MATERIALS MANAGEMENT
KHADIJAH ADE-ABOLADE MPH. FPCPharm.
Chief Regulatory Officer/Lead Inspector
Drug Evaluation & Research
NAFDAC
OBJECTIVES
• To discuss the requirements for materials
management in pharmaceutical
manufacturing
• Highlight specific requirements for the
different types of materials in
pharmaceutical manufacturing
OUTLINE
• Types of pharmaceutical materials
• General requirements for materials
management
• Specific requirements for the different types
of materials
• Conclusion
TYPES OF PHARMACEUTICAL
MATERIALS
• Starting materials
• Packaging materials
• Intermediate and bulk products
• Finished products
• Rejected materials
• Recalled products
• Returned goods
• Reagents and culture media
• Reference standards
• Waste materials
• Miscellaneous materials
PERSONNEL
• Personnel performing work affecting the material or
product quality, including third parties, should have
an adequate combination of training, education, and
experience to carry out that work.
• Personnel dealing with hazardous materials should
be given specific training and should be provided
with the necessary protective equipment.
PERSONNEL
• Wear clean protective
apparel to protect
materials and products
from contamination by
personnel activities
• Personnel dealing with
hazardous materials
should be given specific
training and should be
provided with the
necessary protective
equipment.
SOURCING
• Purchasing
Not an administrative activity
Staff responsible for purchasing of materials, have
sufficient knowledge of the materials, products and
their suppliers
To ensure that the correct materials are supplied,
purchase materials direct from the API manufacturer
or reputable suppliers
SOURCING
• Supplier Qualification
A system that assures that a supplier’s product
is produced under controlled conditions,
resulting in consistent quality conformance.
Based on the principle of defect prevention,
rather than defect detection and inspection
QC and other relevant departments should
evaluate and approve suppliers based on their
history, nature of the materials and ability of the
suppliers to meet established specifications
SOURCING
• Supplier Qualification
Audit of the supplier’s manufacturing facility,
where possible or by proxy.
Confirm the quality systems in place at the
supplier end meet GMP
Establish that material quality will meet your
quality specifications
Capacity to meet your production needs
Where a material may be supplied from more
than one plant of the supplier, each plant must
be treated as a separate entity for certification
purposes.
SOURCING
• Transportation and Materials in Transit
Pharmaceutical starting materials should be
transported in accordance with procedures such
that:
The identity of the product is not lost.
The product does not contaminate and is not
contaminated by other products.
Adequate precautions are taken against spillage,
breakage, misappropriation and theft.
Appropriate environmental & storage conditions
are maintained.
SOURCING
• Transportation and Materials in Transit
 Transportation of materials containing
hazardous substances in safe, suitably
designed, secured containers and vehicles.
 Immediate cleaning of spillages according to
written procedures to prevent possible
contamination, cross-contamination and
hazards.
 Damage to containers and any other event or
problem that occurs during transit must be
recorded and reported
RECEIPT
• Receiving and dispatch bays
Materials and products should be protected from
weather during loading and offloading.
An area to clean incoming materials and containers
should be provided.
The SOP for receiving materials is an important
SOP.
Ensure that the correct materials are received from
the correct supplier in the correct quantity and other
relative quality parameters
RECEIPT
• Consignment Checks
Each consignment of materials should be
accompanied by the manufacturer’s COA of the
batch and the MSDS of the material
Note that the supplier’s COA may be accepted
provided the FPP manufacturer has established the
reliability of the supplier’s analysis through
appropriate periodic validation of the supplier’s
results and on-site audits of supplier’s facilities.
The COA must be original or authenticity should be
assured
RECEIPT
• Consignment Checks
Inspection for possible
contamination,
tampering and damage,
and any suspect
containers or, if
necessary, the entire
delivery should be
quarantined for further
investigation.
RECEIPT
• Consignment Checks
Cleaning of all containers before taking into the
premises, proper labelling with relevant information
(e.g. status, name of the material, reference code
etc.).
