MODULE 2 Flashcards

1
Q

Consider drugs in body to be in DYNAMIC STATE

A

Pharmacokinetic model

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2
Q

Important tool for analyzing drug movement quantitatively

A

Calculus

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3
Q

Used to relate the concentrations of drugs in various body organs

A

Differential equation

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4
Q

Frequently used to model the cumulative therapeutic or toxic responses of drugs

A

Integrated equation

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5
Q

Branch of calculus that involves finding the rate at which a variable
quantity is changing

A

Differential calculus

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6
Q

Reverse of differentiation

A

Integration

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7
Q

Summing up of small individual pieces under the graph

A

Integration process

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8
Q

Sum of individual areas under the graph

A

Definite Integral

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9
Q

Numerical method used in pcok to calculate AUC

A

Trapezoidal rule

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10
Q

Important method of visualizing relationship between variables.

A

Graph

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11
Q

Placed horizontal line or in abscissa (x axis)

A

Independent variable

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12
Q

Placed vertically or in ordinate (y axis)

A

Dependent variable

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13
Q

An independent variable plotted on abscissa

A

Time

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14
Q

Arranged vertically or logarithmically from left to right or bottom to top.

A

Values

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15
Q

An dependent variable plotted on the ordinate.

A

Drug concentration

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16
Q

2 types of graph

A

Cartesian or Rectangular coordinates
Semilogarithmic graph

17
Q

Allows placement of data at logarithmic intervals

A

Semilogarithmic graph

18
Q

When using this, relationship is not confined to isolated points.

A

Curve fitting

19
Q

Best describes the hypothesis and must satisfactorily fit experimental or observed data.

A

Emperical Equation

20
Q

Not always linearly related

A

Physiologic Variables

21
Q

Very useful for accurately predicting values for there are no experimental observations.

A

Straight line

22
Q

2 mathematical function that is related to each other.

A

Exponential and Logarithmic function

23
Q

Determines degree of ionization of drug

A

PH of Biological drug

24
Q

Process is always constant and independent

A

First order kinetic

25
Q

assumes a linear or straight-line function between
data points

A

Trapezoidal rule

26
Q

Assumes a linear or straight line function

A

Trapezoidal rule

27
Q

Independent in drug concentration

A

Zero order kinetics

28
Q

Half life is not constant

A

Zero order kinetics

29
Q

Dependent on drug concentration

A

First order kinetics

30
Q

Half life is always constant

A

First order kinetics