Sterile Product Requirements Flashcards

(37 cards)

1
Q

General sterile requirements

A

Sterile
Particulate free

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2
Q

Sources of microbial contamination

A

Raw material
Water supply
Air supply
Processing operations
Equipment
Employees
Environment

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3
Q

Sterility

A

Complete destruction of all living organisms and their spores or complete removal

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4
Q

Sterility assurance level

A

1/10^6

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5
Q

Approaches to sterility

A

Initial control
Terminal sterilization
Aseptic processing
Preservatives

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6
Q

D-value

A

Time in minutes required to destroy 90% of microbes

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7
Q

Biological indicator

A

Specific microorganism resistant to a particular method of sterilization

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8
Q

Validation of sterility

A

At known level and known D-value survival should be less than or equal to 10^-6

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9
Q

Steam sterilization

A

Moist heat causes irreversible denaturation of essential proteins
D= 1min at 121 degrees C
USP: 120 C at 15 psi for 20 min

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10
Q

Steam sterilization works for

A

Equipment
Single dose in a sealed container

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11
Q

Steam sterilization damages

A

Oils
Proteins
Powders

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12
Q

Dry heat sterilization

A

Dehydration, denaturation, and slow burning or oxidation
D= 3 min at 160 degrees C
USP: 160-170 C for more than 2 hours

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13
Q

Dry heat sterilization works for

A

Fats and oils/petroleum semi-solids
Dry items

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14
Q

Radiation sterilization

A

Irradiation creates free radicals leading to cell damage and death
Gamma radiation

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15
Q

Radiation sterilization orks for

A

Pharmaceuticals
Medical devices

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16
Q

Radiation sterilization damages

A

Biologic drugs

17
Q

Gas sterilization

A

EO is alkylating agent—reacts with amine group on DNA
Must be allowed to dissipate after sterilization

18
Q

Gas sterilization works for

A

Heat and moisture sensitive materials
Medical devices

19
Q

Sterilization would not work on

A

Coronavirus
Pseudomonas diminutive organism

20
Q

Particulate matter tests

A

Check sterile products for particulate matter
Limit is 50 particles of 10+ micromolar per mL

21
Q

Before dispensing sterile products

A

Pharmacists should check for particulates by swirling the solution and looking at it against light and dark backgrounds

22
Q

Sources of particulate matter

A

bacteria/fungi
Incomplete dissolution of drug
Precipitate from incompatible mixtures
Glass particles from ampules
Particles from rubber stoppers
Particles from plastic

23
Q

Particulates and the IV route

A

Can be emboli leading to thromboembolism or phlebitis

24
Q

Thromboembolism

A

Embolism of thrombus

25
Phlebitis
Inflammation of the vein Reduced when IV infusions are filtered
26
Depth filter
Substances that trap particles in channels
27
Screen Filter
Surface filtration
28
Microbial filter
0.22 micromolar
29
Final filter
Particulate or microbial; in-line filter for IV
30
Issues with filtration
Drug loss Protein absorption especially at low C
31
When is filtration preferred
Solutions that are unstable by thermal, chemical, or radiation sterilization
32
When are preservatives required
In multiple-dose products
33
What solutions are susceptible to microbial contamination?
Aqueous solutions, emulsions and suspensions
34
What solutions may not need preservatives?
Ph<3 Ph>9 Hydroalcoholic: >15% alcohol Hypertonic solutions: 67% sucrose
35
Adverse reactions
Death of neonates: benzoyl alcohol Intrathecal and epidural toxicity Long-term Parenteral drug treatment
36
Pyrogens
Fever causing organic molecules from microbial contamination Primary source: water
37
LPS
From the cell wall of bacteria