 Where additional labels are attached to the
containers, the original information should not be
lost e.g. expiry dates
STORAGE
• Materials should be handled and stored in a manner
as to prevent degradation, contamination and cross-
contamination
• Appropriate temperature and relative humidity
conditions within defined limits provided, controlled,
monitored and recorded
• Materials should be stored on pallets or racks to
facilitate cleaning, inspections, and pest trap
placement.
• Orderly manner using proper materials management
principles and stock rotation (FEFO)
STORAGE
ON THE LABEL MEANS
“Do not store over 30 °C” from+2°Cto+30°C
“Do not store over 25 °C” from+2°Cto+25°C
“Do not store over 15 °C” from+2°Cto+15°C
“Do not store over 8°C” from+2°Cto+8°C
“Do not store below 8 °C” from+8°Cto+25°C
“Protect from moisture” no more than 60% relative humidity in normal
storage conditions; to be provided to the
patient in a moisture-resistant container.
“Protect from light” to be provided to the patient in a light-
resistant container.
STORAGE
• Integrated pest management and control programs
which should typically involve a combination of both
chemical and non-chemical prevention and control
techniques.
• Rodents can usually be controlled by the placement
of baitless traps; the use of poison bait is not
acceptable in a pharmaceutical establishment.
• Insects are frequently eliminated by the use of
electric exterminators, whereas birds may be
trapped
STORAGE
• Storage Areas
• Sufficient capacity to allow the orderly storage of the
various categories of materials
• Designed to ensure good storage conditions, they
should be clean and dry and maintained within
acceptable temperature limits
• Required special storage conditions should be
provided, checked, monitored and recorded
• Adequate ventilation, air filtration, air heating and
cooling, exhaust system shall be provided within the
storage areas
STORAGE
• Storage Areas
• Any system replacing physical quarantine should
provide equivalent security
• Physical or other equivalent validated (e.g.
electronic) segregation should be provided for the
storage of rejected, expired, recalled or returned
materials or products
• Rejected materials and products should be identified
and controlled under a quarantine system designed
to prevent their use until a final decision is taken on
their fate.
STORAGE
• Storage Areas
• Highly active and radioactive materials, narcotics
and other hazardous, sensitive and/or dangerous
materials and pharmaceutical products, as well as
substances presenting special risks of abuse, fire or
explosion, (e.g. combustible liquids and solids and
pressurized gases) should be stored in a dedicated
area that is subject to appropriate additional safety
and security measures.
QUALITY CONTROL
Sampling
• There should be a separate sampling area for
starting materials in a controlled environment
• Sampling facilities should be designed to:
Prevent contamination of the opened container and
the materials;
Prevent cross-contamination by other materials,
products and the environment and;
Protect the sampler and the material during the
sampling procedure.
QUALITY CONTROL
Sampling
• Possibility that containers of starting materials may
be incorrectly labeled, steps to ensure that only the
correct materials are used.
• ID testing the contents of each container can
provide the necessary assurance to check
mislabeling of the containers and therefore mix-ups
• Partial mislabelling of a delivery represents a greater
potential hazard than a complete mislabelling of all
the containers in a delivery
QUALITY CONTROL
Sampling
• The containers from which samples were taken for
analysis, should be identified and carefully sealed
after sampling.
• Samplers should be adequately trained and
knowledgeable in the practical aspects of sampling
and should record details of any signs of
contamination, deterioration or tampering in the
sampling record.
• Sampling tools and implements should be made of
inert materials and kept scrupulously clean.
QUALITY CONTROL
Sampling
• Sampling Plan- must ensure that a representative
sample of the batch is taken and consider the
criticality and variability of the material, past quality
history of the supplier and the quantity needed for
analysis.
• Sampling plans are not recommended for sampling
of APIs for identification tests
QUALITY CONTROL
Sampling
• Sampling Plan- Examples
The “n” plan- when the material is considered
uniform and is supplied from a recognized source. n
= 1 + √N
The “p” plan- when the material is uniform, is
received from a recognized source and the main
purpose is to test for identity. p = 0.4 √N
The “r” plan- when the material is suspected to be
non-uniform and/or is received from a source that is
not well known. r = 1.5 √N
• N = number of containers in consignment
QUALITY CONTROL
Testing
• There should be specifications for materials and
products.
