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MEASLES CONTROL EFFORTS IN URBAN AFRICA COMPLICATED BY HIGH INCIDENCE OF MEASLES IN THE FIRST YEAR OF LIFE
A measles vaccination coverage of between 50 and 60% has been achieved in Kinshasa, Zaire, from 1980–1985. During that interval, the annual number of measles cases and the incidence rate of measles reported by a surveillance system remained similar, and measles epidemics occurred in alternating year...
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Published in: | American journal of epidemiology 1988-04, Vol.127 (4), p.788-794 |
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container_issue | 4 |
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container_title | American journal of epidemiology |
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creator | TAYLOR, WILLIAM R RUTI-KALISA MA-DISU, MAMBU WEINMAN, JOANNE M. |
description | A measles vaccination coverage of between 50 and 60% has been achieved in Kinshasa, Zaire, from 1980–1985. During that interval, the annual number of measles cases and the incidence rate of measles reported by a surveillance system remained similar, and measles epidemics occurred in alternating years. The estimated number of measles cases in Kinshasa is 87,600 per year. Of reported measles cases, 27% occurred in children under nine months of age, younger than the recommended age at vaccination. Two results expected in a partially vaccinated population, a reduction in measles incidence greater than the level of vaccination coverage and a shift in the age distribution of measles to older children, have not been observed. Measles control in Kinshasa will require a vaccination coverage of higher than 60%. In addition, given the age-specific risk of measles infection here, a measies vaccine that would be effective when given before nine months of age would be an important element in controlling measles transmission. Because the epidemiology of measles in Kinshasa is a likely consequence of its urban environment, such a vaccine would represent a significant advance toward the control of measles in urban Africa. |
doi_str_mv | 10.1093/oxfordjournals.aje.a114860 |
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During that interval, the annual number of measles cases and the incidence rate of measles reported by a surveillance system remained similar, and measles epidemics occurred in alternating years. The estimated number of measles cases in Kinshasa is 87,600 per year. Of reported measles cases, 27% occurred in children under nine months of age, younger than the recommended age at vaccination. Two results expected in a partially vaccinated population, a reduction in measles incidence greater than the level of vaccination coverage and a shift in the age distribution of measles to older children, have not been observed. Measles control in Kinshasa will require a vaccination coverage of higher than 60%. In addition, given the age-specific risk of measles infection here, a measies vaccine that would be effective when given before nine months of age would be an important element in controlling measles transmission. 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During that interval, the annual number of measles cases and the incidence rate of measles reported by a surveillance system remained similar, and measles epidemics occurred in alternating years. The estimated number of measles cases in Kinshasa is 87,600 per year. Of reported measles cases, 27% occurred in children under nine months of age, younger than the recommended age at vaccination. Two results expected in a partially vaccinated population, a reduction in measles incidence greater than the level of vaccination coverage and a shift in the age distribution of measles to older children, have not been observed. Measles control in Kinshasa will require a vaccination coverage of higher than 60%. In addition, given the age-specific risk of measles infection here, a measies vaccine that would be effective when given before nine months of age would be an important element in controlling measles transmission. 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During that interval, the annual number of measles cases and the incidence rate of measles reported by a surveillance system remained similar, and measles epidemics occurred in alternating years. The estimated number of measles cases in Kinshasa is 87,600 per year. Of reported measles cases, 27% occurred in children under nine months of age, younger than the recommended age at vaccination. Two results expected in a partially vaccinated population, a reduction in measles incidence greater than the level of vaccination coverage and a shift in the age distribution of measles to older children, have not been observed. Measles control in Kinshasa will require a vaccination coverage of higher than 60%. In addition, given the age-specific risk of measles infection here, a measies vaccine that would be effective when given before nine months of age would be an important element in controlling measles transmission. Because the epidemiology of measles in Kinshasa is a likely consequence of its urban environment, such a vaccine would represent a significant advance toward the control of measles in urban Africa.</abstract><cop>Cary, NC</cop><pub>Oxford University Press</pub><pmid>3354544</pmid><doi>10.1093/oxfordjournals.aje.a114860</doi><tpages>7</tpages></addata></record> |
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subjects | Age Factors Biological and medical sciences Child, Preschool Democratic Republic of the Congo Human viral diseases Humans immunity Infant Infectious diseases measles Measles - epidemiology Measles - prevention & control Measles - transmission measles vaccine Measles Vaccine - administration & dosage measles virus Medical sciences Miscellaneous Tropical medicine vaccination Viral diseases Viral diseases with cutaneous or mucosal lesions and viral diseases of the eye |
title | MEASLES CONTROL EFFORTS IN URBAN AFRICA COMPLICATED BY HIGH INCIDENCE OF MEASLES IN THE FIRST YEAR OF LIFE |
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