(Prelim) Introduction Flashcards

1
Q

Investigation of physical and chemical properties of drug molecules.

A

Pharmaceutics

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2
Q

Design, fabrication, and evaluation of Drug Delivery Systems

A

Pharmaceutics

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3
Q

Monitoring of how the drug is absorbed, distributed, metabolized, and excreted in the body

A

Pharmaceutics

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4
Q

INVESTIGATION OF PHYSICAL AND CHEMICAL PROPERTIES OF DRUG MOLECULES.

A

PHYSICAL PHARMACY

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5
Q

Physical form

A

Physical Properties

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6
Q

Particle size

A

Physical Properties

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7
Q

Melting point

A

Physical Properties

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8
Q

Solubility & Dissolution

A

Physical Properties

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9
Q

Partition Coefficient

A

Physical Properties

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10
Q

Refractive index

A

Physical Properties

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11
Q

Specific Gravity

A

Physical Properties

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12
Q

Chemical structures

A

Chemical Properties

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13
Q

Optical Activity

A

Chemical Properties

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14
Q

Polymorphism

A

Chemical Properties

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15
Q

Ionization

A

Chemical Properties

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16
Q

Complexation and Protein
binding

A

Chemical Properties

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17
Q

most often a formulation of the drug with various excipients

A

dosage form

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18
Q

administered to a patient as a specific drug product which is a particular dosage form.

A

drug

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19
Q

can be formulated in a variety of dosage forms and can be administered in different routes of administration

A

Drug products

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20
Q

Drugs that are administered in a certain route should be __________ in order for them to become bioavailable to the systemic circulation.

A

absorbed

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21
Q

Monitoring of how the drug is absorbed, distributed, metabolized, and excreted in the body.

A

PHARMACOKINETICS

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22
Q

8 mg/L

A

peak concentration

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23
Q

1.5 hours

A

time of peak

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24
Q

ADBE

A

Absorption, Distribution, Biotransformation, Excretion

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25
Study of the physicochemical properties of drugs and their proper dosage form as related to the onset, duration, and intensity of drug action
BIOPHARMACEUTICS
26
2 types of solid in Physical Form
Crystalline Solid Amorphous Solid
27
most common solid
Crystalline Solid
28
distinct melting point
Crystalline Solid
29
boiling point 190°C-192°C
Crystalline Solid
30
wider melting point
Amorphous Solid
31
not repeated arrangement of atoms
Amorphous Solid
32
different melting point
Amorphous Solid
33
180°C - 190°C
Amorphous Solid
34
affect the stability & pharmacokinetics drugs
particle size
35
polar & non-polar
Solubility & Dissolution
36
- equilibrium - forces of attraction: higher - 190°C- 192°C
Melting Point
37
determine substance purity
Melting Point
38
measure of drug concentration in nonpolar organic phase relative to the polar aqueous phase
Partition Coefficient
39
hates water and loves lipids
Hydrophobicity (or lipophilicity)
40
- hates water - lipid-loving
hydrophobic
41
non-polar
lipids
42
ability of substance to rotate plane polarized light.
Optical Activity
42
measure of how much the speed of light bends or reduced inside a medium
Refractive Index
43
include peripheral neuropathy, constipation, fatigue, and sedation.
Thalidomide toxicity
43
If a compound rotates plane polarized light in the clockwise (+) direction, it is said to be ____________
dextrorotatory
44
the presence of two or more variant forms of a specific DNA sequence that can occur among different individuals or populations.
Polymorphism
45
if it rotates light in the counterclockwise (-) direction it is ____________
levorotatory
46
failure to calibrate
Instrumentation Errors
46
may be defined as a deviation from the absolute value or from the true average of a large number of results
Errors
47
affects absorption
pH and Ionization
48
3 TYPES OF DETERMINATE ERROR
* Instrumentation Errors * Method Errors * Personal Errors
48
degredation of parts
Instrumentation Errors
49
TYPE OF ERRORS
* Determinate Errors * Indeterminate Errors * Pseudo-accidental or Variable Determinate Errors
50
errors due to non-ideal physical or chemical behavior
Method Errors
50
power fluctuation
Instrumentation Errors
51
flaws introduced by the observer
Personal Errors
52
errors that can be measured
DETERMINATE ERROR
53
usually detectable and can be corrected
DETERMINATE ERROR
54
arises from the design of experiment
DETERMINATE ERROR
55
error by chance/ accidental in nature
INDETERMINATE ERROR
56
limitations of reading balances, scales such as rulers or dials, and electrical “noise” in instruments.
INDETERMINATE ERROR
57
They arise from random fluctuation in temperature or other external factors, changes in pH
PSEUDO-ACCIDENTAL/ VARIABLE DETERMINATE
57
environmental factors
PSEUDO-ACCIDENTAL/ VARIABLE DETERMINATE
58
same production
Repeatability
58
reproducibility and repeatability
PRECISION AND ACCURACY
59
2 Types of Precision
* Repeatability * Reproducibility
60
the precision when a single analyst completes the analysis in a single session using the same solutions, equipment, and instrumentation.
Repeatability
61
the precision under any other set of conditions, including between analysts, or between laboratory sessions for a single analyst.
Reproducibility
62
- different time - same day, different analyst
Reproducibility