• Specifications and standard test methods in
pharmacopoeias or suitably developed
specifications or test methods
• The tests to be performed should be described in
the documentation on standard test methods.
• Only starting materials released by the responsible
officer in QC and within their shelf-life should be
used in manufacturing
QUALITY CONTROL
Retention Samples
For potential future evaluation of the quality of
batches of materials and products and not for future
stability testing.
Appropriately identified, representative of each
batch of material/product shall be retained.
Enough to conduct at least 2 comprehensive
analyses
Stored in the same immediate container-closure
system in which the material/product is marketed or
in one that has essentially the same characteristics.
Retained for 1 year after the expiration date of the
materials/products
GENERAL REQUIREMENTS
• All incoming materials and finished products
quarantined after receipt or processing
until released for use or distribution
stored
 under appropriate conditions
 orderly fashion (batch segregation)
 materials management
 stock rotation (FEFO)
• Materials for cleaning, lubrication, and pest control
 Not in direct contact with product
 Suitable grade, e.g. food grade
STARTING MATERIALS
• APIs & Excipients
• Purchasing – important operation
• From approved suppliers – if possible, direct from
the manufacturer
• Specifications for materials
• Consignment checks
 Integrity of package
 Seal intact
 Corresponds with the purchase order
 Delivery note
 Supplier’s labels
• Cleaned and labelled with information
STARTING MATERIALS
• Different batches in one delivery/consignment
• Starting materials labelled
 Name and internal code
 Supplier's batch number(s) and
manufacturer's on receipt
 Status (e.g. quarantine, on test, etc.)
 Expiry date or retest date
• Role of validated computer systems
• Sampled" containers identified
STARTING MATERIALS
• Use only QC released material if within shelf-life
• Dispensing
 Designated persons
 Written procedure
 Correct materials accurately weighed
 Clean, properly labelled containers
• Independent checks and record
 Material and weight or volume
• Dispensed material
 Kept together and labelled
PACKAGING MATERIALS
Primary and printed packaging materials
 Purchasing, handling and control
 as for starting materials
Printed packaging materials: particular attention
 Stored in secure conditions with authorized access
 Roll labels where possible in place of cut labels
 Loose materials stored and transported in separate,
closed containers - to avoid mix-ups
 Issued by designated personnel
 SOP for issue and returns
PACKAGING MATERIALS
Primary and printed packaging materials
• Each delivery or batch: specific reference number or
identification mark
• Delivery to packaging department
 Check quantity, identity and conformity to
packaging instructions
• Outdated or obsolete material
• Printed packaging materials: particular attention
 Destroyed
 Disposal records
INTERMEDIATE AND BULK
PRODUCTS
• Kept under appropriate
conditions
• If purchased as such
 Handled on receipt
as though these are
starting materials
Finished products
• Held in quarantine until
their final release
• Then stored as usable
stock under suitable
storage conditions
• Evaluation and
documentation necessary
for release
 Product release
procedure
 Batch record review
and related procedure
REJECTED MATERIALS
• Should be identified and controlled under a
quarantine system designed to prevent
inadvertent use in manufacturing.
• The Agency should be notified of decision to
destroy or return to supplier.
• Disposal should be in accordance with approved
procedures and environmental regulations
REPROCESSED AND
REWORKED MATERIALS
• A pharmaceutical product may be reprocessed
provided the subsequent meets appropriate
standards, specifications & characteristics.
• QC should consider additional testing of
reprocessed products.
• Rework of finished pharmaceutical products IS
NOT PERMITTED
RECALLED PRODUCTS
• Recalled products
 Identified
 Stored separately
 Secure area - access controlled
 Decision taken on their fate
RETURNED GOODS
• Returned goods
 Destroyed unless suitable quality
 SOP: decision regarding their fate (relabelling,
resale, etc.)
