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Transcript of C-3 cGMP
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Chapter 3
cGMP and cGCP
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Organization and Personnel
Responsibilities of quality control unit
Personnel qualifications
Personnel responsibilities
Consultants
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Building and Facilities
Design and Construction features
Lighting
Ventilation, air filtration, air heating and cooling
Plumbing
Sewage and refuse
Washing and toilet facilities
Sanitation
Maintenance
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Equipment
Equipment design, size, and location
Equipment construction
Equipment cleaning and maintenance
Automatic, mechanical, and electronic
equipment
Filters
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Control of Components and Drug
Product Containers and Closures
General requirements
Receipt and storage of untested components, drug productcontainers, and closures
Testing and approval or rejection of components, drug
product containers, and closuresUse of approved components, drug product containers, andclosures
Retesting of approved components, drug product containers,and closures
Rejected components, drug product containers, andclosures
Drug product containers and closures
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Production and Process Control
Written procedures;
deviations
Charge-in of
components
Sampling and testing of
in-process materials
and drug products
Calculation of yield
Equipment identification
Processing
Time limitations onproduction
Control of microbial
contamination
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Packaging and Labeling Control
Materials examination and usage criteria
Labeling issuance
Packaging and labeling operations
Tamper-resistant packaging requirements for over-
the counter human drug products
Drug product inspection
Distribution procedures
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Laboratory Controls
General requirements
Testing and release for distribution
Stability testing
Special testing requirements
Reserve samples
Laboratory animals
Penicillin contamination
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Holding and Distribution
Warehousing procedures
Distribution procedures
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RecordsandReports
General requirements
Equipment cleaning and use log
Component, drug product container, closures,
and labeling recordsMaster production and control records
Batch production and control records
Production record reviewLaboratory records
Distribution records
Complaint files
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Returned and Salvaged Drug Products
Returned drug products
Drug product salvaging
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cGMP Manufacturing Regulation Standard for the:BUILDINGS
@ Must be planned for easy cleaning, maintenance and freedom from
congestion and traffic
@ Adequate space for proper operation of manufacturing, processing,
packaging, control and storage of products and their components
@ Adequate locker facilities and hot and cold washing facilities, cleantoilet
@ Adequate supply of potable water, drains should be of adequate size,
equipped with traps to prevent backsiphonage
@ Suitable housing and space for the care of all laboratory animals
@ Safe and sanitary disposal of sewage, trash, and other refuse within
and from the buildings and immediate premises
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EQUIPMENTEquipment used for the manufacturer, processing, packaging,
holding, testing, or control of drugs and cosmetics should be
maintained in a clean and an orderly manner
@ Its surface should not be reactive, additive or absorptive as to
alter the properties of the or cosmetics
@ It should prevent any substance required for its operations,
such as lubricants or coolants, to come in contact with the
product
@ It should facilitate adjustment, disassembly, cleaning and
maintenance as necessary to assure uniformity of production
@ It should be of suitable type, size and accuracy of any intended,
measuring, mixing, weighing, or other processing or storage
operation.
@ Each piece of equipment should have its own logbook and
identification number
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Entries in the equipment logbook must cover:
1. Date when equipment was used
2. Name of product where equipment was used
3. Date when it was cleaned
4. Person responsible for cleaning
5. Date when equipment was validated
6. Result of validation
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PERSONNEL
@ proper education, training and experience to
execute technological assignments
@ should have periodic health checks, free from
communicable disease and open lesions on theexposed surface of the body
@ good personal hygiene, wear clean outer garments.
@ no personnel should store personal belongings,
eat, food, drink beverages, or use tobacco in any butprescribed areas.
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PACKAGING AND LABELING
@ to prevent mix-ups between drugs
during the filling, packaging, and
labeling operations
@ to assure that correct labels and
labeling are employed for the drug
@ to identify the finished product with a lotor control number
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LABORATORY CONTROLS
@ appropriate specifications, standards,
and test procedures (identity, weight
variations,disintegration, homogeneity)
@ conform to appropriate standards of
identity, strength, quality and purity
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Records and Reports
Name and strength of
the product
Dosage forms
Quantitative amounts ofcomponents and
dosage units
Complete
manufacturing and
control procedures
Special notations
Equipment used
Calibration of
instruments Distribution records
Dated and employee-
identified record
Specifications
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EXPIRATION DATING
@ to ensure that drug product meets
applicable standards of identity,
strength quality, and purity at time of
use
@ it must bear an expiration date
determined by appropriatestability testing.
