Quiz
Containers 2018
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Questions in this quiz (37)
1• [blank_start]USP[blank_end] container: “that which holds the article and is or may be in direct contact with the article”
• [blank_start]Immediate[blank_end] container: “that which is in direct contact with the article at all times”- AUSP
- BImmediate
2[blank_start]Well-Closed[blank_end] Container—Protects the contents from extraneous solids and from loss of the article under the ordinary or customary conditions of handling, shipment, storage, and distribution.
- AWell Closed
3[blank_start]Tight[blank_end] Container: protect the content from contamination by extraneous liquids, solids or vapors, from loss from efflorescence, deliquescence and evaporation under ordinary conditions
- ATight
4[blank_start]Efflorescence[blank_end] is the loss of water of crystallization from a hydrated or solvated salt due to exposure to air.
- AEfflorescence
5[blank_start]Hermetic[blank_end] container: impervious to air or any other gas under the ordinary or customary conditions
- Sterile vial for single use
- Withdraw of article without changing the quality, purity, strength of article- AHermetic
6Sterile hermetic containers are generally used to hold preparations intended for [blank_start]injection[blank_end] or [blank_start]parenteral[blank_end] administration.
- Ainjection
- Bparenteral
7A [blank_start]multiple dose[blank_end] container is a hermetic container that permits withdrawal of successive portions of the contents without changing the strength or endangering the quality or purity of the remaining portion.
• These containers are commonly called vials.- Amultiple dose
8Single-Dose Container: is a single-unit container for articles intended for [blank_start]parenteral[blank_end] administration only.
Multiple-Dose Container: is a multiple-unit container for articles intended for [blank_start]parenteral[blank_end] administration only.- Aparenteral
- Bparenteral
9[blank_start]Unit Dose[blank_end] Container: is a single-unit container for articles intended for administration by other than the parenteral route as a single dose, direct from the container
- AUnit Dose
10Single-unit containers that package a prescription drug to be dispensed directly to the patient [blank_start]are required to be child-resistant[blank_end]
- Aare required to be child-resistant
- Bmay/may not need to be child-resistant
11Single-unit packaging intended for institutional or hospital use [blank_start]may/may not need to be child-resistant[blank_end]
- Amay/may not need to be child-resistant
- Bare required to be child-resisitant
12[blank_start]Multiple Unit[blank_end] Container: is a container that permits withdrawal of successive portions of the contents without changing the strength, quality, or purity of the remaining portion.
- AMultiple Unit
13Cold: Any temperature not exceeding [blank_start]8[blank_end] °C
- A refrigerator is a cold place in which the temperature is between [blank_start]2[blank_end] and [blank_start]8[blank_end] °C- A8
- B2
- C8
14Cool: Any temperature between [blank_start]8[blank_end]° and [blank_start]15[blank_end] °C
- A8
- B15
15Room temperature: The temperature prevailing in a working area. A controlled room temperature encompasses the usual working environment of [blank_start]20[blank_end]° to [blank_start]25[blank_end] °C
- A20
- B25
16Warm: Any temperature between [blank_start]30[blank_end]° and [blank_start]40[blank_end] °C
- A30
- B40
17Excessive heat: Above [blank_start]40[blank_end] °C
- A40
18Protection from freezing: Where in addition to the risk of breakage of the container, freezing subjects a product to loss of [blank_start]strength[blank_end] or [blank_start]potency[blank_end] or to destructive alteration of the dosage form, the container label bears an appropriate instruction to protect the product from freezing.
- Astrength
- Bpotency
19For containers used for drugs being dispensed on prescription, the containers so tested are tight containers if not more than one of the 10 test containers exceeds [blank_start]100[blank_end] mg per day per L in moisture permeability, and none exceeds [blank_start]200[blank_end] mg per day per L.
- A100
- B200
20For containers used for drugs being dispensed on prescription, the containers are well-closed containers if not more than one of the 10 test containers exceeds [blank_start]2000[blank_end] mg per day per L in moisture permeability, and none exceeds [blank_start]3000[blank_end] mg per day per L.
