virus excretion in smallpox. 2. Excretion in the throats of household contacts. Bulktin of the World Health Organization, 48: 523-527. [3, 4]
Sarkar, J.K., Hati, A.K. & Mitra, A.C. (1973c) Role of mosquitoes in the spread of smallpox. journal of infectious diseases, 128: 781-783. [4)
Sarkar, J.K., Mitra, A.C. & Mukherjee, M.K. (1974) Duration of virus excretion in the throat of asymptomatic household contacts of smallpox patients. Indian journal of medical research, 62: 1800-1803. (3, 4] Sarkar, J.K., Mitra, A.C., Mukherjee, M.K., Dumbell,
K.R. & Almeida, J.D. (1976) Concurrent smallpox and chickenpox. Bulktin of the World Health Organization, 54: 119-120. [1)
Sauer, R.M., Prier,J.E., Buchanan, R.S., Creamer, A.A. & Fegley, H.C. (1960) Studies on a pox disease of monkeys. I. Pathology. American journal of veterinary research, 21: 377-380. [29]
Schaller, K. & Pilaski, J. (1979) Pocken bei Breitmaul-nashiirnern (Ceratotherium s. simum) im Zoologischen Garten Munster. Der ologische Garten, 49: 169-184. [29]
Scharnberg, J.F. (1904) The passing of the red-light treatment of smallpox. Journal of the American Medical Association, 43: 1641-1642. (5)
Schatzmayr, H.G. & Mesquita, J.A. (1970) Examen de especimenes para el diagn6stico de la viruela en un laborat6rio de Brasil. Boktin de la Oficina Sanitaria Panamericana, 69: 500-504. (12)
Schell, K. (1960a) Studies on the innate resistance of mice to infection with mousepox. I. Resistance and antibody production. Australian journal of experimental biology and medical science, 38: 271-288. [3]
Schell, K. (1960b) Studies on the innate resistance of mice to infection with mousepox. II. Route of inoculation and resistance; and some observations on the inheritance of resistance. Australian journal of experimental biology and medical science, 38: 289-300. [3) Schell, K. (1964) On the isolation of ectromelia virus from the brains of mice from a “normal” mouse colony. Laboratory animal care, 14: 506-513. (3)
Schmidt, M. (1870) In: Schmidt, M., ed. Die Krankheiten der A/Jen. Zoologische Klinik, Vol. I, Part 1, p. 97, Berlin, Hirschwald. (30]
Scholtens, R.G., Kaiser, R.L. & Langmuir, A.D. (1972) An epidemiologic examination of the strategy of malaria eradication. International journal of epidemiology, 1: 15-24. (9]
Schonbauer, M., Schonbauer-Langle, A. & Kolb!, S. (1982) Pockeninfektion bei einer Hauskatze. Zen tralblatt fur Veteriniirmedi:in, Reihe B, 29: 434-440. (29] Scrimshaw, N.S., Taylor, C.E. & Gordon, J.E. (1968) Interactions of nutrition and infection, Geneva, World Health Organization (Monograph Series, No. 57). [3] Sedan, J., Ourgard, A.G. & Guillot, P. (1953) Les accidents oculaires d’origine vaccinale observes clans
le département des Bouches-du-Rh6ne au cours de l’epidemie variolique de l’hiver 1952. Anna/es d’oculis tique, 186: 34-61. [7]
Seelemann, K. (1960) Zerebrale Komplikationen nach Pockenschutzimpfungen mit besonderer Beriicksich tigung der Alterdisposition in Hamburg 1939 bis 1958. Deutsche medizinische Wochenschrift, 85: 1081-1089. [7]
Sehgal, C.L. (1974) Studies on thermostability of lyophilized smallpox vaccines’. Journal of communicable diseases, 6: 230-232. [15]
Sehgal, C.L. & Ray, S.N. (1974) Potency testing of lyophilized smallpox vaccines retrieved from the field. Journal of communicabk diseases, 6: 226-229. [15]
Sehgal, C.L. & Singha, P. (1972) Rapid heat stability (boiling) versus conventional heat stability (standard) test of freeze-dried smallpox vaccine. Indian journal of medical research, 60: 996-1001. [11]
Sehgal, C.L., Murty, D.K., Shrivastav, J.B. & Raghavan, N.G.S. (1969) Studies on laboratory testing of smallpox vaccines used in India under the National Smallpox Eradication Programme: potency and bacterial sterility studies. Indian journal of medical research, 57: 2040-2057. (11]
Sencer, J.D. & Axnick, N.W. (1973) Cost benefit analysis. In: International Symposium on Vaccination against Communicable Diseases, Monaco, 14-17 March, 1973; Symposia Series in Immunobiological Standardization, Basel, Karger, Vol. 22, pp. 37-46. [31]
Senecal, J., Aubry, L. & Falade, S. (1962) Infectious diseases in the child of pre-school age in Senegal. West African medical journal, 11: 93-105. [17]
Serfling, R.E. & Sherman, LL. (1965) Attribute sampling methods, Washington, Government Printing Office (United States Public Health Service Bulletin No. 1230). [17]
Serruys, H. (1980) Smallpox in Mongolia during the Ming and Ching dynasties. Zentralasiatische Studien, 14: 41-63. [5]
Sewall, S. (1949) Vaccinia osteomyelitis. Report of a case with isolation of the vaccinia virus. Bulletin of the Hospital for Joint Diseases, 10: 59-63. [7]
Seymour-Price, M., Cachia, C. & Fendall, N.R.E. (1960) Smallpox in Kenya. East African medical journal, 37: 670-675. (8]
Shackell, L.F. (1909) An improved method of desiccation, with some applications to biological problems. American journal of physiology, 24: 325-340. [7]
Sharma, M.I.D. (1980) Lessons learnt from the intensified campaign against smallpox in India and their possible applicability to other programmes, with particular reference to eradication of dracunculiasis. Journal of communicable diseases, 12: 59-64. [31]
Sharma, M.I.D. & Grasset, N.C. (1975) History of achievement of smallpox “target zero” in India. Journal of communicable diseases, 7: 171-182. [15]
Sharp, D.G. (1965) Quantitative use of the electron microscope in virus research. Methods and recent results of particle counting. Laboratory investigation,14: 831-863. [4]
Sharp, J.C.M. & Fletcher, W.B. (1973) Experience of antivaccinia immunoglobulin in the United King dom. Lancet, 1: 656-659. [7]
Shelukhina, E.M., Marennikova, S.S., Maltseva, N.N., Matsevitch, G.R. & Hasmi, A.A. (1973) Results of a virological study of smallpox convalescents and contacts. Journal of hygiene, epidemiology, microbiology and immunology, 17: 266-271.[1, 4]
Shelukhina, E.M., Maltseva, N.N., Shenkman, L.S. & Marennikova, S.S. (1975) Properties of two isolates (MK-7-73 and MK-10-73) from wild monkeys. British veterinary journal, 131: 746-748. ([2, 3, 30]
Shelukhina, E.M., Marennikova, S.S., Shenkman, L.S. & Froltsova, A.E. (1979a) Variola virus strains of 1960-1975: the range of intraspecies variability and relationships between properties and geographic origin. Acta virologica, 23: 360-366. [2]
Shelukhina, E.M., Shenkman, L.S., Rozina, E.E. & Marennikova, S.S. (1979b) [Possible mechanism of preservation of certain orthopoxviruses in nature]. Voprosy virusologii, 24(4): 368-372 (in Russian). [3]
[Shooter, R.A., Chairman] (1980) Report of the investiga tion into the cause of the 1978 Birmingham smallpox occurrence, London, H. M. Stationery Office. [4, 23]
Siegert, R. & Schulz, W. (1953) Ober den Beginn und die Dauer der Viramie nach Pockenschutzimpfung. Zeitschrift fur Hygiene und Infektionskrankheiten, 137: 81-91. [3]
Simmons,J.S., Whayne, T.F., Anderson, G.W. & Horack, H.M. (1944-1954) Global epidemiology. A geography of diseases and Janitation. Vol. 1 ( 1944): India, the Far EaJ/ and the Pacific area. Vol. 2 (1951): Africa and the adjacent iJlandJ. Vol. 3: (1954) The Near and Middle East, Philadelphia, Lippincott. [8]
Simpson, J.Y. (1868) Proposal to stamp out smallpox etc. Medical timu and gazette, 5-6: 32-33. [6]
Sissons, J.G.P. & Old stone, M.B.A. (1980) Antibody mediated destruction of virus-infected cells. Advanm in immunology, 29: 209-260. [3]
Slonim, D. & Roslerova, V. (1969) The preservation of vaccinia virus with glycerin. Journal of hygiene, epidemi ology, microbiology and immunology, 13: 43-44. [11]
Slonim, D., Maly, V. & Roslerova, V. (1967) Relation of the PFU value to the volume of inoculum in the titration of vaccinia virus on the chorioallantoic membrane of the chick embryo. Journal of hygiene, epidemiology, microbiology and immunology, 11: 32-39. [11]
Slonim, D., Stastny, F., Hulenov:i, M. & Brazdova, R. (1969) Certain factors influencing the quality and quantity of infective pulp obtained from calf skin inoculated with vaccinia virus. Journal of hygiene, epidemiology, microbiology and immunology, 13: 402-404. [11]
Smadel,J.E. & Hoagland C.L. (1942) Elementary bodies of vaccinia. Bacteriological reviews, 6: 79-110. [2]
Smadel, J.E., Rivers, T.M. & Hoagland, C.L. (1942) Nucleoprotein antigen of vaccine virus. I. A new antigen from elementary bodies of vaccinia. Archive! of pathology, 34: 275-285. [2]
Smillie, W.G. (1922) The results of hookworm disease prophylaxis in Brazil. American journal of hygiene, 2: 77-95. [9]