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TAMPER EVIDENT PACKAGING
@ define as one having one or moreindicators or barriers to entry
which, if breach or missing, canreasonably be expected to provide
visible evidence to consumers that
tampering has occurred.
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RETURNED and SALVAGED DRUG PRODUCTS
@ returned drug (from wholesalers) must beidentified by lot number and product qualitydetermined through appropriate testing.
@ drug products that meet specifications maybe salvaged or processed.
@ records for all returned products must bemaintained and must include the date and
reasons for return, quantity and lot number,
procedures employed for holding, testing, andreprocessing the product; and productdisposition.
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Examples Of Packaging Tamper Resistant
Types of Package Tamper Protection
1. Film Wrappers Film wrapped and sealed around product
and/or product containers; film must be cutor torn to remove product
2. Blister/Strip Packs Individually sealed dosage units; removalrequires tearing or breaking individual
compartment
3. Bubble Packs Product and container sealed in plastic,
usually mounted on/in display card; plasticmust be cut or broken open to remove
product
4. Shrink Seals/Bands Bands or wrappers which are shrunk by heator drying to conform to cap and containers
must be torn to open
5. Foil, Paper, Plastic, Sealed individual packets; must be torn toPouches reach product
6. Bottle Seals Paper or foil sealed to mouth of a containerunder cap; must be torn or broken to reach
product
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Examples Of Packaging Tamper Resistant
Types of Package Tamper Protection
7. Tape Seals Paper or foil sealed over carton flap or bottlecap; must be torn or broken to reach product
8. Breakable CapsPlastic or metal tearaway caps over container;must be broken to remove
9. Sealed Tubes Seal over mouth of tube; must be punctured toreach product
10. Sealed cartons Carton flaps are sealed; carton cannot beopened without damage
11. Aerosol Containers Tamper-resistant by design
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INFORMATION AND TECHNOLOGY
@ can enhance pharmaceutical process development,
production efficiencies, product quality, and
regulatory compliance
@ used extensively in plant operations such as productionscheduling, in process manufacturing, quality control, and
packaging and labeling
@ robotic devices increasingly are being employed to replace
manual operations in production lines, analytical sampling,
and packaging. ( sampling and analysis, tablet contentuniformity, and dissolution testing)
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Active Pharmaceutical Ingredients andPharmaceutical Excipients
1. Specifications and analytical methods for all reactive and non
reactive components used in synthesis
2. Critical chemical reaction steps
3. Handling of chemical intermediates
4. Effect of scale-up of chemical batches on the field
5. Quality of the water systems
6. Solvent handling and recovery systems
7. Analytical methods to detect impurities or chemical residuesand the limits
8. Stability studies of the bulk chemical
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CURRENT GOOD COMPOUNDING PRACTICES
A number of reasons have been presented for the increase in preparing
patient-specific medications, including the following:
1. Many patients need drug dosage or strengths that are not commerciallyavailable.
2. Many patients need dosage forms, such as suppositories, oral liquids,
or topicals that are not commercially available.
3. Many patients are allergic to excipients in commercially available
product.
4. Childrens medications must be prepared as liquids, flavored to
enhance compliance, and prepared in alternative dosage forms,
such as lozenges, gumdrops, and lollipops.
5. Some medications are not very stable and require preparation and
dispensing every few days; they are not suitable to bemanufactured products
6. Many products are reported in the literature but are not manufactured
yet, so pharmacist can compound them for their physicians and
patients use.
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7. Many physicians desire to try products in innovative ways, and
pharmacists can work with them to solve medication
problems.
8. Most products are not available for veterinary patients and
must be compounded.9. Home health care and the treatment of an increasing number of
patients at home has resulted in many community pharmacies and
home health care pharmacies preparing sterile products for
home use; formerly, most sterile products were in the
hospital.
