Communicable Disease Control: A Volume for the Health Officer and Public Health NurseMacmillan, 1953 - 500 sider |
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Side 39
... incidence of the disease in the community , and opportunities for spread . Age . The longer a persons lives , the more opportunities he will have had to come in contact with certain microorganisms . Therefore we should logically find an ...
... incidence of the disease in the community , and opportunities for spread . Age . The longer a persons lives , the more opportunities he will have had to come in contact with certain microorganisms . Therefore we should logically find an ...
Side 160
... incidence of the disease in question . Mortality Rate . This represents the number of deaths per unit popula- tion during a given period of time . When we calculate the general death rate of a community , we count all the deaths from ...
... incidence of the disease in question . Mortality Rate . This represents the number of deaths per unit popula- tion during a given period of time . When we calculate the general death rate of a community , we count all the deaths from ...
Side 161
... incidence of diphtheria is fifty cases per year but the preva- lence varies from eight to zero . The incidence of chronic infections such as tuberculosis or syphilis is always less than the prevalence , whereas the incidence of acute ...
... incidence of diphtheria is fifty cases per year but the preva- lence varies from eight to zero . The incidence of chronic infections such as tuberculosis or syphilis is always less than the prevalence , whereas the incidence of acute ...
Innhold
Historical Considerations | xxi |
The Infectious Process | 19 |
Control Measures | 41 |
Opphavsrett | |
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active immunization acute animal antibodies antigen appears areas arthropods attack attention bacilli bite blood board of health body carriers child clinical colds communicable disease contaminated control measures diphtheria disinfection doses effective encephalitis epidemic Epidemiological Epidemiological investigation especially exposure fatal frequently health department health officer hepatitis human impetigo important incidence incubation period infection Influenza instances isolation and quarantine laboratory large number malaria measles method mild milk mosquitoes occur organisms outbreak passive immunization patient pediculosis persons physician plague pneumonia poliomyelitis possible prevent procedures protection public health nurse Q fever rabies reduce reported require reservoir of infection resistance respiratory tract rheumatic fever rickettsiae risk scarlet fever serum skin smallpox source of infection strains streptococci susceptible symptoms tetanus tion toxin toxoid treatment Tularemia typhoid typhus usually vaccine vector virus visits whooping cough yellow fever