Smith, E.A. & Foster, S.O. (1970a) The effect of the smallpox eradication measles control programme on measles admissions to the Lagos Infectious Diseases Hospital, Yaba, Nigeria. WeJt African medical journal and Nigerian practictioner, 19: 51-56. (17]
Smith, E.A. & Foster, S.O. (1970b) Epidemiology of measles and measles control in Nigeria. Bulletin of the International Epidemiological AJJOciation, 20: 17-28. [17]
Smith, E.A., Foster, S.O., Adetosoye, ).I.A., Mebitaghan, I.S., Adeoye, P.O. & Pifer, J.M. (1970) The value, efficiency and limitations of collecting points in mass vaccination programmes. In: United States National Communicable Disease Center, op. cit., No. 2, pp. 199-204. (17]
Smith, E.C., Pratt, B.C. & Baxby, D. (1973) In vitro dissociation and reconstitution of poxvirus haemagg lutinin. Journal of general virology, 18: 111-118. [2]
Smith, G.E. (1912) The royal mummies. Catalogue general des Antiquites egyptiennes du Musee de Caire, Nos. 61051-61100, Cairo, Imprimerie de l’Institut frarn;ais d’ Archeologie orientale. [5]
Smith, G.L., Mackett, M. & Moss, B. (1983) Infectious vaccinia virus recombinants that express hepatitis B virus surface antigen. Nature, 302: 490-495. [2]
Smith, M.M. (1974) The “Real Expedici6n Maritima de la Vacuna” in New Spain and Guatemala. Transactions of the American Philo1ophical Society, new series, 64, part [5, 6]
Smith, T. (1934) Parasitism and disease, Princeton, Princeton University Press. [9]
Sobernheim (1929) Variola und Alastrim. Zentralblatt fur Bakteriologie, Para1itenkunde, Infektion1krankheiten und Hygiene. I. Abt. Orig., 110: 97-115. [8]
Soekawa, M. (1984) Contributions of Shibasaburo Kitasato to the improvement of smallpox vaccine in Japan. Journal of the Japanm Society of Medical History, 29: 348-352. [8]
Soloski, M.J. & Holowczak, J.A.(1981) Characterization of supercoiled nucleoprotein complexes released from detergent-treated vaccinia virions. Journal of virology, 37: 770-783. [2]
Sommer, A. (1974) The 1972 smallpox outbreak in Khulna Municipality, Bangladesh. II. Effectiveness of surveillance and containment in urban epidemic control. American journal of epidemiology, 99: 303-313. [16]
Sommer, A. & Foster, S.O. (1974) The 1972 smallpox outbreak in Khulna municipality, Bangladesh. I. Methodology and epidemiologic findings. American journal of epidemiology, 99: 291-302. [4, 16]
Sommer, A., Arnt, N., & Foster, S.O. (1973) Post-civil war in Bangladesh: the smallpox epidemic. In: Chen, L.C., ed. Disaster in Bangladesh, New York, Oxford University Press, pp. 225-240. [16]
Soper, F.L. (1935) Fiebre amarilla rural, fiebre amarilla de la selva, como problema nuevo de sanidad en Colombia. Revis/a de higiene, 4: 49-84. [30]
Soper, F.L. (1936) Jungle yellow fever; new epidemi ological entity in South America. Revis/a de higiene e saude ptiblica, 10: 107-144. [9, 24, 30]
Soper, F.L. (1951) International health. 3. Some aspects of the WHO’s programs in the Americas. American journal of public health, 41: 1464-1468. [12]
Soper, F.L. (1960) The epidemiology of a disappearing disease: malaria. American journal of tropical medicine and hygiene, 9: 357-366. [9]
Soper, F.L. (1962) Problems to be solved if the eradication of tuberculosis is to be realized. American journal of public health, 52: 734-745. [9]
Soper, F.L. (1965) Rehabilitation of the eradication concept in prevention of communicable diseases. Public health reports, 80: 855-869. [9]
Soper, F.L. (1966) Smallpox-world changes and implications for eradication. American journal of public health, 56: 1652-1656. [7]
Soper, F.L.& Wilson, D.B. (1943) Anopheles gambiae in Bravl 1930 to 1940, New York, Rockefeller Founda tion. [9, 24]
Soper, F.L., Penna, H.A., Cardoso, E., Serafim, J., Jr, Frobisher, M., Jr & Pinheiro, J. (1933) Yellow fever without Aedes aegypti. Study of a rural epidemic in the Valle do Chanaan, Espirito Santo, Brazil, 1932. American journal of hygiene, 18: 555-587. [9]
Soper, F.L., Rickard, E.R. & Crawford, P.J. (1934) The routine post-mortem removal of liver tissue from rapidly fatal fever cases for the discovery of silent yellow fever foci. American journal of hygiene, 19: 549-566. [9]
Soper, F.L., Knipe, F.W., Casini, G., Riehl, L.A. & Rubino, A. (1947) Reduction of anopheles density effected by the pre-season spraying of building interiors with DDT in kerosene, at Castel Volturno, Italy, in 1944–1945 and in the Tiber Delta in 1945. American journal of tropical medicine, 27: 177-200. [9] Southwood, T.R.E., May, R.M., Hassell, M.P. & Conway, G.R. (1974) Ecological strategies and population parameters. American naturalist, 108: 791-804. [2]
Sow, 0. (1970) Role of migrant groups in the transmission of smallpox in Mali. In: United States National Communicable Disease Center, op. cit., No. 1, pp. 55-56. [17]
Sparkes, J.D. & Fenje, P. (1972) The effect of residual moisture in lyophilized smallpox vaccine on its stability at different temperatures. Bulletin of the World Health Organization, 46: 729-734. [11]
Spence, J.D. (1974) Emperor of China. Self-portrait of K’ang-hsi, New York, Knopf. [5]
Spillane, J.D. & Wells, C.E. (1964) The neurology of Jennerian vaccination. A clinical account of the neurological complications which occurred during the smallpox epidemic in South Wales in 1962. Brain, 87: 1-44. [7]
Spring, B.F. (1975) Special programme of smallpox searches conducted among the floating population of Calcutta, April to July, 1975. Journal of communicable diseases, 7: 214–217. [15]
Srivastava, G.P. & Agarwala, R.S. (1975) Intensive campaign against smallpox in Uttar Pradesh.Journal of communicable diseases, 7: 188-194. [15]
Stalleybrass, C.O. (1931) The principles of epidemiology and the process of infection, London, Routledge. [4]
Stearn, E.W. & Stearn, A.E. (1945) The effect of smallpox on the destiny of the Amerindian, Boston, Humphries. [3, 4, 5]
Steffensen, J. (1977) Smallpox in Iceland. Nordisk medicinhistorisk arsbok 1976: 41-56. [5]
Stern, W. & Dales, S. (1976) Biogenesis of vaccinia: isolation and characterization of a surface component that elicits antibody suppressing infectivity and cell cell fusion. Virology, 75: 232-241. [2]
Stetten, D., Jr (1980) Eradication. Science, 210: 1203. [9]
Stick!, H., Hochstein-Mintzel, V., Mayr, A., Huber, H.Ch., Schafer, H. & Holzner, A. (1974) MVA Stufenimpfung gegen Pocken. Deutsche medivnische Wochenschrift, 99: 2386-2392. [11]
Stojkovic, L., Birtasevic, B., Borjanovic, S., Litvinjenko, Perisic, Z. & Suvakovic, V., ed. (1974) Vario/au Jugoslaviji 1972 godine, Ljubljana, CCP Delo. (1, 4, 23] Stone, J.D. (1946) Inactivation of vaccinia and ectrome lia haemagglutinins by lecithinase. Australian journal of experimental biology and medical science, 24: 191-196. [2]
Stowman, K. (1945) Smallpox at bay and at large. UNRRA epidemiological bulletin, 1: 371-376. [8] Strode, G.K., ed. (1951) Yellow fever, New York, McGraw-Hill. [9]
Strom,). & Zetterberg, B., ed. (1966) Smallpox outbreak and vaccination problems in Stockholm, Sweden, 1963. Acta medica scandinavica, supplementum, 464: 1-171. [7, 8, 23]
Stuart, G. (1947) Memorandum on post-vaccinal encephalitis. Bulletin of the World Health Organization, 1: 36-53 [7]
Stuart-Harris, C., Westerr;i, K.A. & Chamberlayne, E.C. (1982) Can infectious diseases be eradicated? Reviews of infectious diseases, 4: 913-984. [31]
Sturt, R.J., Muller, H.K. & Francis, G.D. (1971) Molluscum contagiosum in villages of the West Sepik district of New Guinea. Medical journal of Australia, 2: 751-754. [29]
Suda, K. & Soekawa, M. (1983) Smallpox mortality in a mountainous district in Japan where neither variola tion or vaccination had been performed.Journal of the Japanese Society of Medical History, 29: 83-94. [5]
Sukumaran, P.K., Master, H.R., Undevia, J.F., Balakrish nan, V.& Sanghvi, L.D. (1966) ABO blood groups in active cases of smallpox. Indian journal of medical sciences, 20: 119-122. [3]
Suzart de Carvalho Filho, E., Morris, L., Lavigne de Lemos, A., Ponce de Leon, J., Escobar, A. & Silva, O.J. da (1970) Smallpox eradication in Brazil, 1967-69. Bulletin of the World Health Organization, 43: 797-808 [1, 4, 12]
Suzuki, S., Fuwa, A., Fuju, R. & Kurinmoto, U. (1955) Individualities of domestic fowls in the hemagglutin ation of vaccinia virus. Zentralblatt fur Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene. I. Abt. Orig., 162: 405-407. [2]
Swanepoel, R. & Cruickshank, J.G. (1972) Smallpox in Rhodesia and the use of the electron microscope in the diagnosis of this and other diseases. Central African journal of medicine, 18: 68-73. [20]