10. Hospice care has resulted in new approaches to pain
management and higher concentrations and
combinations of drugs that are now used
CURRENT GOOD COMPOUNDINGPRACTICES
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Pharmacopeia-National Formulary
Pharmacy Compounding, includes the following discussions:
1. Compounding environment
2. Stability of compounded preparations
3. Ingredient selection and calculations
4. Checklist for acceptable strength, quality and purity
5. Compounded preparations
6. Compounding process
7. Compounding records and documents8. Quality control
9. Patient counseling
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The cGMP Regulations Establish
Standards for the Manufacturing Facilities and Equipment
Personnel
Components or Raw Materials
Production and Control Records and Procedures
Product Containers
Packaging and Labeling
Laboratory Controls
Distribution Records
Product Stability
Expiry Dating
Complain for all pharmaceutical productsmanufacturer
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OBJECTIVES OF cGMP
SAFE
PURE
EFFECTIVE
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NON COMPLIANCE TO cGMP
1. Quality variation and worse
2. Contamination
3. Mix ups
4. Errors
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3 TYPES OF CONTAMINATION
Particulate
Cross Contamination
Microbial Contamination
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CONTAINERS
According to USP, a container is that which holds the
article and is or may be in direct contact with the
article.
Immediate container is that which is in direct contact with the
article at all times.
The closure is part of the container.
The container must not interact physically or chemically with the drugso as to alter its strength, quality, or purity beyond the official
requirement.
Sterile hermetic containers are generally used to holdpreparations intended for injection or parenteral
administration
Depending on the intended use and type of
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Depending on the intended use and type ofcontainer, among the qualities tested are thefollowing:
1. Physicochemical properties
2. Light-transmission for glass or plastic
3. Drug compatibility
4. Leaching and/or migration
5. Vapor transmission for plastic
6. Moisture barrier
7. Toxicity for plastic
8. Valve, actuator, metered dose particle size, spray characteristics, leaks
for aerosols
9. Sterility and permeation for parenteral containers
10. Drug stability for all packaging
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CLASSIFICATION OF CONTAINERS
Well Closed containers protect thecontents from extraneous solids and from
loss of the drug under ordinary conditions of
handling, shipment, storage and distribution
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CLASSIFICATION OF CONTAINERS
Tight Containers protect the contentsfrom contamination by extraneous liquids,
solids or vapors from loss of the drug, from
efflourescence, hygroscopic or evaporation inhandling, shipment, storage, and distribution.
Tight containers can be reclosed after being
opened
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CLASSIFICATION OF CONTAINERS
Hermetic Container protect from air,gas under ordinary conditions of handling,
shipment, storage, and distribution. This
container is used for injection or parenteraladministration
FOUR CATEGORIES AND TYPE ACCORDING
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FOUR CATEGORIES AND TYPE ACCORDINGTO ITS RESISTANT TO WATER (GLASS)
Type 1 - Highly resistant, Borosilicate glass
Type 2 - Treated Soda lime glass
Type 3 - Soda lime glassType 4 - General purpose Soda lime glass
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ADVANTAGES OF PLASTIC OVER GLASSCONTAINERS
1. Lightness of weight and resistant to impact and
lower transportation costs and losses due to
container damage
2. Versatility in container design and consumeracceptance afforded by plastics
3. The interest and convenience in utilization low and
medium density polyethylene in the formation of
squeeze bottles
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PROBLEMS OF USING PLASTIC ASCONTAINER/PACKAGING
1. Permeability of the containers to atmospheric
gases and to moisture vapor.
2. Leaching of the constituents of the container to
the internal contents
3. Sorption of drugs from the contents to the
container
4. Transmission of light through the container
5. Alteration of the container upon storage
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TERMS
Permeability - The process of solution and diffusion penetrateinitially dissolving on the plastic material on one side and
diffusion on the other side.
Leaching - Term used to described the release or movement of
components of a container into the contents.SORPTION - Term used to indicate the binding of molecules to
polymer materials. It may be adsorption or absorption.
Tamper resistant or Tamper evident - is define as one havingindicators or barriers to entry which, if breached or missing,
can reasonably be expected to provide evidence to consumers
that tampering has occurred.
TYPE I II d III i t d d f t l d t TYPE NP i
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TYPE I, II, and III are intended for parenteral products. TYPE NP isintended for other products.Each type is tested according to its resistance to waterattack. The degree of attack is determined by the amount of alkali releasedfrom the glass in specified test conditions.
