463 PHT Parenteral Quality Control
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Transcript of 463 PHT Parenteral Quality Control
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463 PHT
Compendia requirement for parenteral
dosage forms
Nahla S Barakat, PhD
Dept. of Pharmaceutics
College of Pharmacy
1430-2009
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Parenteral quality Control
Parenteral articles are preparations intended for injection
through the skin or other external boundary tissue, rather than
through the alimentary canal.
They are prepared by methods designed to ensure that theymeet the pharmacopeial requirements for sterility, Pyrogens,
Particulate matter and other contaminants
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Nomenclature
[DRUG] injection
[DRUG] for Injection
[DRUG] Injectable emulsion
[DRUG] Injectable suspension
[DRUG ] for Injectable suspension
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Large-volume intravenous solution: is a single
dose injection that is intended for iv use and ispackaged in container labeled as containing
more than 100 ml
Small-volume intravenous injection: is applied
to an injection that is packaged in containers
labeled as containing 100 ml or less.
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Ingredients Vehicles and added substances
Aqueous vehicles:
Types of water: Purified water
Sterile Purified water
Sterile water for injection
Bacteriostatic water for Injection Sterile water for inhalation
Sterile water for Irrigation
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Drinking water: may be used in the early stage of chemical
synthesis and in the early stages of the cleaning of
pharmaceutical manufacturing equipments.
Purified water: (USP monograph), is used in the preparation of
some bulk pharmaceutical chemicals, do not use purified
water in preparations intended for parenteral administration.
Must be protected from microbial proliferation.
Sterile purified water: Is purified water that is packaged and
rendered sterile, contains no antimicrobial agent.
It is not for parenteral administration
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Water for injection: is intended for use in the preparation of
parenteral solutions and in the preparation of some bulkpharmaceutical chemicals. It must be protected from
microbial contamination.
It meets the requirements of all of the tests under purified
water + Bacterial Endotoxin Test.
Sterile water for injection: It is prepared from water for
injection that is sterilized and suitably packaged. It contains no
antimicrobial agent. It is used as diluents for parenteral
products.
It is packaged in single dose container not larger than 1-Litresize.
Bacterial Endotoxin Test + Particulate Matter Test.
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Bacteriostatic water for injection: is sterile water for injection
which contain on or more suitable antimicrobial agents. It is
intended to be used as diluent for parenteral products.
It is packaged in single or multiple-dose containers, not larger
than 30 mL size.
NOT FOR USE IN NEWBORNS
+ Antimicrobial Preservatives-effectiveness
Sterile water for irrigation: It contains no antimicrobial agent.
It is intended to delivered rapidly.
For irrigation only, Not for injection.
Packaged in single-dose containers of larger than 1-liter size.
- Particulate Matter Test.
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Sterile water for inhalation: Is intended for use in inhalators
and in the preparation of inhalation solutions.
Not use for parenteral administration.
+ Bacterial Endotoxin Test.
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Other vehicles:
Fixed oil used in non- aqueous injection are of vegetable
origin, have no taste, no odour suggesting rancidity,
Have a saponification value 185-200,
Have an Iodine value between 79-141.
Test for:
Unsaponifiable matter
Free Fatty acid
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Added substances:
Suitable substances may be added to preparations intended
for injection to increase stability or usefulness.Observe special care in the choice and use of added
substances in preparations for injection that areadministered in a volume exceeding 5 ml.
The following maximum limit
For agents containing mercury and cationic SAA, 0.01%
For those of the types of chlorobutanol, cresol, phenol,0.5%
For sulfur dioxide, sulfite, bisulfite, metabisulfite, 0.2%
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Substances to prevent the growth of microorganisms must be
added to preparations intended for injection that are packagedin multiple-dose containers, except the active ingredients are
themselves antimicrobial.
Such substances also meet the requirements of Antimicrobial
preservatives-effectiveness, and Antimicrobial Agents-
Content.