Swinhoe, P.H. (1970) An outbreak of smallpox in the Trucial Oman States. Journal of the Rl!Jal Army Medical Corps, 116: 24-33. [23]
Symmers, W. St. C. (1978) The lymphoreticular system. In: Symmers, W. St. C., ed. Systemic pathology, 2nd ed., Edinburgh, Churchill Livingstone, Vol. 2, pp. 644-645. [3]
Tagaya, I., Kitamura, T. & Sano, Y. (1961) A new mutant of dermovaccinia virus. Nature, 192: 381-382. [11]
Tagaya, I., Amano, H., Kitamura, T., Komatsu, T., Heda, Y., Tanaka, Y., Uchida, N. & Kodama, H. (1973) Properties of an attenuated mutant of vaccinia virus, strain Dis. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether/ands, 11-13 October 1972; Symposia Series in Immunobiological Standardization, Basel, Karger, Vol. 19, pp. 299-307. [11]
Takahashi, M., Kameyama, S., Kato, S. & Kamahora, H. (1959) The immunological relationship of the poxvirus group. Biken’sjournal, 2: 27-29. [2]
Tandy, E.C. (1923) Local quarantine and inoculation for smallpox in the American colonies (1620-1775). American journal of public health, 13: 203-207. [6]
Tanganyika Territory (1920) Annual Reports of the Principal Medical Officer and the Senior Sanitary Officer. Period, November 1918 to November 1920, 67-68. [7]
Tao, C.S. (1935) A study of smallpox prevalence and inoculation data in some districts of Kiangsu Province. In : Transactions of the Ninth Congress of the Far Eastern Association of Tropical Medicine, Nanking, October 2-8, 1934, Nanking, National Health Administration, Vol. 2, pp. 499-501. [6]
Tarantola, D.J.M., Huq, F., Nakano, J.H. & Foster, S.O. (1981). lmmunofluorescence staining for detection of variola virus. Journal of clinical microbiology, 13: 723-725. [2, 16]
Teclemariam, A. (1965) A localized outbreak of classical smallpox in Kembata Awraja. Ethiopian medical journal, 3: 134-136. [8, 22]
Tekeste, Y., Hailu, A., Amaral, C. do, Arbani, P.R., Ismail, 0., Khodakevich, L.N. & Ward, N.A. (Wick ett,).& Meiklejohn, G., ed.) [1984] Smallpox eradication in Ethiopia, Brazzaville, WHO Regional Office for Africa. [10, 21, 27, 28]
Terweil, B.J. (1987) Asiatic cholera in Siam: its first occurrence and the 1820 epidemic. In: Owen, N.G., ed. Disease and death in southeast Asia, Singapore, Oxford University Press for the Asian Studies Association of Australia, pp. 142-161. [5]
Thomas, D.B., McCormack, W.M., Arita, I., Khan, M.M., Islam, M.S. & Mack, T.M. (1971a) Endemic smallpox in rural East Pakistan. I. Methodology, clinical and epidemiologic characteristics of cases, and intervillage transmission. American journal of epidemiology, 93: 361-372. [4, 16, 17]
Thomas, D.B., Arita, I., McCormack, W.M., Khan, M.M., Islam, M.S. & Mack, T.M. (1971 b) Endemic smallpox in rural East Pakistan. II. Intravillage transmission and infectiousness. American journal of epidemiology, 93: 373-383. [4, 16, 17]
Thomas, D.B., Mack, T.M., Ali, A. & Khan, M.M. (1972) Epidemiology of smallpox in West Pakistan. III. Outbreak detection and interlocality transmission. American journal of epidemiology, 95: 178-189. [4, 14, 15, 17]
Thomas, E.K., Palmer, E.L., Obijeski, J.F. & Nakano, J.H. (1975) Further characterization of raccoonpox virus. Archives of virology, 49: 217-227. [2]
Thomas, G. (1970a) Sampling rabbit pox aerosols of natural origin. Journal of hygiene, 68: 511-517. [4]
Thomas, G. (1970b) An adhesive surface sampling technique for airborne viruses. Journal of hygiene, 68: 273-282. [4]
Thomas, G. (1974) Air sampling of smallpox virus. Journal of hygiene, 73: 1-8. [4]
Thursfield, H. (1940) Smallpox in the American war of independence. Annals of medical history, third series, 2: 312-318. [5]
Tigre, C.H.F., Martinez, A.V. & Fischmann, A. (1973) Hemorrhagic smallpox caused by alastrim virus: report on a case in Rio Grande do Sul, Brazil. Bulletin of the Pan American Health Organization, 7: 26-28. [1]
Tint, H. (1973) The rationale for elective pre vaccination with attenuated vaccinia (CVl-78) in preventing some vaccination complications. In: Inter national Symposium on Smallpox Vaccine, Bilthoven, the Netherlands, 11-13 October 1972; Symposia Series in Immunobiological Standardization, Basel, Karger, Vol. 19, 281-292. (11]
Tondury, G. & Foukas, M. (1964) Die Gefahrdung des menschlichen Keimlings <lurch Pockenimpfung in Graviditate. Pathologia et microbiologia, 27: 602-623. [7] Tongeren, H.A.E. van (1952) Spontaneous mutation of cowpox-virus by means of eggpassage. Archiv fur die gesamte Virusforschung, 5: 35-52. [2]
Top, F.H. (1968) Communicable and infectious diseases, 6th ed., St Louis, Mosley, pp. 465-473. [17]
Topciu, VI., Ro§iu, N., Csaky, N. & Argan, P. (1972) Isolements accidentels de virus ectromeliques latents chez des souris blanches de Iaboratoire, a (‘occasion
d’etudes sur Jes arbovirus. Archives roumaines de pathologie experimentale et de microbiologie, 31: 75-80. (3] Topciu, VI., Luca, I., Moldovan, E., Stoianovici, V., Plavo§in, L., Milin, D. & Welter, E. (1976) Transmission of vaccinia virus from vaccinated milkers to cattle. Revue roumaine de medecine. Virologie, 27: 279-282. [2, 29]
Torres, C.M. (1936) Further studies on the pathology of alastrim and their significance in the variolaalastrim problem. Proceedings of the Royal Sociery of Medicine, 29: 1525-1540. [3]
Torres, C.M. & Teixeira,). de C. (1935) Culture du virus de l’alastrim sur Jes membranes de l’embryon de poulet. Comptes rendus des seances de la Societe de Biologie, 118: 1023-1024. [2]
Tripathy, D.N., Hanson, L.E. & Crandell, R.A. (1981) Poxviruses of veterinary importance: diagnosis of infections. In: Kurstak, E. & Kurstak, C., ed. Comparative diagnosis of viral diseases. Vertebrate animals and related viruses. Part A, DNA viruses, New York, Academic Press, Vol. III, pp. 267-346. [29]
Tsuchiya, Y. & Tagaya, I. (1970) Plaque assay of variola virus in a cynomolgus monkey kidney cell line. Archiv fur die gesamte Virusforschung, 32: 73-81. [2]
Tsutsui, K. (1983) Release of vaccinia virus from FL cells infected with the IHD-W strain. Journal of electron microscopy, 32: 125-140. [2]
Tucker, CJ., Townshend, J.R.G. & Goff, T.E. (1985) African land-cover classification using satellite data. Science, 227: 369-375. [17]
Tulloch, J.L. (1980) The last 50 years of smallpox in Africa. WHO chronicle, 34: 407-412. [4, 8]
Turnbull, H.M. & McIntosh, J. (1926) Encephalomyelitis following vaccination. British journal of experimental pathology, 7: 181-222. [3]
Turner, A. & Baxby, D. (1979) Structural polypeptides of Orthopoxvirus: their distribution in various members and location within the virion. Journal of general virology, 45: 537-545. [2]
Turner, G.S. & Kaplan, C. (1968) Photoinactivation of vaccinia virus with rose bengal. Journal of general virology, 3: 433-443. [2]
Turner, G.S.& Squires, E.J. (1971) Inactivated smallpox vaccine: immunogenicity of inactivated intracellular and extracellular vaccinia virus. Journal of general virology, 13: 19-25. [3]
Turner, G.S., Squires, E.J. & Murray, H.G.S. (1970) Inactivated smallpox vaccine. A comparison of inactivation methods. Journal of hygiene, 68: 197-210. [2, 3, 11]
Uchida, M. (1955) [ Atlas of the acute infectious diseases. Vol. Smallpox, Tokyo, Kanehara Shuppan (in Japanese). [1]
Ueda, S., Toyoshima, K. & Kurose, T. (1969) Observation of booster infections of measles in mothers of children with measles. Biken’s journal, 12: 127-128. [1]
Ueda, Y., Tagaya, I., Amano, H.& Ito, M. (1972) Studies on the early antigens induced by vaccinia virus. Virology, 49: 794-800. [2, 3]
United Nations (1961) Estimates of midyear population 1920-1960. In: Demographic yearbook 1960, New York. [8]
United Nations (1970) Chemical and bacteriological (biological) weapons and the effects of their possible use, New York, Ballantine (United Nations Report No. E.69.1.24). [30]
United Nations (1984) Convention on the prohibition of the development, production and stockpiling of bacteriological (biological) and toxin weapons and on their destruction 2026, New York (Status of Multilateral Arms Regulation and Disarmament Agreements). [30]
United Nations (1985) Population prospects: estimates and projections as assessed in 1982, New York (Population Studies No. 86). [9]
United Nations Relief and Rehabilitation Administration, Health Division (1945) International Sanitary Convention, 1926, as amended lry International Sanitary Convention, 1944, Washington. [7]
United States Agency for International Development (1983) AID malaria strategy workshop, Washington. [9]
United States Communicable Disease Center (1966) Manual of operations for the West and Central African smallpox eradication/measles control program, Atlanta. [17]