Leaching of alkali from the glass into a pharmaceutical solution or
preparation could alter the pH and thus the stability of theproduct.TYPE I is the most resistant glass of the four categories
The termplastic does not apply to a single type of material but ratherto a vast number of materials, each developed to have desired features.
Example: the addition of methyl groups to every carbon atom in polymer
chains of polyethylene will give polypropylene, a material that can beautoclaved, where as polyethylene cannot.
If a chlorine atom is added to every other carbon in the polyethylene
polymer, Polyvinyl chloride (PVC) is produced. It has a good clarity, making itparticularly useful in the blister packaging of tablet and capsules. It has a significant
drawback for packaging medical devices (syringes): it is unsuitable for gamma
sterilization.Examples of NEWER plastics: polyethylene terephthalate (PET),
amorphous polyethylene terephthalate glycol (APET), and polyethylene
terephthalate glycol (PETG). Both APET and PETG have excellent transparency
and luster and can be sterilized with gamma radiation.
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The Permeability of a plastic is a function of severalfactors:
1. nature of polymer itself;
2. the amounts and types of plasticizers, fillers,
lubricants, pigments and other additives;
3. pressure and temperature.
4. Generally, increases in temperature, pressure and
use of additives tend to increase thepermeability of plastic. Glass containers are less
permeable than plastic
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Compounds leached from plasticcontainers are the polymer additives,
such as the plasticizers, stabilizers, orantioxidants. May be influenced by
temperature, excessive agitation of the
filled container.
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Sorption occurs through chemical or physical meansdue to the chemical structure of the solute molecules
and the physical and chemical properties of the
polymer.
Sorption may occur with the active pharmacologicagents or pharmaceutical excipients. The
sorption of pharmaceutical excipients such ascolorants,preservatives, or stabilizers would
likewise alter the quality of product.
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Deformations, softening, hardening, andother physical changes in plastic containerscan be caused by the action of the
containers contents or external factors,including changes in temperature and thephysical stress placed upon the containerin handling and shipping.
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Child-resistant container
- is defined as one that is significantly
difficult for children under 5 years of
age to open or to obtain a harmful
amount of its contents within areasonable time and that is not difficult
fornormaladults to use properly
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The 4 Basic designs commonly used are:
1. Align arrows
2. Squeeze and turn
3. Press down and turn
4. Latch top
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Compliance Packaging
Factors associated with non compliance
1. Misunderstanding the dosingschedule
2. Confusion because the patient is takingmultiple medications
3. Forgetfulness
4. Feeling of well-being leading topremature discontinuance ofmedication
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ContainersPhysical Evaluation
Shape
Volume
Finish
Opening Diameter
Height
Print
Cleanliness Stress crack resistance
Weight
Thickness
Color
Clarity Leak
Torque
Peeling of paint
Light transmision
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The physico-chemical tests for containers
Identification
Infra-red properties
Thermal analysis
Moisture
Extractable substance
Non-volatile residue
Water vapor
permeation/transmission
Resistance to water
attack
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Containers and Closure
Containers and closure depends on the
geometry of two
A. The material used in their construction
B. The composition of the cap liner and thetightness with which the cap has been
applied
Closures should fit the tread of the container
It should sit on a container without tilting, produce no leaks
Should not rotate continuously, be reasonably tight and
look elegant
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LABELS
Product name/strength
Control code
Expiration date
Rx symbol Registration number
Incorrect
Glueing
Alignment
Torn/soiled
Freedom fromdust/smears
Missing
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PACKAGE INSERTS
Incorrect
Missing
Freedom from dirt/smears
Torn/soiled
Poorly folded or inserted
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ACCESSORIES
Missing
Mislocated
Freedom from dust and smears
Defective
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PRINTING: Control Code/Expiration Date
Incorrect
Missing
Illegible
Smeared by legible
Mislocation
Printing skips
Misaligned
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PRODUCT UNITS
Incorrect packaging
Empty package
Incomplete package
content
Incorrect count per unit
Incorrect count per
display unit
Contamination withforeign material
Wrong size
Improper assembly of
printed materials
Improper position of
liquid containers
Soiled packaging
component
Incorrect count per
packer/shipper
Ragged cuts
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PACKAGING
Packaging according to USP andNF, a container is the device that
holds a drug and is or may be,
in direct contact with the drug.