The air in the container may be evacuated or be displaced by a
chemically inert gas, when specified in the monograph,
information regarding sensitivity of the article to oxygen.
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Volume in container
An injection container is filled with a volume in slight excess of
the labeled size
Determination of filled volume:
10 mL or more 1 container
3-10 mL 3 containers
Less than 3 mL 5 containers11--33463 PHT13
Viscous liquidMobile liquidLabeled size
0.12 mL0.1 mL0.5 mL
0.15 mL0.1 mL1 mL
0.25 mL0.15 mL2 mL0.5 mL0.3 mL5 mL
0.7 mL0.5 mL10 mL
0.9 mL0.6 mL20 mL
3%2%50 mL or more
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Take up individually the content of each container into a dry
hypodermic syringe fitted with 21-guage needle, 2.5 cm
length.
Discharge the contents of the syringe into a dry cylinder or in
dry tared beaker, weigh the solution.
The content of two or three containers (each 1 or 2-mL) may
be pooled for the measurement using separate dry syringe.
The volume is not less than the labeled volume in the case of
containers examined individually,
or in the case of pooled samples, is not less than the sum of the
labeled volumes of the containers taken collectively.
For injections containing oil, warm the containers and shake
them thoroughly and remove the content. Cool to 25 C before
measuring the volume.
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PARTICULATE MATTER IN INJECTIONS
Particulate matter in injections and parenteral infusions
consists of mobile undissolved particles, other than gas
bubbles, unintentionally present in the solutions.
For the determination of particulate matter, two procedures,
Method 1 (Light Obscuration Particle Count Test) and Method2 (Microscopic Particle Count Test), are specified hereinafter.
When examining injections and parenteral infusions for sub-
visible particles Method 1 is preferably applied. However, it
may be necessary to test some preparations by the lightobscuration particle count test followed by the microscopic
particle count test to reach a conclusion on conformance to
the requirements.
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When Method 1 is not applicable, e.g. in case of preparations
having reduced clarity or increased viscosity, the test should
be carried out according to Method 2, Emulsions, colloids, andliposomal preparations are examples.
Similarly, products that produce air or gas bubbles when
drawn into the sensor may also require microscopic particlecount testing.
If the viscosity of the preparation to be tested is sufficiently
high so as to preclude its examination by either test method, a
quantitative dilution with an appropriate diluents may be made
to decrease viscosity, as necessary, to allow the analysis to be
performed
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METHOD 1. LIGHT OBSCURATION PARTICLE COUNT TEST
Use a suitable apparatus based on the principle of light
blockage which allows an automatic determination of the size
of particles and the number of particles according to size.
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General precautions
The test is carried out under conditions limiting particulate
matter, preferably in a laminar-flow cabinet.
Very carefully wash the glassware and filtration equipment
used, with a warm detergent solution and rinse with abundant
amounts of water to remove all traces of detergent.
Immediately before use, rinse the equipment from top tobottom, outside and then inside, with particle-free water.
Take care not to introduce air bubbles into the preparation to
be examined, especially when fractions of the preparation are
being transferred to the container in which the determination is
to be carried out.
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Method
Mix the contents of the sample by slowly inverting the
container 20 times successively. If necessary, cautiouslyremove the sealing closure. Clean the outer surfaces of the
container opening using a jet of particle-free water and
remove the closure, avoiding any contamination of the
contents. Eliminate gas bubbles by appropriate measures such
as allowing to stand for 2 min or sonicating.
For large-volume parenterals, single units are tested.
For small-volume parenterals less than 25 ml in volume, the
contents of 10 or more units is combined in a cleaned
container to obtain a volume of not less than 25 ml;
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the test solution may be prepared by mixing the contents of a
suitable number of vials and diluting to 25 ml with particle-
free water or with an appropriate particle-free solvent when
particle-free water is not suitable.
Small volume parenterals having a volume of 25 ml or more
may be tested individually. Remove four portions, each of not less than 5 ml, and count
the number of particles equal to or greater than 10 m and 25
m.