United States National Communicable Disease Center (1970) The SEP report. Seminar on smallpox eradication and measles control in western and central Africa. Proceedings of a meeting held in Lzgos, Nigeria, M 13-20, 1969, Atlanta, Vol. 4, Nos. 1 and 2. [17]
Urner, J.A. (1927) Vaccination of pregnant women and newborn infants. American journal of obstetrics and gyneco/Qgy, 13: 70-76. [10]
Usher, G.S. (1960) The feasibility of smallpox eradication. Public health reports, 7S: 37-43. [16]
Valle, L.A.R. do, Melo, P.R. de, Salles Gomes, L.F. de & Proen a, L.M. (1965) Methisazone in prevention of variola minor among contacts. Lzncet, 2: 976-978. [1]
van den Berg, C.A. (1946) L’encephalite post-vaccinale aux Pays-Bas. Bulletin de /’Office international d’Hygiene publique, 38: 847-848. [7]
van Rooyen, C.E. & Rhodes, A.J. (1948) Virus diseases of man, New York, Nelson. [2, 7]
Vasil’ev, K.G. & Vasil’ev, K.K. (1982) [History of the elimination of smallpox from USSR]. Voprosy viruso Jogii, 27: 113-116 (in Russian). [8, 9]
Vaughan, V.C. (1923) Smallpox before and after Edward Jenner. Hygeia, 1: 205-211. [8]
Verlinde,J.D. (1951) Koepokken bij de mens. Tidjschrift vor diergeneeskunde, 76: 334-342. [3, 29]
Verlinde, J.D.& Tongeren, H.A.E. van (1952) Isolation of smallpox virus from the nasopharynx of patients with variola sine eruptione. Antonie van Leeuwenhoek. Journal of microbiology and serology, 18: 109-112. [1]
Vichniakov, V.E. (1968) A study of immunity to smallpox in persons who have experienced a previous attack. Bulletin of the World Health Organization, 39: 433-437. [1]
Vittachi, V.T. (1985) CSDR: the dialectics of survival and development. Assignment children, 69/72: 19-31. [31]
Voegeli, C.F. (1973) Production and use of smallpox egg vaccine. In: International Symposium on Smallpox Vaccine, Bilthoven, the Nether/ands, 11-13 October 1972; Symposia Series on Immunobiological Standardization, Basel, Karger, Vol. 19, pp. 69-76. [11]
Vogel, F. & Chakravartti, M.R. (1966) ABO blood groups and smallpox in a rural population of West Bengal and Bihar (India). Humangenetik, 3: 166-180. [3]
Vries, E. de (1960) Postvacciniai perivenous encephalitis,Amsterdam, Elsevier. (3, 7]
Vries, R.R.P. de, Kreeftenberg, H.G., Loggen, H.G. & Rood, J.J. van (1977) In vitro responsiveness to vaccinia virus and HLA. New England journal of medicine, 297: 692-696. [3]
Waddington, E., Bray, P.T., Evans, A.D. & Richards, I.D.G. (1964) Cutaneous complications of mass vaccination in South Wales 1962. Transactions of the St. John’s Hospital Dermatological Society, 50: 22-42. [7]
Waddy, B.B. (1956) Organization and work of the Gold Coast medical field units. Transactions of the R!!Jal Society of Tropical Medicine and Hygiene, SO: 313-336. [17]
Wade, N. (1980) Another smallpox scare. Science, 208:579: [10]
Wallace, G.D., Buller, R.M.L. & Morse, H.C., III (1985) Genetic determinants of resistance to ectromelia (mousepox) virus-induced mortality. Journal of virology, 55: 890-891. [3]
Warren, A.J. (1951) Landmarks in the conquest of yellow fever. In: Strode, G.K., ed. Yellow fiver, New York, McGraw-Hill, pp. 5-37. [30]
Weber, G. & Lange, J. (1961) Zur Variationsbreite der “Inkubationszeiten” postvakzinaler zerebraler Erk rankungen. Deutsche medizinische Wochenschrift, 86: 1461-1468. [7]
Webster, I.M. (1959) The response of leprosy patients to smallpox vaccine. West African medical journal, 8: 322-324. [7]
Wedum, A.G., Barkley, A.E. & Hellman, A. (1972) Handling of infectious agents. Journal of the American Veterinary Medical Association, 161: 1557-1567. [30]
Weekly epidemiological record, 1962, 37: 417. (23]
Weekly epidemiological record, 1968a, 43: 388-389. [12]
Weekly epidemiological record, 1968b, 43: 468-472. [12]
Weekly epidemiological record, 1968c, 43: 599-604. (12]
Weekly epidemiological record, 1969a, 44: 265-270. [13]
Weekly epidemiological record, 1969b, 44: 497-502. [18]
Weekly epidemiological record, 1969c, 44: 527-529. [13]
Weekly epidemiological record, 1969d, 44: 613-619. [12]
Weekly epidemiological record, 1970a, 45: 177-185. [13]
Weekly epidemiological record, 19706, 45:
279-282 [16, 17]
Weekly epidemiological record, 1970c, 45:
485-489. [12]
Weekly epidemiological record, 1970d, 45:
520-523. [13]
Weekly epidemiological record, 1971a, 46:
486-490. [12]
Weekly epidemiological record, 19716, 46:
521-526. [15]
Weekly epidemiological record, 1973a, 48:
161. [23]
Weekly epidemiological record, 19736, 48:
264-266. [15]
Weekly epidemiological record, 1974, 49:
45. [23]
Weekly epidemiological record, 1 986a, 61:
198-202. [31]
Weekly epidemiological record, 19866, 61:
289-293. [28] Wehrle, P.F., Posch, J., Richter, K.H.& Henderson, D.A.
(1970) An airborne outbreak of smallpox in a German hospital and its significance with respect to other recent outbreaks in Europe. Bulletin of the World Health Organization, 43: 669-679. [4, 11]
Weinstein, I. (1947) An outbreak of smallpox in New York City. American journal of public health, 37: 1376-1384. [8, 9]
Werner, G.T., Jentzsch, U., Metzger, E. & Simon, J. (1980) Studies on poxvirus infection in irradiated animals. Archives of virology, 64: 247-256. [11]
Westergaard, H. (1932) Contribution to the history of statistics, London, King. [6]
Westwood, J.C.N., Boulter, E.A., Bowen, E.T.W. & Maher, H.B. (1966) Experimental respiratory infection with pox viruses. 1: clinical, virological and epidemiological studies. British journal of experimental pathology, 47: 453-465. [3, 4]
Wheeler, D.L. (1964) A note on smallpox in Angola, 1670-1875. StNdia, 13/14: 351-362. [5]
Wheelock, E.F. (1964) Interferon in dermal crusts of human vaccinia virus vaccinations. Possible explanation of relative benignity of variolation smallpox. Proceedings of the Society for Experimental Biology and Medicine, 117: 650-653. [3]
White, D.O. & Fenner, F. (1986) Medical virology, 3rd ed., Orlando, Academic Press. [2]
White, E. (1978) Chickenpox in Kerala. Indian journal of public health, 22, 141-151. [1, 15, 25]
WHO Expert Committee on Biological Standardization (1967) Nineteenth report. WHO technical report series, No. 361. [7]
WHO Expert Committee on Malaria (1957) Sixth report. WHO technical report series, No. 123. [9]
WHO Expert Committee on Malaria (1961) Eighth report. WHO technical report series, No. 205. [24]
WHO Expert Committee on Malaria (1967) Thirteenth report. WHO technical report series, No. 357. [9]
WHO Expert Committee on Smallpox (1964) First report. WHO technical report series, No. 283. [7, 9, 10, 11, 15, 24, 31]
WHO Expert Committee on Smallpox Eradication (1972) Second report. WHO technical report series, No. 493. [1, 11, 24, 30]
WHO Expert Committee on Tuberculosis (1964) Eighth report. WHO technical report series, No. 290… [18]
WHO Expert Committee on Venereal Infections and Treponematoses (1960) Fifth report. WHO technical report series, No. 190. [9]
WHO Expert Group on Requirements for Biological Substances (1966) Manufacturing establishments and control laboratories-Poliomyelitis vaccine (in activated)-Poliomyelitis vaccine (oral)-Smallpox vaccine. Report. WHO technical report series, No. 323. [7, 11]
WHO Scientific Group on Smallpox Eradication (1968) Report. WHO technical report series, No. 393. [1, 2, 11, 24, 30]
WHO Study Group on Requirements for Smallpox Vaccine (1959) Requirements for biological sub stances. 5. Requirements for smallpox vaccine. Report. WHO technical report series, No. 180. [7, 11]
Wilson, G.S. (1967) The hazards of immunization, London, Athlone. [3, 7]
Winter, P.A., Mason, J.H., Kuhr, E., Schaafsma, A.W., Robinson, M., Saayman, L.R. & Spence, R.G. (1963) Combined immunization against poliomyelitis, diphtheria, whooping cough, tetanus and smallpox. SoNth African medical journal, 37: 513-515. [7]
Wise, T.A. (1867) Review of the history of medicine, London, Churchill, Vol. II, p. 108. [5]
Wittek, R. & Moss, B. (1980) Tandem repeats within the inverted terminal repetition of vaccinia virus DNA. Cell, 21: 277-284. [2]
Wittek, R., Menna, A., Schiimperli, D., Stoffel, S., Muller, H.K. & Wyler, R. (1977) HindIII and Sstl restriction sites mapped on rabbit poxvirus and vaccinia virus DNA. journal of virology, 23: 669-678. [2]
Wittek, R., Muller, H.K., Menna, A. & Wyler, R. (1978) Length heterogeneity in the DNA of vaccinia virus is eliminated on cloning the virus. FEBS letters, 90: 41-46. [2]
Wittek, R., Barbosa, B., Cooper, J.A., Garon, C.F., Chan, 25. & Moss, B. (1980) The inverted terminal repetition in vaccinia virus DNA encodes early mRNAs. Nature, 285: 21-25. [2]
Wkly epidem. rec. See Weekly epidemiological record.