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Packaging Materials
Paper, foil, plastics or cellophane, foil to
foil, glass, cartons, wrapping papers,
shipping cases, cap liners, labels,
printed inserts, jars, and bottles
Light resistant container must met thestandard 290 to 450nm wavelength
light transmission.
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Hermetic Container May Be:
1. Single Dose Container - intended as asingle dose and which once opened cannot
be resealed to assure sterility is maintained.
2. Multiple Dose Container - container whichpermits withdrawal of successive
portions of the contents without changing the
strength or enlarging the quality or purity
of the remaining portion.
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Dosage Forms as Tablets, Capsules, Oral liquidsmay be Package in:
1. Single Unit Container - is one that isdesigned to hold a quantity of drugintended for administration as single
dose promptly after container is opened.2. Multiple Unit Container - contains
more than a single unit or dose of
medication. A single package is termedas UNIT DOSE.
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Packaging
Consider the following points
1. The units may have to run on a high-speed line
2. They may involve a complicated assembly3. The package may be functional
4. The package must be completelycompatible with the product
5. The package must be protect the productand assure its stability
6. The package must ship well
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PACKAGE INSERTS
Name of the drug
Formulation
Description of the
product
Pharmacology
Indications
Contraindication
Precautions
Adverse reaction
Dosage and mode ofadministration
Warnings
Information for the
patient Availability
Storage Conditions
Manufacturer and
distributor The date of the latest
revision of the packageinsert must be printed
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Packaging control- Reasons
To assure that only those product that havemet the standards and specificationsestablished in the master formula recordsshall be distributed to the market
To prevent mix-ups and errors
To assure that correct labels and labelingmaterials are employed for the product
To assure that the finished product is properlyidentified with a control code that permitsconstruction of the history of the product
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Mix-ups and Errors: Prevention
Prior to use, facilities are cleared out ofpackage finished products and packagingmaterials of the previous run
Products which are similar in appearance,containers or labeling are not processedsimultaneously on adjacent or nearby linesunless these operations are separated byphysical barrier
Proper reconciliation is done after thepackaging operation is completed
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Important Points to be considered
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Important Points to be considered
in packaging: CONTAINERS
Freedom from cracks, chips
Freedom from dents, distortions
Contamination with foreign matter
Leakage
Fill/weight/volume
Important Points to be considered
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Important Points to be considered
in packaging: STRIPS/POUCHES Product name/strength
Control code
Expiration date
Rx symbol
Leakers in vacuum
Weak seal
Empty or wrong count
Torn of pouch
Freedom from dust or
smears
Correct cutting
Powder in pouches and
seals
Perforations of tear
notches non-functional
Fill/weight/volume
Important Points to be considered
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Important Points to be considered
in packaging: CLOSURES
Sealing tightness
Freedom from dust/smears
Crimping
Correct design/color
LABELING REQUIREMENTS
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PRESCRIPTION DRUGS
1. Rx Symbol
@ All drugs which require the Rx of a
Physician,Dentist or Veterinarian shall bear an Rx
symbol
@ The symbol shall prominently placed on theprincipal display panel of the label
@ The symbol shall be of contrasting color to the
background on which it appears, with no particular
color required and shall not be less than 50% of theshorter dimension of the rectangular label
LABELING REQUIREMENTS
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@ For products individually packed in foil or similarwrapper, the symbol shall appear on the foil and the outer
container from which they are removed for dispensing.
@ In case of ampules or other container, if too small,
unable to accommodate a label; the symbol shall appearon the outer container from which they are removed for
dispensing or use.
@ Rx requirement - Caution: Food, Drug and
Cosmetic Law prohibits dispensing withoutprescription
PRESCRIPTION DRUGS
1. Rx Symbol
2. Name of the Drug Product
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The name of the product may either be given in the following nomenclature,
which should include the (1)pharmaceutical form, (2) mode of administration and(3) potency
A. Brand name - shall refer to the assigned name to theproduct
Example: X Tablet 325 mg
B. Generic name - shall refer to the common names ofscientifically recognized active ingredients
Examples: Acetaminophen Tablet 500 mg
Chloramphenicol Palmitate Suspension
125 mg/5mL
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C. The brand name or generic of the product mustappear on the principal display panel of the
label
D. For products requiring reconstitution or dilutionprior to administration, the final form of the productfor administration shall be the pharmaceutical formto be used.