- A2000
- B3000
21A patient [blank_start]med pak[blank_end] is a package prepared by a pharmacist for a specific patient comprising a series of containers and containing [blank_start]two[blank_end] or more prescribed solid oral dosage forms
- Amed pak
- B2
22Class A if not more than 1 of 10 containers tested exceeds [blank_start]0.5 mg per day[blank_end] in moisture permeation rate and none exceeds [blank_start]1 mg per day[blank_end];
Class B not exceeds [blank_start]5 mg per day[blank_end] and none exceeds [blank_start]10 mg per day[blank_end]
Class C not exceeds [blank_start]20 mg per day[blank_end] and none exceeds [blank_start]40 mg per day[blank_end];
Class D if the containers tested meet none of the moisture permeation rate requirements.- A0.5 mg per day
- B5 mg per day
- C20 mg per day
- D5 mg per day
- E0.5 mg per day
- F20 mg per day
- G20 mg per day
- H5 mg per day
- I0.5 mg per day
- J10 mg per day
- K1 mg per day
- L40 mg per day
- M40 mg per day
- N1 mg per day
- O10 mg per day
- P1 mg per day
- Q10 mg per day
- R40 mg per day
23if a sterile product is repackaged from a multiple-dose vial into unit-dose (disposable) syringes, discard the latter if not used within [blank_start]24[blank_end] hours, unless data are available to support longer storage
- A24
24solutions of [blank_start]alkalis[blank_end] cause separation of glass flakes from the walls of the container over time
- Aalkalis
25[blank_start]Soda Lime[blank_end] Glass (III)
• Soft and chemically not very resistant
• Thermal shock
• Anhydrous , dry content- ASoda Lime
26• [blank_start]Surface treated[blank_end] Glasses (II)
• 500 °C sulfur oxide- ASurface treated
27[blank_start]Borosilicate[blank_end] Glass (I)
• Boron + aluminum oxides
• Better chemical resistance and shock resistant
• Higher price, higher melting point- ABorosilicate
28[blank_start]Ampoule[blank_end]
thin wall; glass or polyethylene or polypropylene, sealed by fusion; single use- AAmpoule
29[blank_start]Vial[blank_end]
thin to medium wall; rubber stopper; single or multiple use- AVial
30[blank_start]Polyethylene[blank_end]
- it is not heat resistant
- It is used to bottle milk, water, juices, bleach, detergents, and motor oil.
- This plastic is usually either cloudy white,- APolyethylene
31[blank_start]PETE[blank_end]
- valued for its clarity, toughness, and ability to resist permeation by carbon dioxide.
- represents approximately 30 percent of the plastic bottle market and is used to package a wide variety of food and beverage products such as soft drinks, juices, edible oils, liquor and peanut butter- APETE
32[blank_start]PVC[blank_end]
• Clear
• Up to 30% plasticizer (Dioctylphthalate)
• Highly permeable to oxygen and water
• Blood collection bags
• Not useful for radiation sterilization- APVC
33[blank_start]PP[blank_end]
• Clear
• No plasticizers
• Brittle at low temperatures
• Can be autoclaved- APP
34[blank_start]Teflon[blank_end]
- extreme resistance to heat to 200°C
- semi-rigid
- slippery and non-wettable- ATeflon
35[blank_start]Polymethylpentene[blank_end]
• High temperature resistant 160 0C
• Expensive
• Graduated cylinders are made of this- APolymethylpentene
36[blank_start]Polycarbonate[blank_end] (astronaut)
• High temperature resistant
• Brittle
• Compatible with Ethyleneoxide
[blank_start]Polyesters[blank_end]
• Beverage bottles
• Material of the future?
[blank_start]Copolymers[blank_end]
• Saran (PE + Latex)
• PVC – Aluminium foil- APolycarbonate
- BPolyesters
- CCopolymers
37Types of Rubber:
[blank_start]Butyl[blank_end] Rubber
[blank_start]Nitrile[blank_end] Rubber
[blank_start]Chloroprene[blank_end] Rubber- AButyl
- BNitrile
- CChloroprene
Information
- Description
- • Demonstrate knowledge of different package materials and their use and compatibility with drugs • Define USP containers • Define USP storage conditions
- Author
- Crystal Yu
- Language
- English
- Views
- 7
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