Wokatsch, R. (1972) Vaccinia virus. In: Majer, M. & Plotkin, S.A., ed. Strains of human viruses, Basel, Karger, 257. 241-257. [2, 11]
Wolff, H.L. & Croon, J.J.A.B. (1968) The survival of smallpox virus (variola minor) in natural circumstances. Bulletin of the World Health Organization, 38: 492-493. [2, 10, 30]
Woodroofe, G.M. (1960) The heat inactivation of vaccinia virus. Virology, 10: 379-382. [2]
Woodroofe, G.M. & Fenner, F. (1960) Genetic studies with mammalian poxviruses. IV. Hybridization between several different poxviruses. Virology, 12: 272-282. [2]
Woodroofe, G.M. & Fenner, F. (1962) Serological relationships within the poxvirus group: an antigen common to all members of the group. Virology, 16: 334-341. [2]
Woodville, W. (1796) The history of the inoculation of the smallpox in Great Britain, London, Phillips. [6]
Woodville, W. (1799) Reports of a series of inoculations for the variolae vaccinae or cowpox, London, Phillips. [6] Woodville, W. (1800) Observations on the cowpox, London, Phillips. [6]
Woodward, S.B. & Feemster, R.F.(1933) The relation of smallpox morbidity to vaccination laws. New England journal of medicine, 208: 317-318. [8]
World Health Organization (1951a) Special committee on draft international sanitary regulations. Official records of the World Health Organization, No. 35, pp. 367-370. [7]
World Health Organization (1951b) International Sanitary Regulations (WHO Regulations No. 2). WHO technical report series, No 41. [7]
World Health Organization (1953) Proposals for world-wide campaigns: smallpox. Official records of the World Health Organization, No. 48, pp. 211-215, 220-221. [9]
World Health Organization (1956) Third Report of the Committee on International Quarantine. Official records of the World Health Organization, No. 72, pp. 48-49. [7]
World Health Organization (1957) Review of work during 1956: annual report of the Director-General. Official records of the World Health Organization, No. 79, 256. 182-256. [9]
World Health Organization (1958a) Eradication of smallpox. Official records of the World Health Organization, No. 87, Annex 19, pp. 508-512. [9]
World Health Organization (1958b) Gifts of smallpox vaccines. Minutes of the twenty-second session of the Executive Board, pp. 27-30. [9]
World Health Organization (1959a) Smallpox eradication. Minutes of the twenty-third session of the Executive Board, pp. 472-487 [9]
World Health Organization (1959b) Smallpox eradication. Report by the Director-General. Official records of the World Health Organization, No. 95, Annex 18, pp. 572-588. [9, 10]
World Health Organization (1961) Smallpox eradication programme. Official records of the World Health Organization, No. 111, pp. 280-287. [9]
World Health Organization (1962) Smallpox eradication programme. Official records of the World Health Organization, No. 119, pp. 299-308. [9]
World Health Organization (1963a) Financial report, 1 January-31 December 1962. Official records of the World Health Organization, No. 126. [9]
World Health Organization (1963b) Smallpox eradication programme. Report by the Director-General. Official Records of the World Health Organization, No. 127, Annex 16, pp. 195-210. [9]
World Health Organization (1963c) Smallpox eradication programme. Official records of the World Health Organization, No. 128, pp. 304-314. [9]
World Health Organization (1964a) Financial report, 1 January-31 December, 1963. Official records of the World Health Organization, No. 134. [9]
World Health Organization (1964b) Smallpox eradica tion programme. Official records of the World Health Organization No. 136, pp. 346-359, 373-374. [9]
World Health Organization (1965a) Financial report, 1 January-31 December, 1964. Official records of the World Health Organization, No. 142. (9]
World Health Organization (1965b) Smallpox eradication programme. Report by the Director-General. Official records of the World Health Organization, No.143, Annex 19, pp. 161-175. (9, 14, 17]
World Health Organization (1965c) Report on the smallpox eradication programme. Official records of the World Health Organization, No. 144, pp. 309-320. [9]
World Health Organization (1965d) Proposed regular programme and budget estimates for the financial year 1 January-31 December 1967. Official records of the World Health Organization, No. 146, p. 12. (9]
World Health Organization (1966a) Special account for smallpox eradication. Official records of the World Health Organization, No. 149, pp. 75-79. (9]
World Health Organization (1966b) Smallpox eradication programme. Report by the Director-General. Official records of the World Health Organization, No. 151, Annex 15, pp. 106-121. (9, 10, 31]
World Health Organization (1966c) Smallpox eradication programme. Official records of the World Health Organization, No. 152, pp. 258-264, 288-296. [10, 15]
World Health Organization (1968a) The work of WHO, 1967. Annual report of the Director-General. Official records of the World Health Organization No. 164,54. [10]
World Health Organization (1968b) Financial report, 1 January-31 December, 1967. Official records of the World Health Organization, No. 167. [9, 10]
World Health Organization (1969a) Guide to the laboratory diagnosis of smallpox for smallpox eradication programmes, Geneva. [1, 2, 3, 30]
World Health Organization (1969b) Re-examination of the global strategy of malaria eradication. Official records of the World Health Organization, No. 176, Annex 13, pp. 106-126. [9]
World Health Organization (1970) Health aspects of chemical and biological weapons. Report of a WHO group of consultants, Geneva, pp. 69- 70. [:30]
World Health Organization (1973a) WHO handbook of resolutions and decisions, Volume I, 1948-1972, Geneva [9, 10]
World Health Organization (1973b) Smallpox eradication. Official records of the World Health Organization, No. 210, pp. 282-294. [15, 27]
World Health Organization (1980) The global eradication of smallpox. Final report of the Global Commission for the Certification of Smallpox Eradication, Geneva (History of International Public Health, No. 4). [4, 10, 12, 24, 27, 28, 30, 31]
World Health Organization (1983) Laboratory biosafety manual, Geneva. [30]
World Health Organization (1987) WHO handbook of resolutions and decisions, Volume III, 1985-1986, Geneva [9, 31]
Wulff, H., Chin, T.D.Y. & Wenner, H.A. (1969) Serologic responses of children after primary vaccination and revaccination against smallpox. American journal of epidemiology, 90: 312-318. [3]
Wurtz, M.R. & Camus, M.L. (1919) Le vaccin sec. Technique de sa preparation. Bulletin de l’ Academie de Medicine, 82: 12-16. [7]
Xu, H. & Jiang, Y.T. (1981) The eradication of smallpox in Shanghai, China, October 1950-July 1951. Bulletin of the World Health Organization, 59: 913-917. [8, 27]
Yamane, S. (1921) [Therapeutic applications of roentgen irradiation for dermatitis chronica verrucosa]. [ Army veterinarian bulletin], 142: 241-268 (in Japanese). [6].
Yekpe, M. (1970) The surveillance system and methods used to improve reporting. II. Dahomey. In: United States National Communicable Disease Center, op. cit., No. 2, pp. 60-62. [17]
Yekutiel, P. (1981) Lessons from the big eradication campaigns. World health forum, 2: 465-481. [9, 31]
Young, S. & Lenarcic, A. (1984) Army conducted germ warfare tests in Washington’s National Airport. Freedom, December 1984, pp. 1-3. [30]
Zetterberg, B., Ringertz, 0., Svedmyr, A., Wallmark, G. & Alin, K. (1966) Epidemiology of smallpox in Stockholm 1963. Acta medica scandinavica, supplementum, 464: 9-42. [8]
Zhdanov, V.M. & Timakov, V.D. (1952) [Ways of elimination of some communicable diseases in the USSR.] Vestnik Akademii Meditsinskich Nauk S.S.S.R., 3: 41-50 (in Russian). [9]
Zikmund, V., Das, N., Krishnayengar, R., Kameswara Rao, B. (1978) Contribution to the problem of challenge vaccination. Indian journal of public health, 22: 102-106. [1, 3]
Zinkernagel, R.M. (1979) Cellular immune response to viruses and the biological role of polymorphic major transplantation antigens. In: Fraenkel-Conrat, H. & Wagner, R.R., ed. Comprehensive virology, New York, Plenum Press, Vol. 15, pp. 171-204. [3]
Zinkernagel, R.M. & Althage, A. (1977) Antiviral protection by virus-immune cytotoxic T cells: infected target cells are lysed before infectious virus progeny are assembled. Journal of experimental medicine, 145: 644-651. [3]
Zinsser, H. (1935) Rats, lice and history, Boston, Atlantic Monthly Press, p. 124. [5]
Zuelzer, W. (1874) Zur Aetiologie der Variola. Centralb-Iatt fur die medizinischm Wimnschaften, 12: 82-83. [2, 3, 30]
Zwart, P., Gispen, R. & Peters, J.C. (1971) Cowpox in Okapi johnstoni at Rotterdam Zoo. British veterinary journal, 127: 20-24. [29]
WHO Documents in the WHO/SE, SE and SME Series*
WHO/SE series
WHO/SE/68.1 Smallpox control in Indonesia during the second quarter of the century and re-establishment of endemic smallpox from 1947 (M.F. Polak)
WHO/SE/68.2 Surveillance—the key to smallpox eradication (D.A. Henderson)
WHO/SE/68.3 Faith Tabernacle smallpox epidemic, Abakaliki, Nigeria (D. Thompson, W. Foege)
WHO/SE/68.4 Cultural resistance to smallpox vaccination
