Chapter 3: Nutritional Assessment Flashcards

1
Q

yellow color of colostrum is due to

A

carotene content

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2
Q

colostrum nutritional components

A

ore chon, less sugar and fat

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3
Q

solution of chon, sugar, and salts

A

human milk

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4
Q

T/F composition of human milk varies from one human to another

A

T

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5
Q

assessment of nutritional status pertains to the “interpretation of information derived from dietary, biochemical, anthropometric, and clinical studies”

A

nutrition assessment

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6
Q

information is used to determine the health status of individuals or population groups as influenced by their intake and utilization of nutrients

A

nutrition assessment

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7
Q

condition of the body resulting from the intake, absorption, and utilization of food

A

nutritional status

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8
Q

done to establish the nature and etiology of the problem in order to provide the appropriate treatment and prevent reoccurrence of the problem

A

nutritional assessment, individuals

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9
Q

done to establish the extent and distribution of the problem, determine the associated environmental factors in order to provide appropriate health and nutrition services, and facilitate the implementation of preventive programs

A

nutritional assessment, community

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10
Q

is usually initiated by inadequate dietary intake of one or more nutrients resulting from either a low content in indigenous food sources and/or presence of exogenous factors which interferes with ingestion, absorption, and metabolism of the nutrients

A

nutritional deficiency

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11
Q

provide a measure of the biological significance of a given nutrient because they assess the functional consequences of nutritional deficiency

ex:
easy fatiguability (iron)
taste acuity (zinc)
dark adaptation (vitamin a)

A

functional tests

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12
Q

factors to consider in designing nut assessment systems

major basis for selecting the design of the assessment system and the measurements or indices

A

study objectives

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13
Q

factors to consider in designing nut assessment systems

adequacy with which any measurement, index, or indicator reflects what it is intended to measure

A

validity

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14
Q

factors to consider in designing nut assessment systems

the degree to which repeated measurements of the same variable give the same value

reduced by random measurement errors

A

precision or reproducibility

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15
Q

factors to consider in designing nut assessment systems

term to describe the extent to which the measurement is close to the tre value

reduced to systematic errors or bias

A

accuracy

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16
Q

factors to consider in designing nut assessment systems

generate deviation from the correct result due to chance alone

A

random errors

17
Q

factors to consider in designing nut assessment systems

or bias causes a result to depart from the true value in a consistent direction

error reduces the accuracy of a measurement

A

systematic errors

18
Q

factors to consider in designing nut assessment systems

defined as a characteristic that is distributed differently in the study and control groups, may influence the outcome being assessed

special type of bias which affets the validity of a study

A

confounding or a confounding variable

19
Q

factors to consider in designing nut assessment systems

of an index or indicator by which the index or indicator reflects the nutritional status or predicts changes in nutriture

A

sensitivity (Se)

20
Q

factors to consider in designing nut assessment systems

of an index or indicator refers to the ability of the index or indicator to identify and classify those persons who are genuinely well nourished

A

specificity (Sp)

21
Q

factors to consider in designing nut assessment systems

likelihood that a test correctly predicts the presence or absence of malnutrition or a disease

A

predictive value (PV)

22
Q

factors to consider in designing nut assessment systems

the number of individuals with malnutrition or disease during a given time period

the proportion of individuals who really are malnourished or infected with the disease divided by the sample population

A

prevalence

23
Q

data obtained from the different assessment methods

have no meaning, unless they are related to demographic factors (age or sex)

A

raw or actual measurements

24
Q

raw measurements combined together

indices are often evaluated at the population level by comparing them with predetermined limits or cut-off points of reference standards

A

index or indices

25
Q

used to facilitate interpretation of data collected thru the nutritional assessment systems either at the population or individual levels

A

indices

26
Q

measurable variables used as a representation of an associated factor or quantity

A

indicators

27
Q

can be used to derive reference limits and a reference interval

A

reference distribution

28
Q

obtained from the reference sample group

the distribution of these reference value forms the reference distribution

A

reference values

29
Q

obtained from healthy reference sample group

A

reference values

30
Q

generally defined so that a stated fraction of the reference values would be less than or equal to the limit, with a stated probability

A

reference values

31
Q

based on the relationship between nutritional assessment indices and low body stores, functional impairment, or clinical signs of deficiencies

A

cut-off points

32
Q

may highlight regions or populations, where specific nutrient deficiencies are likely to occur, or may serve to monitor and evaluate intervention programs

A

trigger levels