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Science
Medicine
Public Health
Chapter 10: Field Epidemiology
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Terms in this set (17)
Both field epidemiologic studies and conventional epidemiologic studies must start with a clear hypothesis.
False
In a sentinel event, the disease or adverse health outcome has a known cause.
True
The goal of epidemiology is to stop the spread of disease and prevent epidemics.
True
Carrying out administration and planning activities is part of conducting a field investigation.
True
Epidemiologists verify whether a disease outbreak exists after confirming the diagnosis.
True
What is useful for identifying biological and environmental causes of disease or healthrelated events?
Disease cluster
An epidemic that begins with one source, then spreads from person to person is a:
Mixed epidemic
An epidemic curve that increases rapidly, peaks, then gradually decreases describes a(n):
Point source
What type of foodborne illness can zinc, niacin, and vitamin A cause if consumed in large doses?
Chemical poisoning
An exposure risk for the cardiovascular system is:
Carbon monoxide
It is necessary to identify the size of the at-risk population the cases are drawn from in order to determine the attack rate of disease.
True
A spot map is an effective way to present data about personal characteristics.
False
A salmonella outbreak among a church congregation, that is traced back to egg salad eaten at a church potluck, can be considered a common-source epidemic.
True
In a field study in epidemiology, both animal and human sources of infection should be considered.
True
Only a single hypothesis should be used in field epidemiology.
False
Foodborne illnesses can be classified according to food infections, food poisoning, and chemical poisoning.
True
An epidemic that starts at a specific point is a:
Common-source epidemic
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You're using a concave lens with $f=-5.4 \mathrm{~cm}$ to read 4.0-mm-high newspaper type. How high do the type characters appear if you hold the lens (b) $3 \mathrm{~cm}$ from the newspaper?
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Calculate the $\Delta G\degree _{rxn}$ for the reaction using the following information: $$ \ce{4HNO3(g) + 5N2H4(l) → 7N2(g) + 12H2O(l)} $$ $$ \Delta G\degree _{f}\ce{(HNO3(g)) = -73.5 \ \text{kJ/mol}} $$ $$ \Delta G\degree _{f}\ce{(N2H4(l)) = 149.3 kJ/mol} $$ $$ \Delta G\degree _{f}\ce{(N2(g)) = 0 kJ/mol} $$ $$ \Delta G\degree _{f}\ce{(H2O(l)) = -237.1 kJ/mol} $$
biology
An allotetraploid species has a genome composed of two ancestral genomes, A and B, each of which have a basic chromosome number (x) of seven. In this species, the two copies of each chromosome of each ancestral genome pair only with each other during meiosis. Resistance to a pathogen that attacks the foliage of the plant is controlled by a dominant allele at the F locus. The recessive alleles $F^{a}$ and $F^{b}$ confer sensitivity to the pathogen, but the dominant resistance alleles present in the two genomes have slightly different effects. Plants with at least one $F^{A}$ allele are resistant to races 1 and 2 of the pathogen regardless of the genotype in the B genome, and plants with at least one $F^{B}$ allele are resistant to races 1 and 3 of the pathogen regardless of the genotype in the A genome. What proportion of the self-progeny of an $F^{A} F^{a} F^{B} F^{b}$ plant will be resistant to all three races of the pathogen?
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