Micro Chapter 37 Flashcards
The science that studies the distribution, occurrence, and control of health and disease in a defined population is called A) Bioinformatics B) Epidemiology C) Immunology D) Clinical laboratory science
B
The national agency for developing and carrying out disease prevention and control is called the
A) Department of Homeland Security
B) National Institutes of Health
C) Centers for Disease Control and Prevention
D) World Health Organization
C
A disease that is maintained in a population at a steady, low-level frequency is A) Sporadic B) Endemic C) Epidemic D) Pandemic
B
The sudden, unexpected occurrence of a disease, usually in a limited segment of a population, is called A) An outbreak B) An epidemic C) A pandemic D) A sporadic disease
A
An increase in disease occurrence within a large population over a very wide region is called A) An outbreak B) An epidemic C) A pandemic D) A sporadic disease
C
The U.S. Public Health Service began in A) The early 1800s B) The mid 1800s C) The late 1800s D) The early 1900s
C
The first epidemiologist who studied the cholera outbreak in London was A) Robert Koch B) Jonas Salk C) Alexander Fleming D) John Snow
D
The science of protecting populations and improving the health of human communities through education is called A) Epidemiology B) Public health C) Preventive medicine D) Sociology
B
Which scientific theory advanced the scientific-based monitoring process used to track communicable disease?
A) Theory of evolution by natural selection
B) Cell theory
C) Germ theory of disease
D) Endosymbiotic theory
C
Which of the following methods can be used for to obtain health surveillance information?
A) Controlled experiments and clinical trials
B) Double-blind experiments and case studies
C) Case studies and direct observations
D) Population surveys and case reporting
D
Which of the following methods can be used to study the geographic distribution, dynamics, and environmental correlates of microbial diseases? A) Bioinformatics B) Geographic information system (GIS) C) Mortality and morbidity reports D) Population surveys
B
The morbidity rate is calculated as
A) The number of deaths divided by the number of individuals in the population
B) The number of total cases of a disease divided by the number of individuals in the population
C) The number of new cases of a disease divided by the number of individuals in the population
D) The number of new cases of a disease during a specified period divided by a number of individuals in the population
D
The prevalence of disease depends upon
A) The incidence rate
B) The duration of the illness
C) Both the incidence rate and the duration of the illness
D) Neither the incidence rate nor the duration of the illness
C
The mortality rate is calculated as
A) The number of new cases of a disease divided by the number of individuals in the population
B) The number of deaths due to a given disease divided by the size of the total population with the same disease
C) The number of deaths due to a given disease divided by the size of the total population
D) The number of deaths due to a given disease divided by the number of deaths due to any cause in the total population
B
An infectious disease that can be transmitted from person to person is known as a A) Systemic infection B) Communicable disease C) Transferable disease D) Environmental disease
A
What type of epidemic is characterized by reaching a peak level within a short period of time (1-2 weeks), followed by a rapid decline in infected patients? A) A common-source epidemic B) A rapid epidemic C) A propagated epidemic D) A static epidemic
D