Introduction & Validation of Analytical Procedures Flashcards

(43 cards)

1
Q

COMMON MANUFACTURING ERRORS

A

-Contamination of
the Drug/ Medical
Device
-Wrong Dose of Drug
-Wrong Label Being
Put on the Drug/
Medical Device
-A Medical Device
that is not Designed
According to an
Approved Plan

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2
Q

Something that was not supposed to
be added to the drug or medical
device may have gotten in during the
manufacturing process.

A

Contamination of
the Drug/ Medical
Device

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3
Q

The medication may be stronger or
weaker than it was designed.

A

Wrong Dose of Drug

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4
Q

The label may be missing crucial
information or may be the wrong
label for the medication or medical
device.

A

Wrong Label Being
Put on the Drug/
Medical Device

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5
Q

A part could be broken or missing

A

A Medical Device
that is not Designed
According to an
Approved Plan

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6
Q

-Controlled from start to finish
-May deviate from the standard → analysis are done →
quality of analysis is checked

A

QUALITY OF A PRODUCT

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7
Q

time at which product is at least 90%
effective

A

Shelf-life -

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8
Q

T/f : Quality control means Testing of products throughout their shelf-life

A

True

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9
Q

Provides the criteria that are used to judge the quality of an
analysis

A

PHARMACEUTICAL ANALYSIS

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10
Q

PHARMACEUTICAL ANALYSIS is the control of ______________, ______________ and the validation of _______

A

-Control of analytical quality
-Control of errors in analysis
-Validation of analytical procedures

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11
Q

VALIDATION USP

A

1225

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12
Q

defined as the verification, by data and analysis, that the
design objectives of a given facility, system, apparatus, or
procedures are reliably fulfilled in routine operation.

A

VALIDATION

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13
Q

a planned series of interactive tests and inspection
designed to describe and reduce uncertainty in an
important process

A

Validation

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14
Q

a documented program which provides a high degree of
assurance that a specific process will consistently produce
a product meeting its predetermined specification and
quality attributes

A

PROCESS VALIDATION

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15
Q

this describes how things are done

A

PROCESS VALIDATION

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16
Q

refers to the way of performing the analysis.

A

VALIDATION OF ANALYTICAL PROCEDURE

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17
Q

T/F: VALIDATION OF ANALYTICAL PROCEDURE should describe in detail the steps necessary to perform
each analytical test

A

True

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18
Q

It is to demonstrate that it is suitable for its intended
purpose (ICH Guidelines)

A

VALIDATION OF ANALYTICAL PROCEDURE

19
Q

Common Types of Analytical Procedures

A

Assay, Identification Tests, Testing for impurities

20
Q

most common (e.g. detecting amount of active
ingredient used)

21
Q

to identify whether it is the target
product

A

Identification Tests

22
Q

(identification) Ensure the identity of the analyte

23
Q

(Purity Test) allow an accurate statement of the content of
impurities of an analyte

24
Q

(Assay) provide an exact result on the content or potency of
an analyte in the sample

25
Nearness to the true value
ACCURACY
26
Accuracy should be assessed using a minimum of ____________
9 determinations (minimum of 3 concentration in triplicate)
27
T/F: accuracy is usually compared with the standard (USP)
true
28
levels of precision
Repeatability, Intermediate, Reproducibility
29
Minimum of 9 determinations; 3 different concentrations in triplicate
Repeatability
30
Minimum of 6 determinations at 100% of the test concentration
Repeatability
31
Laboratory variations; different days, analysts and/or equipment
Intermediate
32
It is performing the tests between laboratories
Reproducibility
33
The lowest amount of analyte in a sample that can be detected but not quantified by test methods
DETECTION LIMIT (LOD)
34
The lowest amount of analyte in a sample that can be quantified in the sample
QUANTITATION LIMIT (LOQ)
35
The method must be able to produce results that are directly proportional with the concentration of analyte in the sample
LINEARITY
36
A minimum of ________ concentration is recommended for linearity
5
37
It is the interval between the upper and lower concentration of analyte in the sample
RANGE
38
A measure of its capacity to remain unaffected by small deliberate variations in method parameters
ROBUSTNESS
39
(Category) Analytical procedure for quantification of major component of bulk drug substances or active ingredients (including preservatives) in finished pharmaceutical products
Category I
40
(Category) Analytical procedures are for determination of impurities in bulk drug substances or degradation compounds in finished pharmaceutical products
Category II
41
Category II include
quantitative assays and limit tests
42
(Category) Analytical procedures for determination of performance characteristics (e.g., dissolution, drug release, and others)
Category III
43
Identification tests
Category IV