Disregard the result obtained for the first portion, and calculatethe mean number of particles for the preparation to be
examined.
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Evaluation
For preparations supplied in containers with a nominalvolume of more than 100 ml, apply the criteria of test 1.A.
The preparation complies with the test if the average number
of particles present in the units tested does not exceed 25 per
mL equal to or greater than 10 m and does not exceed 3 per
mL equal to or greater than 25 m.
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For preparations supplied in containers with a nominal
volume of less than 100 ml, apply the criteria of test 1.B. The preparation complies with the test if the average number
of particles present in the units tested does not exceed 6000
per container equal to or greater than 10 m and does not
exceed 600 per container equal to or greater than 25 m.
If the average number of particles exceeds the limits, test the
preparation by the Microscopic Particle Count Test.
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METHOD 2. MICROSCOPIC PARTICLE COUNT TEST
The microscope is equipped with an ocular micrometer
calibrated with an objective micrometer, a mechanical stage
capable of holding and traversing the entire filtration area of
the membrane filter, two suitable illuminators to provide
episcopic illumination in addition to oblique illumination, andis adjusted to 100 10 magnifications.
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Test 2.A Solutions for parenteral infusion or solutions for
injection supplied in containers with a nominal content of
more than 100 mL. The preparation complies with the test if the average number
of particles present in the units tested does not exceed 12 per
mL equal to or greater than 10 m and does not exceed 2 per
mL equal to or greater than 25 m. Test 2.B Solutions for parenteral infusion or solutions for
injection supplied in containers with a nominal content of less
than 100 ml.
The preparation complies with the test if the average number
of particles present in the units tested does not exceed 3000 per
container equal to or greater than 10 m and does not exceed
300 per container equal to or greater than 25 m.
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Pyrogen testing
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Is designed to limit to a acceptable level the risks offebrile reaction in the patient to the injectable
administration of the product concerned.
It involves measuring the rise in temperature of
rabbits following i.v injection (into ear vein) of a test
solution in a dose 10 ml/kg within 10 min.
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Use temperature-sensing probe to measure the rabbits
body temp. 30 min before the injection of the test dose.
(use three rabbits).
Do not use a rabbit for pyrogen test more frequently than
once every 48 hours, do not use any rabbit having a temp.
exceeding 39.8C.
Record the temp. at 30-min intervals between 1 and 3
hours subsequent to the injection.
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Consider any temp. decrease as zero rise. If no rabbit show a
rise in temp. of 0.5 or more its respective control temp. i.e
the product is pyrogen-free.
If any rabbit show rise in temp. of 0.5 or more, continue the
test using 5 other rabbits.
If not more than 3 rabbits of the 8 rabbits show individual
rise in temp. of 0.5 or more and if the sum of the 8 individual
maximum temp. rises doesnt exceed 3.3C ; the material is
pyrogen-free
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Packaging
containers for injections The container is made of material that permits
inspection of the contents.
Containers are closed by fusion or byapplication of suitable closures.
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Elastomeric closures for Injections are made of materials
obtained by vulcanization (cross-linking) polymerization,
polyaddition, or polycondensation of macromolecular organic
substances (elastomers).
Closure formulations contain natural or synthetic elastomers
and inorganic and organic additives to aid or control
vulcanization, impart physical and chemical properties orcolor, or stabilize the closure formulation.
Such closure are typically used as part of a vial, bottle, or pre-
fill syringe package system.
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Criteria for the selection of an elastomeric closure should alsoinclude a careful review of all the ingredients to assure that
no known or suspected carcinogens, or other toxic substances
are added.
DefinitionAn elastomeric closure is a packaging component
that is, or may be, in direct contact with the drug.
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Functionality tests
Includes: penetrability, fragmentation, self-sealing capacity Functionality tests are performed on closures intended to be
pierced by a hypodermic needle.
The self-sealing capacity is required only for closures intendedfor multiple-dose containers.