Example: Erythromycin Ethyl SuccinateGranules, For Suspension or For Syrup
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3 Pharmacologic Category
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Pharmacologic category states
the therapeutic action of the drug
The category should be printed on
the principal display panel of the
inner and outer label
3. Pharmacologic Category
4 F l ti
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Formulation refers to the list and amount of activemedicinal ingredients per dosage unit expressed in the
metric system
@ amount of active ingredient must be stated
@ multiple components shall be enumerated
in the order of decreasing
pharmacologic activity
@ use of non proprietary name (INN) ispreferred whenever available
4. Formulation
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@ electrolytes for replacement therapy must be
expressed in milliequivalence
@ the salt forms of vitamins/minerals must be statedExample: Vitamin D (Cholecalciferol)
Ferrous Sulfate (equivalent to elemental Iron)
@ in active ingredients of ophthalmic, otological drip,
injection, intravenous fluids, ointments, creams,vaginal and uterine tablets must be stated on the
label
@ the coloring agent- tartrazine should be indicated
with precaution since it causes allergic reaction to
some individuals
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6. Dosage and Mode of Administration
Dosage - shall refer to the amount of intake ofthe drug at a given frequency interval,
condition and time of administration.
Mode of Administration - shall refer to thesite and manner the drug is to introduced into
the body.
7. Warnings, Contraindications and
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7. Warnings, Contraindications andPrecautions
Warning - information about occurrence of seriouspotential hazards and side effects associated with the use
of the drug and the limitation of its use
Contraindications - the condition wherein the drug may
cause harm to the patientPrecautions - Instruction and special care to avoidundesired effects and to assure the safe and effective use
of the product
NOTE: Warnings, Contraindications and Precautions specificallyrequired must be stated on the label
P k I
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8. Package Inserts
@ Contains information applying only tothe product and its active
substances@ All Rx drug product shall have
package insert
9 S f R f
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9. Statement of Reference
@ when the space is limited on the label
the statementSee Package Insert is
necessary as notification for additionalinformation regarding the usage of the
drug.
10. Name and Addresses of the
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@ must appear as one phrase on the
principal display panel of the
inner and the outer label
10. Name and Addresses of themanufacturer/importer/distributor/license/repacker
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11. Lot Number
Means any distinctive combination of letters ornumber, or both by which the complete history
of the product, control, packaging and distribution of
a batch or lot of a drug is determined
@ Lot Number is required to appear on bothinner and outer label of the product
@ Lot number must be printed on the tin foil orevery two pieces of the dosage form
12 E i ti D t
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12. Expiration Date
It is the period beyond which a pharmaceutic specialtyis not expected to have retained its pharmacologicattributes to guarantee its safety, strength, quality andpurity, provided the prescribed storage conditions have
been maintained@ Shall expressed in terms of the month and year.
Last day of the month is assumed as theintended expiration date
@ for reconstitution - must stated suitable beyond-use-date and storage condition
13 Registration Number
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13. Registration Number
Is the number assigned to the
pharmaceutical specialty upon
submission for registration.
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14. Net Content
Is the total amount/quantity of the
dosage form in a certain container
expressed in metric system and mustdeclared in the inner and outer label
of the product.
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15. Storage Condition
Is the prevailing specified temperature,
humidity and other environmental factors
within which a range will optimal stability
based on experimental evidence of the
product
@ shall be printed on the inner and outer
label of the product
OTC LABELING
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OTC LABELING
As noted, OTC package labeling must also include appropriatewarning statements
Examples:
The use of laxatives
WARNING:
Do not use when abdominal pain, nausea, orvomiting is present. Frequent or prolonged use of thispreparation may result in dependence on laxatives
OTC Cough Remedies
WARNING:
A persistent cough may be a sign of a serious condition. Ifcough persists for more than 1 week, tends to recur, or isaccompanied by a fever, rash, or persistent headache, consult adoctor.
