(1) By 1978, the reduction in incidence of measles will exceed 90%.
(2) In an effort to identify the optimal dose and strain of measles vaccination for early immunization, Peruvian infants were randomly assigned to receive one of three measles vaccines in varying doses at 5 to 6 or 8 to 9 months of age.
(3) Five potential N-linked glycosylation sites are present in the measles H protein sequence.
(4) From our data, more than 1 X 10(6) antibody molecules must bind to each cell infected with measles virus before complement dependent lysis can occur in a homologous test system.
(5) The results showed that measles virus produced three size classes of plus-sense N-containing RNA species corresponding to monocistronic N RNA, bicistronic NP RNA, and antigenomes.
(6) The relatively high HI titres observed, particularly in adults, imply that antigenic restimulation of antibody against measles occurs and thus that coverage by immunization remains inadequate.
(7) Foremost among the predisposing factors were measles (25%), empyema thoraxis (17%), and unconsciousness (13%).
(8) A resurgence of measles, a highly infectious viral infection, has occurred in the United States.
(9) Unvaccinated children had a mortality hazard ratio of 3.0 compared with vaccinated children (P = .002), indicating a protective efficacy against death of 66% (CI 32%-83%) of measles vaccination.
(10) While measles virus caused extensive damage to nervous tissue, the SSPE strains, in general, exerted a less deleterious effect.
(11) Measles and rubella antibody titres in patients with and without HLA-Dw2 and HLA-B7 antigens were compared using a sensitive radioimmunoassay method.
(12) The reduced anti-M antibody in sera from patients with SSPE was demonstrated whether immune precipitation was performed with wild-type measles virus or SSPE virus proteins.
(13) Ninety per cent of children who had pre-vaccination measles antibodies showed a two-fold or more rise in HI antibodies.
(14) The antibody response to the measles component was marginally better in the older group, but no differences were observed in the response to the mumps and rubella components.
(15) It is suggested that malnourished children in the community or the very young can be safely and effectively vaccinated against measles.
(16) Age at measles contraction was obtained and analyzed for 44 SSPE patients identified in Karachi between 1983 and 1988.
(17) From these libraries, a measles virus specific sequence corresponding to 885 of 1600 nucleotides of the measles virus phosphoprotein gene has been cloned.
(18) Homogeneous IgG bands were separated by preparative agarose electrophoresis and were found to represent measles virus-specific antibodies.
(19) Cross-sectional surveys of the measles immunisation status of resident 6-23-month-old infants were conducted immediately before, immediately after, and approximately 2 months after the campaign in order to determine the effectiveness of a mass campaign in boosting coverage in an area with a high influx rate.
(20) Biopsies from controls did not show evidence of measles virus.
Measles
Definition:
(n.) Leprosy; also, a leper.
(n.) A contagious febrile disorder commencing with catarrhal symptoms, and marked by the appearance on the third day of an eruption of distinct red circular spots, which coalesce in a crescentic form, are slightly raised above the surface, and after the fourth day of the eruption gradually decline; rubeola.
(n.) A disease of cattle and swine in which the flesh is filled with the embryos of different varieties of the tapeworm.
(n.) A disease of trees.
(n.) The larvae of any tapeworm (Taenia) in the cysticerus stage, when contained in meat. Called also bladder worms.
Example Sentences:
(1) By 1978, the reduction in incidence of measles will exceed 90%.
(2) In an effort to identify the optimal dose and strain of measles vaccination for early immunization, Peruvian infants were randomly assigned to receive one of three measles vaccines in varying doses at 5 to 6 or 8 to 9 months of age.
(3) Five potential N-linked glycosylation sites are present in the measles H protein sequence.
(4) From our data, more than 1 X 10(6) antibody molecules must bind to each cell infected with measles virus before complement dependent lysis can occur in a homologous test system.
(5) The results showed that measles virus produced three size classes of plus-sense N-containing RNA species corresponding to monocistronic N RNA, bicistronic NP RNA, and antigenomes.
(6) The relatively high HI titres observed, particularly in adults, imply that antigenic restimulation of antibody against measles occurs and thus that coverage by immunization remains inadequate.
(7) Foremost among the predisposing factors were measles (25%), empyema thoraxis (17%), and unconsciousness (13%).
(8) A resurgence of measles, a highly infectious viral infection, has occurred in the United States.
(9) Unvaccinated children had a mortality hazard ratio of 3.0 compared with vaccinated children (P = .002), indicating a protective efficacy against death of 66% (CI 32%-83%) of measles vaccination.
(10) While measles virus caused extensive damage to nervous tissue, the SSPE strains, in general, exerted a less deleterious effect.
(11) Measles and rubella antibody titres in patients with and without HLA-Dw2 and HLA-B7 antigens were compared using a sensitive radioimmunoassay method.
(12) The reduced anti-M antibody in sera from patients with SSPE was demonstrated whether immune precipitation was performed with wild-type measles virus or SSPE virus proteins.
(13) Ninety per cent of children who had pre-vaccination measles antibodies showed a two-fold or more rise in HI antibodies.
(14) The antibody response to the measles component was marginally better in the older group, but no differences were observed in the response to the mumps and rubella components.
(15) It is suggested that malnourished children in the community or the very young can be safely and effectively vaccinated against measles.
(16) Age at measles contraction was obtained and analyzed for 44 SSPE patients identified in Karachi between 1983 and 1988.
(17) From these libraries, a measles virus specific sequence corresponding to 885 of 1600 nucleotides of the measles virus phosphoprotein gene has been cloned.
(18) Homogeneous IgG bands were separated by preparative agarose electrophoresis and were found to represent measles virus-specific antibodies.
(19) Cross-sectional surveys of the measles immunisation status of resident 6-23-month-old infants were conducted immediately before, immediately after, and approximately 2 months after the campaign in order to determine the effectiveness of a mass campaign in boosting coverage in an area with a high influx rate.
(20) Biopsies from controls did not show evidence of measles virus.