WHO/SE/68.5 Characteristics of an epidemic of smallpox, Gerere Hamlet, Nigeria—1968 O, Pifer, C.L. Adeoye)
WHO/SE/68.6 An outbreak of smallpox in Chingleput District, Madras (A.R. Rao)
WHO/SE/68.7 A short report on epidemiological findings of smallpox outbreaks in the city of Madras (A.R. Rao)
WHO/SE/69.8 Field investigations of an outbreak of smallpox at Bawku, Ghana: May-October 1967 (V. De Sario)
WHO/SE/69.9 An outbreak of smallpox in a village in Afghanistan (A.G. Rangaraj)
WHO/SE/69.10 Some aspects of the epidemiology of smallpox in Nepal (S. Singh)
WHO/SE/69.11 Endemic smallpox in a rural area (D.B. Thomas, W.M. McCormack, I. Arita, M. Khan, S. Islam, T.M. Mack)
WHO/SE/69.12 “Negative” epidemiological enquiries within the framework of the smallpox eradication programme (G.F. Glokpor)
WHO/SE/69.13 Transmission of smallpox in endemic areas (G.G. Heiner, N. Fatima, A. Ali)
WHO/SE/70.14 An alastrim outbreak in the Gran Sabana (State of Bolivar), Venezuela, 1962 O,G. Halbrohr)
WHO/SE/70.15 Contribution of the French Territory of the Afars and Issas (TFAI) to smallpox control in East Africa (D. Courtois)
WHO/SE/70.16 The efficacy and acceptability of the bifurcated needle technique: a summary of studies conducted in India
WHO/SE/70.17 A short report on epidemiological investigations of smallpox outbreaks in 1969 in a few villages of Nellore district of Andhra Pradesh, India (A.R. Rao, T.V. Paramasivam, S. Kamalakshi, A.R. Parasuraman, M. Shantha)
WHO/SE/70.18. Epidemiological and virological studies on the off-season smallpox cases in Calcutta O, K. Sarkar, Ray, P. Manji)
WHO/SE/70.19 A short report on the epidemiological findings of smallpox outbreaks in the State of Tamil Nadu, July 1968-June 1969 (A.R. Rao)
WHO/SE/70.20 Outbreaks of smallpox during 1968 in some villages of Jaipur District, Rajasthan (S. Pattanayak, P.N. Sehgal, N.G.S. Raghavan)
WHO/SE/70.21 Epidemiological investigations—smallpox eradication programme in Togo—1969 (G.F. Glok por, A.N. Agle)
WHO/SE/70.22 Epidemiological characteristics of smallpox outbreaks in two small Brazilian villages (N. Arnt, L. Morris)
WHO/SE/70.23 Smallpox in the Municipio of Silo Paulo, Brazil, 1945-1969: a 25-year review (L. Morris, H. Cappello, R. Soares, J.P. de Leon, W. Leser)
WHO/SE/71.24 Endemic smallpox in rural East Pakistan. Methodology, clinical and epidemiological characteristics of cases, and intervillage transmission (D.B. Thomas, W. M. McCormack, I. Arita, M.M. Khan, S. Islam, T.M. Mack)
WHO/SE/71.25 Endemic smallpox in rural East Pakistan. Intravillage transmission and infectiousness (D.B. Thomas, I. Arita, W.M. McCormack, M.M. Khan, S. Islam, T.M. Mack)
WHO/SE/71.26 A study of inapparent infection in smallpox (G.G. Heiner, N. Fatima, R.W. Daniel, J.L. Cole, R.L. Anthony, F.R. Mccrumb Jr)
WHO/SE/71.27 Development of the smallpox surveil lance programme in Andhra Pradesh (M.C. Apparao)
WHO/SE/71.28 Smallpox (D.A. Henderson)
WHO/SE/71.29 Field trials of methisazone as a prophylactic agent against smallpox (G.G. Heiner, N. Fatima, P.K. Russell, A.T. Hasse, N. Ahmad, N. Mohammed, D.B. Thomas, T.M. Mack, M.M. Khan, G.L. Knatterud, R.L. Anthony, F.R. McCrumb Jr)
WHO/SE/71.30 Proceedings of the Inter-regional Seminar on Surveillance and Assessment in Smallpox Eradication, New Delhi, 30 November-5 December 1970
WHO/SE/71.31 Results of virological examination of smallpox convalescents and contacts (E.M. Shelukhina, S.S. Marennikova, N.N. Maltzeva, G.R. Matzevich, A.A. Hashmi)
WHO/SE/71.32 Epidemiology of variola minor in Brazil: a study of 33 outbreaks (C.A. de Quadros, L. Morris, E.A. da Costa, N. Arnt, C.H. Tigre)
WHO/SE/71.33 A study of intrafamilial transmission of smallpox (G.G. Heiner, N. Fatima, F.R. McCrumb Jr)
WHO/SE/72.34 Persistence of facial scars of smallpox in West African populations (S.O. Foster)
WHO/SE/72.35 Case fatality ratios in smallpox (E. Shafa)
WHO/SE/72.36 Simultaneous administration of several antigens O.D. Millar, S.O. Foster, W.H. Foege)
WHO/SE/72.37 Report on a survey to determine the status of smallpox and levels of smallpox immunity [Argentina]
WHO/SE/72.38 Paraguay: report on a survey to deter mine the status of smallpox and levels of smallpox immunity
WHO/SE/72.39 Smallpox vaccination in atopic children O, M. Neff)
WHO/SE/72.40 Infected inanimate objects (fomites) and their role in transmission of smallpox (A.R. Rao)
WHO/SE/72.41 Smallpox transmission on a bus (G.D. Suleimanov, K.K. Mandokhel)
WHO/SE/72.42 Smallpox Eradication unit: selected references available upon request
WHO/SE/72.43 Potency testing of smallpox vaccine (A.C. Hekker, J.M. Bos)
WHO/SE/7244 Evaluation of virological laboratory methods for smallpox diagnosis O, H. Nakano)
WHO/SE/72.45 Costs associated with the protection of the United States against smallpox (N.W. Axnick, J.M. Lane)
WHO/SE/72.46 Smallpox vaccination reactions, prophylaxis and therapy of complications O, A. Goldstein, J.M. Neff, J.M. Lane)
WHO/SE/72.47 Follow-up study of smallpox vaccination in the newborn (U. Lakhanpal)
WHO/SE/72.48 A report from Gemu-Gofa Province, Ethiopia (G. Tilahun, K. Mondaw, M.D. Kraushaar, M.S. Holmberg)
WHO/SE/72.49 Potency and stability characteristics of smallpox vaccine used in the smallpox eradication programme in Western and West-central Africa (A. Bernstein, M.Z Bierly Jr)
WHO/SE/73.50 Active search operations for smallpox—an Ethiopian experience (C.A. de Quadros, K.L. Weithaler, J. Siemon)
WHO/SE/73.51 Smallpox eradication campaign—Brazil situation in 1972 (C. do Amaral Jr, J.P. de Leon, A.M. Filho, A.L. de Lemos, F.G. Varela)
WHO/SE/73.52 A national reporting system in Brazil (A.L. de Lemos, O.R. de Souza)
WHO/SE/73.53 The eradication of smallpox—the critical year ahead (D.A. Henderson)
WHO/SE/73.54 Camelpox virus (Properties, differentiation from related viruses of the pox group) (S.S. Marennikova, L.S. Shenkman, E.M. Akatova-Shelukhina, N.N. Maltseva)
WHO/SE/73.55 The status of smallpox vaccination: a brief for discontinuing routine vaccination (A.D. Langmuir)
WHO/SE/73.56 Smallpox vaccination before the age of 3 months: evaluation of safety 0, A. Espmark, E. Rabo, L. Heller)
WHO/SE/73.57 Epidemiologic aspects of smallpox in Yugoslavia in 1972 (S. Litvinjenko, B. Arsil:, S. Borjanovil:)
WHO/SE/73.58 The case for continued smallpox vaccination (A.S. Benenson)
WHO/SE/73.59 Dead men tell no tales (An account of a recent smallpox outbreak in Afghanistan) (A.G. Rangaraj)
WHO/SE/73.60 Active search operations-Equatoria Province, Sudan (J·Lepkowski, O.H.M. Suleiman, A.H.S. Osman)
WHO/SE/73.61 A possible relationship between human pathogenicity of smallpox vaccines and virus growth at elevated temperatures (D. Baxby)
WHO/SE/74.62 Importations of smallpox into Europe 1961-1973 (D.A. Henderson)
WHO/SE/74.63 Indonesia 1972: some smallpox surveil lance patterns (G.G.O. Cuboni, W.L.R. Emmet, N.K. Rai, A. Karyadi, I.F. Setiady)
WHO/SE/74.64 Smallpox epidemic in a Brazilian com munity (E.A. Costa, L. Morris)
WHO/SE/74.65 A field day for smallpox in Sibpur, Bangladesh (A.G. Rangaraj, M.A. Yusuf)
WHO/SE/74.66 Indonesia 1971/72: smallpox vaccina tors as surveillance workers (G.G.O. Cuboni, W.L.R. Emmet, P.A. Koswara, N.K. Rai, A. Karyadi, I.F. Setiady)
WHO/SE/74.67 The mystery of the smallpox cases in the Lafit Mountains, Equatoria Province, Sudan (D.O. Bassett, G. Kibaida, A.H.S. Osman)
WHO/SE/74.68 Report of the WHO International Commission on Assessment of Smallpox Eradication in Indonesia, 2 April 1974
WHO/SE/74.69 A persistent focus of smallpox in Botswana, 1973 (G.T. Presthus, J.B. Sibiya)
WHO/SE/74.7? Virus content of smallpox scabs on different days of illness (A.C. Mitra, J.K. Sarkar, M.K. Mukherjee)
WHO/SE/74.71 The smallpox eradication programme in Nepal (P.N. Shrestha, M. Sathianathan, J. Friedman)
WHO/SE/75.72 An account of operations in Gishe Woreda, Ethiopia (W. Barrashand, L. Kaplan)
WHO/SE/75.73 Pattern of intrafamilial transmission of smallpox in the city of Calcutta (M.K. Mukherjee, J.K. Sarkar, A.C. Mitra)
WHO/SE/75.74 Epidemiological implications of the typing of variola isolates (K.R. Dumbell, F. Huq)
WHO/SE/75.75 The experience of Kurara PHC, Hamirpur District, Jhansi Division in the organization and development of the smallpox eradication campaign (S.H.A. Usntani, A.N. Slepouchkine)
WHO/SE/75.76 Surveillance of smallpox (D.A. Henderson)
WHO/SE/75.77 Farewell to Sitala Mayya (S.H. Hassan)
WHO/SE/76.78 Monkeypox and white poxviruscs in West and Central Africa (I. Arita, D.A. Henderson)
WHO/SE/76.79 Smallpox surveillance in remote and inaccessible areas of India (Z. Jezek, R.R. Arora, Z.S. Arya, Z Hussain)
WHO/SE/76.80 Operation Smallpox Zero (Z Jezek, R.N. Basu)
WHO/SE/76.81 Assessment of Ladakh smallpox eradication programme activities (Z. Jezek, M.H. Kanth)
WHO/SE/76.82 Search at the weekly markets for detection of smallpox outbreaks which occurred during previous years (L.N. Khodakevich, H. Narayana Rao)
WHO/SE/76.83 The eradication of smallpox (F. Fenner)
WHO/SE/76.84 The last known outbreak of smallpox in India (Z. Jezek, M.N. Das, A. Das, L.M. Aggarwal, Z.S. Arya)