LABELING
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LABELING
According to regulations, drug labelingincludes not only the label placed onthe immediate container and
packaging but also the packageinserts, company literature,advertising and promotional
materials.
INFORMATIONS AFFIXED TO THE CONTAINER
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INFORMATIONS AFFIXED TO THE CONTAINEROF LEGEND DRUGS
1. Nonproprietary name of the drug present and trademark
2. Name and address of manufacturer or distribution
3. Quantity, statement of the amount of each drug present per unit ofweight, volume, or dosage units
4. Pharmaceutical type of dosage form constituting the product
5. Net amount of drug product contained in the package in units of weight volume
6. The Legend - Caution
7. Usual dose
8. A label reference and see accompanying insert
9. Special Storage Instruction
10. FDA Registration Number
11. Manufacturers control number identifying the batch of lot number of drug
12. An expiry Date
13. For controlled drug- Warning - Habit Forming
14. Rx Symbol
Rx Label: When filling a Rx, information on the label
are the following:
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are the following:
1. The name and address of the pharmacy
2. The serial number of the prescription
3. The date of the Rx or the date of filling and refilling
4. The name of the prescriber
5. The name of the patient
6. Directions for use, including precautions if any, as
indicated on the Rx
In addition to the above, state laws may require additional
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information
7. The address of the patient
8. The initials or name of the dispensing
pharmacist
9. The telephone number of the pharmacy
10. The drug name, strength and manufacturers lot
or control number
11. The expiration date of the drug
12. The name of the manufacturer or distributor
Labeling
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The word POISON and Vignette representing a skull and cross inprominent big letters should be printed on red labels.
For Both Rx and OTC Drugs
1. The products intended for external use, the statement FOR EXTERNAL USEONLY printed in red color shall appear on the inner and outer label ofthe container.
2. The warning statement should appear on the inner and outer label of theproduct.
3. All information required to appear on the label must be:
a. Clearly and prominently displayed
b. The information should be readable with normal vision withoutstraining
c. The color contrast, the position and spacing of the information
are to be taken into consideration in complying with
these requirements.
OTC Labeling: Patient-Oriented information is
included in the labeling including the following:
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included in the labeling, including the following:
1. Product name and statement of identity, e.g. liquid antacid,
listing of active ingredients and net quantity of contents.
2. Statements of all conditions, purpose or uses for which the
drug is intended or commonly used.
3. Directions for used - quantity of dose
4. Dosage instructions - frequency of administration
5. Warnings - maximum duration of administration or application,
anticipated side effects
6. Cautionary statements - storage in a safe place out of the
reach of children
OTC Labeling: Patient-Oriented information isincluded in the labeling including the following:
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included in the labeling, including the following:
7. Drug Interaction precautions
8. Route of administration or application
9. Preparation for use - shaking, dilution,adjustment of temperature
10. Declaration of presence of the dye Yellow No. 5(hypersensitive) and alcohol
11. If the medication is to be taken internally, thelabel must contain the statement: As withany drug, if you are pregnant or nursing ababy, seek the advice of a health professional
before using the product
Labeling of Drugs in Small Containers
When the inner label of a drug is too small to accommodate all the
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When the inner label of a drug is too small to accommodate all the
information required, it should contain at least the following:
1. The proper name of the drug
2. The category of the drug
3. The potency of the drug
4. The net content of the drug
5. The route of administration
6. The name and address of manufacturer/distributor of the drug
7. The lot number of the drug
8. The expiration date of the drug
9. The registration number of the drug
NOTE: The labeling requirements of drug generally apply to all
container sizes. However, some containers are too small to carry all theinformation required by the Food and Drug Regulation
Terms generally used in such labeling defined by official
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g y g y
compedias
1. Cold any temperature not exceeding 8 C. A refrigerator is acold place/maintained thermostatically between 20 C to
80 C. A freezer is -100 C to -200 C.
2. Cool - any temperature between 80 C to 150 C. A
refrigerator maybe also used.3. Room Temperature - temperature between 150 C to 300 C.
Official room temperature is 250 C.
4. Warm - temperature between 300 C to 400 C.
5. Excessive Heat - any temperature above 400 C
6. Protect from freezing/Keep away from freezing
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