The needle specified for each test is a lubricated long bevelhypodermic needle*.
* Sterile hypodermic needle with an external diameter of
0.8mm (21 Gauge).
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Penetrability
ProcedureFill 10 suitable vials to the nominal volume with
water, fit the closures to be examined, and secure with a cap.
Using a new hypodermic needle for each closure, pierce the
closure with the needle perpendicular to the surface.
RequirementThe force for piercing is no greater than 10 N (1
kgf) for each closure, determinedwith an accuracy of 0.25 N
(25 gf).
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Fragmentation
Closures for LiquidPreparationsFill 12 clean vials with water
to 4 mL less than the nominal capacity. Fit the closures to beexamined, secure with a cap, and allow to stand for 16 hours.
Closures for Dry PreparationsFit closures to be examined
into 12 clean vials, and secure each with a cap.
ProcedureUsing a hypodermic needle fitted to a cleansyringe, inject into each vial 1 mL of water while removing 1
mL of air. Repeat this procedure 4 times for each closure,
piercing each time at a different site.
Use a new needle for each closure, checking that it is not
blunted during the test.
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Filter the total volume of liquid in all the vials through a single
filter with a nominal pore size no greater than 0.5 m. Count the rubber fragments on the surface of the filter visible
to the naked eye.
Requirement:
there are no more than 5 fragments visible.
This limit is based on the assumption that fragments with adiameter 0.5 m are visible to the naked eye.
In case of doubt, the particles are examined microscopically to
verify the nature and size.
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Self-Sealing Capacity
ProcedureFill 10 suitable vials with water to the nominal
volume. Fit the closures that are to be examined, and cap.
Using a new hypodermic needle as described above for each
closure, pierce each closure 10 times, piercing each time at a
different site.
Immerse the 10 vials in a solution of 0.1% (1 g per L)methylene blue, and reduce the external pressure by 27 kPa
for 10 minutes.
Restore to atmospheric pressure, and leave the vials
immersed for 30 minutes. Rinse the outside of the vials. RequirementNone of the vials contain any trace of blue
solution.
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Type of glass containers:
Type I, II: Soda-lime glass is suitably dealkalized are usually
used for packaging neutral and acidic parenteral
preparations.
Type III is soda-lime glass containers are not used for
parenteral preparations.
Type NP glass: for packaging nonparenteral articles, for oral
and topical use.
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Powdered glass Test:
Use crushed glass containers in 250-ml conical flask, add 50ml high purity water, cap the flask with borosilicate glass
beaker
Place the containers in the autoclave and close it securely hold
temperature at 1212rC for 30 min., counting from the time
this temperature is reached.
cool the flask, decant the water from the flask into a clean
vessel, and wash the residual powdered glass with high purity
water, add 5 drops methyl red solution, titrate immediately
with 0.02 N sulfuric acid . Record the volume of 0.02N Sulfuric acid used to neutralize
the extract from 10 g of the prepared specimen of glass.
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Water attack at 121C
Rinse 3 or more containers with high purity water
Fill each container to 90% of its capacity with high purity
water
Cap all the flasks with borosilicate glass beaker, place in the
autoclave at 121 C for 60 min
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mL of 0.02 N acidGeneral
description
Type
1.0High resistant
borosilicate glass
I
0.7
0.2
Treated soda lime
glass
II
8.5
Soda lime glassIII
15.0
All purpose glassNP
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Labels and labeling
The label states the name of the preparation (in case of a liquid
preparation)
The percentage content of drug in a specified volume (in case
of dry preparation) The route of administration
Storage condition
Expiration date
Name of the manufacturer
The lot number
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Containers for injection that are intended for use as dialysis, orirrigation solution are labeled to indicate that the contents are
not intended for use by iv infusion
Injection intended forveterinary use are labeled to that effect
The containers are so labeled that a sufficient area of thecontainer remains uncovered for its full length to permit
inspection of the contents
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