WHO/SE/76.85 Freedom from smallpox. Case histories on four countries where cases were missed for extended periods (D.A. Henderson)
WHO/SE/76.86 Chickenpox in Kerala (E…White)
WHO/SE/76.87 Contribution to the problem of challenge vaccination (V. Zikmund, N. Das, R. Krishnayengar, B. Kameswara Rao)
WHO/SE/76.88 Bangladesh smallpox eradication programme, Mohakhali, Dacca
WHO/SE/77.89 International Commission for the Assessment of Smallpox Eradication in Afghanistan
WHO/SE/77.90 Report of the International Commission for the Assessment of Smallpox Eradication in Pakistan WHO/SE/77.91 Summary of the contributions of the smallpox programme to other health programmes through surveys in Bangladesh (Bangladesh smallpox eradication programme, Dacca)
WHO/SE/77.92 Variolation in the Rajasthan Desert (C. Davis)
WHO/SE/77.93 Viability of variola virus in crusts at different temperatures and humidities (F. Huq)
WHO/SE/77.94 Surveillance at weekly markets in the smallpox eradication programme in India (R.N. Basu, L.N. Khodakevich)
WHO/SE/77.95 The National Commission for Assessment of the Smallpox Eradication Programme in India (R.N. Basu, L.N. Khodakevich)
WHO/SE/77.96 Reinvestigation of smallpox outbreaks (Z. Jezek, R.N. Basu, ZS. Arya)
WHO/SE/77.97 Problem of persistence of facial pock marks among smallpox patients (ZJezek, R.N. Basu, Z.S. Arya)
WHO/SE/77.98 Report of the Consultation on World wide Certification of Smallpox Eradication
WHO/SE/77.99 Emergency logistical operation (for containment of the smallpox epidemic in Somalia) (R. Hauge, J. Wickett)
WHO/SE/78.100 Smallpox eradication programme in the Republic of Djibouti (N. Grasset)
WHO/SE/78.101 Fatality, facial scarring and blindness from smallpox in Bangladesh (K. Hughes)
WHO/SE/78.102 Smallpox pock mark survey in Bangladesh, with an assessment of reporting efficiency (K. Hughes, S.O. Foster, D. Tarantola, A.K. Joarder)
WHO/SE/78.103 A suspected outbreak of buffalopox in Bangladesh (D. Tarantola, F. Huq, K.Z. Hoque, Y. Selivanov, C. Wilson)
WHO/SE/78.104 Outbreak containment in Somalia smallpox eradication programme (A. Deria, Z Jezek, S. Foster)
WHO/SE/78.105 Smallpox transmission in an isolated nomadic group (S.O. Foster, H.E.S. Abdulgadir, H.A. Kamaluddin)
WHO/SE/78.106 The certification of smallpox eradication in countries without recent reported endemic transmission (L.B. Brilliant, L.N. Khodakevich)
WHO/SE/78.107 Smallpox eradication in Nepal (P.N. Shrestha)
WHO/SE/78.108 Report on a visit to Southern Rhodesia, 10-30 January 1978 (N. Grasset, G. Meiklejohn)
WHO/SE/78.109 Report on a visit to Thailand in preparation for the certification of smallpox eradication, May 1978 (R.N. Basu)
WHO/SE/78.110 Report on facial pockmark and vaccination scar surveys, Southern Rhodesia (Government Health Services)
WHO/SE/78.111 Report to the members of the Global Commission for the Certification of Smallpox Eradication (Ministry of Health, Syrian Arab Republic and World Health Organization)
WHO/SE/78.112 Poxvirus infections in humans following abandonment of smallpox vaccination O, G. Breman, 1. Arita)
WHO/SE/78.113 Smallpox eradication in Thailand (Ministry of Public Health, Government of Thailand and World Health Organization)
WHO/SE/78.114 Report to the members of the Global Commission for the Certification of Smallpox Eradica tion, Iraq (Ministry of Health, Iraq and World Health Organization)
WHO/SE/78.115 Report to the Global Commission for Certification of Smallpox Eradication, Bahrain (Ministry of Health, Bahrain and World Health Organization)
WHO/SE/78.116 Report to the Global Commission for Certification of Smallpox Eradication, Qatar (Ministry of Health, Qatar and World Health Organization)
WHO/SE/78.117 Report to the Global Commission for Certification of Smallpox Eradication, Oman (Ministry of Health, Oman and World Health Organization)
WHO/SE/78.118 Report to the Global Commission for Certification of Smallpox Eradication, United Arab Emirates (Ministry of Health, United Arab Emirates and World Health Organization)
WHO/SE/78.119 Report to the Global Commission for Certification of Smallpox Eradication, Kuwait (Ministry of Health, Kuwait and World Health Organization)
WHO/SE/78.120 Smallpox eradication in Iran (Ministry of Health and Welfare, Imperial Government of Iran and World Health Organization)
WHO/SE/78.121 Report to the Global Commission for Certification of Smallpox Eradication on the smallpox free status of the Arab Countries of the Gulf Area (A.G. Rangaraj)
WHO/SE/78.122 Report to the Global Commission for Certification of Smallpox Eradication, Saudi Arabia (Ministry of Health, Saudi Arabia and World Health Organization)
WHO/SE/78.123 A smallpox outbreak in Merka town, Somalia (Smallpox Eradication unit, World Health Organization)
WHO/SE/78.124 Report on smallpox situation in Madagascar (Z Islam)
WHO/SE/78.125 The Global Commission for Certification of Smallpox Eradication, status report on the People’s Democratic Republic of Yemen
WHO/SE/78.126 Visit report of the members of the International Commission for the Certification of Small pox Eradication, Syrian Arab Republic, 15-22 October 1978
WHO/SE/78.127 Visit report of the members of the International Commission for the Certification of Small pox Eradication, Iraq, 5-15 October 1978
WHO/SE/78.128 Smallpox eradication in Somalia, status report, 1 October 1978
WHO/SE/78.129 The special programme to confirm smallpox eradication in Iran (L.B. Brilliant)
WHO/SE/78.130 Smallpox vaccination certificate requirements for international travellers and status of smallpox vaccination according to national health legislation, Parts A & B (A.I. Gromyko)
WHO/SE/78.131 Residual skin changes in patients who have recovered from variola minor (Z Jezek, W. Hardjotanojo)
WHO/SE/78.132 Report of the Global Commission for the Certification of Smallpox Eradication, first meeting, 4–7 December 1978
WHO/SE/78.133 Report to the Global Commission for Certification of Smallpox Eradication, Socialist Republic of Viet Nam (Ministry of Health, Viet Nam and World Health Organization)
WHO/SE/79.134 Report of the International Commission for the Certification of Smallpox Eradication in the Sudan, 15-29 November 1978
WHO/SE/79.135 Report of Consultation on the Justification for Retention and Use of Variola Virus in the Post Eradication Era
WHO/SE/79.136 Report to the International Commission for the Certification of Smallpox Eradication in the People’s Democratic Republic of Yemen, April 1979 (Ministry of Health, People’s Democratic Republic of Yemen and World Health Organization)
WHO/SE/79.137 Report of Meeting of Officials from Laboratories retaining Variola Virus and National Control Authorities Concerned, 23-24 April 1979
WHO/SE/79.138 Report to the International Commission for the Certification of Smallpox Eradication in the Yemen Arab Republic, June 1979 (Ministry of Health, Yemen Arab Republic and World Health Organization)
WHO/SE/79.139 Report of the International Commission for the Certification of Smallpox Eradication in the Yemen Arab Republic, 2-10 June 1979
WHO/SE/79.140 Report of the International Commission for the Certification of Smallpox Eradication in the People’s Democratic Republic of Yemen, 3-11 June 1979
WHO/SE/79.141 Report to the Global Commission for the Certification of Smallpox Eradication in Kenya (Ministry of Health, Kenya and World Health Organization)
WHO/SE/79.142 (Revision 1) Smallpox eradication in China
WHO/SE/79.143 Report to the International Commission for the Certification of Smallpox Eradication, Republic of Djibouti, October 1979 (Ministry of Health, Republic of Djibouti and World Health Organization)
WHO/SE/79.144 Smallpox eradication in Ethiopia, Report to the International Commission for the Certification of Smallpox Eradication (Y. Tekeste, A. Hailu, C. do Amaral Jr, P.R. Arbani, L.N. Khodakevich, N.A. Ward)
WHO/SE/79.145 Smallpox eradication in Somalia, report to the International Commission on the smallpox eradication programme in Somalia (Z. Jezek, M. Al Aghbari, R. Hatfield, A. Deria)
WHO/SE/79.146 Report of the International Commission for the Certification of Smallpox Eradication in Somalia, 1-21 October 1979
WHO/SE/79.147 Report of the International Commission for the Certification of Smallpox Eradication in Djibouti, 9-18 October 1979
WHO/SE/79.148 Report of the International Commission for the Certification of Smallpox Eradication in Ethiopia, 1-17 October 1979
WHO/SE/79.149 Report of the International Commission for the Certification of Smallpox Eradication in Kenya, 1-19 October 1979
WHO/SE/79.150 Joint Report of the International Commissions for the Certification of Smallpox Eradication in the Countries of the Horn of Africa, Nairobi, 26 October 1979
WHO/SE/79.151 Smallpox eradication in the Autonomous Region of Tibet in the People’s Republic of China (Government of the People’s Republic of China)
WHO/SE/79.152 The Achievement of Global Eradication of Smallpox: Final Report of the Global Commission for the Certification of Smallpox Eradication
WHO/SE/80.153 Human monkeypox, 1970–1979 O.G. Breman, Kalisa-Ruti, M.V. Stcniowski, E. Zanotto, A.I. Gromyko, I. Arita)
WHO/SE/80.154 Monkeypox virus as a potential source ofvariola virus (F. Fenner, K.R. Dumbell, S.S. Marennikova, J.H. Nakano)
WHO/SE/80.155 Vehicle maintenance in the smallpox eradication programme in Somalia, 1977-1979 (R. Hatfield)
WHO/SE/80.156 The confirmation and maintenance of smallpox eradication O.G. Breman, I. Arita)
WHO/SE/80.157 (Revision 1) Management of suspected cases of smallpox in the post-eradication period (Smallpox Eradication unit, World Health Organization, Geneva)
WHO/SE/80.158 (Revision 1) Management of reserve stocks of vaccine in the post-smallpox eradication era (Smallpox Eradication unit, World Health Organization, Geneva)
WHO/SE/81.159 Report of meeting on the implementation of post-smallpox eradication policy, Geneva, 3-5 February 1981
WHO/SE/82.160 Report of the first meeting of the Committee on Orthopoxvirus Infections, Geneva, 3-5 March 1982
WHO/SE/83.161 Report of the second meeting of the Committee on Orthopoxvirus Infections, Geneva, 15-17 March 1983
WHO/SE/84.162 Report of the third meeting of the Committee on Orthopoxvirus Infections, Geneva, 28-30 March 1984
WHO/SE/86.163 Report of the fourth meeting of the Committee on Orthopoxvirus Infections, Geneva, 24-26 March 1986
SE series
SE/67.5 Rev. Handbook for Smallpox Eradication Programmes in Endemic Areas (World Health Organization)
SE/68.2 Rev. 1 Instructions for smallpox vaccination with bifurcated needle
SE/68.3 Rev. 2 Methodology of freeze-dried smallpox vaccine production
SE/68.7 Studies of smallpox vaccination by bifurcated needles in Kenya (I.D. Ladnyi)
SE/68.9 Table for handling of animals during scarifica tion and harvest (Specifications)
SE/69.1 Surveillance-containment operations: principles and operational procedures
SE/70.1 Present status of vaccination programmes (by country)
SE/70.3 Present status of vaccination programmes (by country)
SE/71.1 Teaching exercise-field investigation of a smallpox case; problem for students and syllabus for the discussion leaders
SE/71.2 La vaccination des maladcs hospitalises ct des nouveaun: contre indication de la vaccination (A. Ramachandra Rao)
SE/71.3 Production, stockage et emploi du vaccine (D.A. Henderson)
SE/71.4 Materiel et techniques de vaccination contre la variolc (E. Shafa)
SE/72.1 Clinical smallpox: classification and frequency of the type of variola major (A.R. Rao)
SE/72.2 Pattern of transmission: relative significance of cases of varying severity (A.R. Rao)
SE/72.3 Incubation period of smallpox (A.W. Downie)
SE/72.4 A comparison of multiple pressure and scratch techniques in vaccination against smallpox (A.S. Benenson)
SE/72.5 Studies of the bifurcated needle and recommendations for its use (D.A. Henderson, I. Arita, E. Shafa)
SE/72.6 Epidemiological investigation of a smallpox outbreak in a city reported to be 100% vaccinated (L. Morris, A.V. Martinez, J.O. da Silva)
SE/72.7 Teaching exercise-smallpox surveillance SE/728 Smallpox surveillance in the strategy of global eradication (D.A. Henderson)
SE/72.9 Training seminar on smallpox eradication, Kara· chi, November 1972. Inauguration of the seminar (D.A. Henderson)
SE/72.10 The global smallpox eradication programme the final phase (D.A. Henderson)
SE/73.1 Smallpox-present and future (D.A. Henderson)
SE/73.2 Manual of clinical microbiology: chapter, smallpox, vaccinia and human monkeypox viruses Q.H. Nakano, P.G. Bingham)
SE/74.1 The 1972 smallpox outbreak in Khulna Municipality, Bangladesh II. Effectiveness of surveillance and containment in urban epidemic control (A. Sommer)
SME series
SME/77.1 The Nepal smallpox eradication programme: description and analysis (P.N. Shrestha, D.A. Robinson, J. Friedman)
SME/77.2 Report of a Workshop Meeting on Safety Measures in Laboratories retaining Variola Virus, Geneva, 1-4 August 1977
SME/78.1 Rev. 1 Operational guidelines for smallpox eradication in Somalia
SME/78.2 Smallpox facial pockmarks [photographs]
SME/78.3 Plan of action for the smallpox eradication programme in Somalia 1978/1979
SME/78.6 Methodology for preparation of appropriate data for the 31 countries remaining to be certified free of smallpox (Smallpox Eradication unit, WHO Headquarters, Geneva)
SME/78.7 Recommendations of the Third Coordination Meeting for Smallpox Eradication, Nairobi, 17-19 April 1978
SME/78.11 Report on a visit to Ethiopia by members of the Global Commission for Smallpox Eradication, 31 May-15 June 1978
(K. Dumbell, P. Shrestha)
SME/78.13 The eradication of smallpox in Sudan
SME/78.14 Report on visit to the Republic of South Africa and Namibia / South West Africa, 19 January-19 February 1978 (F. Fenner)
SME/78.15 Human monkeypox: update 1978 Q.G. Breman)
SME/78.16 SmaJlpox eradication in Botswana: status report, 8 November 1978
SME/78.17 Smallpox eradication in Swaziland: status report, 8 November 1978
SME/78.18 Smallpox eradication in Angola: status re· port, 9 November 1978 (Smallpox Eradication unit, WHO Headquarters, Geneva)
SME/78.19 Laboratory aspects of the monkeypox/whitepox virus problem (F. Fenner)
SME/78.20 Report of informal consultation on monkeypox, whitepox and related poxviruses, Geneva, 9-10 November 1978
SME/78.21 Worldwide smallpox eradication: last known foci and global certification (I. Arita)
SME/78.22 Smallpox vaccine stocks (Smallpox Eradication unit, WHO Headquarters, Geneva)
SME/78.23 Smallpox eradication in the Yemen Arab Republic: status report, November 1976 (Department of Preventive Health Services, Ministry of Health, Sana’a, and WHO Operations Officer, Smallpox Eradication Programme)
SME/78.24 Assessment of activities in preparation for the certification of smallpox eradication in Angola: visit report, August 1978 (C.H. Tigre)
SME/78.25 Laboratories with variola virus stocks (Small pox Eradication unit, WHO Headquarters, Geneva)
SME/78.26 to the Global Commission for Certification of smallpox Eradication—Socialist Republic of Viet Nam, Annex 6 cation of Smallpox Eradication-Socialist Republic of Viet Nam, Annex 6
SME/78.27 Smallpox eradication in the Republic of Djibouti: status report, 23 November 1978
SME/79.1 A study of smallpox transmission rate in Bangladesh Q. Tulloch, D. Tarantola)
SME/79.2 An evaluation of the effectiveness of smallpox surveillance and containment in Somalia (Z Jezek, A. Deria)
SME/79.3 Resultats preliminaires d’une enquete sur un cas de monkeypox au Nigeria (A.I. Gromyko, M. Daramola)
SME/79.6 Report of the International Commission for Preliminary Assessment of Smallpox Eradication in Ethiopia, 3-18 April 1979
SME/79.7 A possible case of camelpox in man (B. Kriz)
SME/79.8 The epidemiology of measles in a rural community in Somalia (B. Kriz, A. Deria)
SME/79.9 Report of meeting of the study group on orthopoxvirus research, Atlanta, 26-28 June (co-sponsored by WHO and CDC)
SME/79.10 Special report on smallpox and its eradication in Yunnan Province, China (Department of Health, Yunnan Province)
SME/79.11 Report on a visit to the People’s Republic of China to consider matters relating to the certification of smallpox eradication, 14-30 July 1979 (F. Fenner, J.G. Breman)
SME/79.12 Nomadic population movement in southwestern Somalia and its influence on the planning of smallpox surveillance (B. Kriz, 1. Hatfield)
SME/80.1 Residual facial skin changes in varicella patients (Z. Jezek, W. Hardjotanojo, A.G. Rangaraj)
SME/80.2 Supplement: Recommendations concernant les premieres mesures a prendre en presence de cas suspects ou confirmes de fievre de Lassa
SME/80.3 Conference-atelier sur la surveillance de monkeypox et fievres hemorragiques virales, 28 avril-3 mai 1980, Brazzaville
SME/80.4 Places visited, and persons examined in preparation for and during visits by International Commissions for the Certification of Smallpox Eradication (Smallpox Eradication unit, WHO Headquarters, Geneva)
SME/80.5 Lassa fever update Q.B. McCormick)
SME/80.6 A system of surveillance for monkeypox and haemorrhagic fever Q.B. McCormick)
SME/80.7 An estimation of past smallpox incidence in South-western Somalia (B. Kriz)
SME/80.8 Biosafety procedures (V.R. Oviatt)
SME/80.9 World smallpox situation, 1967-1977 (Small pox Eradication unit, WHO Headquarters, Geneva)
SME/80.11 Surveillance of Ebola/Marburg fevers (D.I.H. Simpson)
Index of Names
| Name | Country | Pages |
|---|---|---|
| Aashi, Jalal M. | Saudi Arabia | 1131, 1145, 1146, 1220, 1221, 1247, 1262 |
| Abdulle, M. A. | Somalia | 1247 |
| Abou-Gareeb, A.H. | Egypt | 1148, 1167, 1171, 1202 |
| Achari, A.G. | India | 766, 774, 1181 |
| Ademola, G. Adeyemi | Nigeria | 857, 882, 884 |
| Adeoye, P.O. | Nigeria | 884 |
| Adetosoye, J.I. | Nigeria | 884 |
| Agbodjan, P. | Togo | 1141, 1171 |
| Aggarwal, Mussudi Lal | India | 740 |
| Agle, Andrew Nils | USA | 834, 837, 889 |
| Ahmed, A.M | Somalia | 1247 |
| Ahmed, Zein | Ethiopia | 1020 |
| Ahrun | - | 212, 214, 218 |
| Aisin-Chuehi-lo Fu-Jin | Emperor of China | 226 |
| Akhmeteli, Mikhail A. | USSR | 408 |
| Al Aghbari, Mohamed Kaid | Yemen | 1000, 1001, 1051, 1062, 1181 |
| Alam, A.M.H. Nurul | Bangladesh | 1192 |