 Consider: nature of product, special storage
conditions, condition, history, time elapsed
since issue
 Action taken to be recorded
REAGENTS AND CULTURE
MEDIA
• Records of receipt or preparation
• Reagents
 Preparation in accordance with SOP
 Appropriately labelled:
 Concentration, standardization factor, shelf-life, re-
standardization due date, storage conditions
 Signed and dated
• Culture media
 Positive and negative controls each time prepared
and used
 Inoculum size appropriate
REFERENCE STANDARDS
• Official/Primary Reference Standards
 Use preferable whenever these exist
 Only for the purpose as per monograph
 Storage conditions
• Reference standards prepared by the producer
 Tested, released and stored in the same way as official
standards
 In a secure area
 A responsible person
• Secondary or working standards
 Appropriate checks and tests at regular intervals
 Standardized against official reference standards –
initially and at regular intervals
REFERENCE STANDARDS
• Reference standards labelled with information
including:
 Name
 Batch, Lot or Control number
 Date of preparation
 Shelf life
 Potency
 Storage conditions
• Stored and used in the appropriate manner
WASTE MATERIALS
• Proper and safe storage when awaiting disposal
• Toxic substances and flammable materials:
 In suitably designed, separate, enclosed areas
as per regulation
• Not to be allowed to accumulate
 Collected in suitable containers for removal to
collection points
 Safe and sanitary disposal
 Regular and frequent intervals
MISCELLANEOUS MATERIALS
• Rodenticides, insecticides, fumigating agents
• Sanitizing materials
• No contamination risk to equipment, starting
materials, packaging materials, in-process
materials, finished products
CONCLUSION
• “Garbage in, Garbage out”
• Compliance with the requirements for
materials management in pharmaceutical
manufacturing will lead to the good quality,
safe and efficacious products
References
• NAFDAC GMP Guidelines for Pharmaceutical Products 2016
• Nally, J.D. (2007). Good Manufacturing Practices for Pharmaceuticals
6th Ed. Pg. 71-82
• Ogbeide E. (2011) Presentation on Control of Pharmaceutical Starting
Materials
• WHO TRS 986 Annex 2; Good manufacturing practices for
pharmaceutical products: Main principles
• WHO TRS 929 (2005). Annex 4; Guidelines for sampling of
pharmaceutical products and related materials
• WHO. Quality Assurance of Pharmaceuticals: A compendium of
guidelines and related materials. Vol. 2 2nd Ed.
THANK YOU
QUESTIONS?

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MATERIALS-MANAGEMENT-_Khadiah-Ade-Abolade.ppt

  • 1. MATERIALS MANAGEMENT KHADIJAH ADE-ABOLADE MPH. FPCPharm. Chief Regulatory Officer/Lead Inspector Drug Evaluation & Research NAFDAC
  • 2. OBJECTIVES • To discuss the requirements for materials management in pharmaceutical manufacturing • Highlight specific requirements for the different types of materials in pharmaceutical manufacturing
  • 3. OUTLINE • Types of pharmaceutical materials • General requirements for materials management • Specific requirements for the different types of materials • Conclusion
  • 4. TYPES OF PHARMACEUTICAL MATERIALS • Starting materials • Packaging materials • Intermediate and bulk products • Finished products • Rejected materials • Recalled products • Returned goods • Reagents and culture media • Reference standards • Waste materials • Miscellaneous materials
  • 5. PERSONNEL • Personnel performing work affecting the material or product quality, including third parties, should have an adequate combination of training, education, and experience to carry out that work. • Personnel dealing with hazardous materials should be given specific training and should be provided with the necessary protective equipment.
  • 6. PERSONNEL • Wear clean protective apparel to protect materials and products from contamination by personnel activities • Personnel dealing with hazardous materials should be given specific training and should be provided with the necessary protective equipment.
  • 7. SOURCING • Purchasing Not an administrative activity Staff responsible for purchasing of materials, have sufficient knowledge of the materials, products and their suppliers To ensure that the correct materials are supplied, purchase materials direct from the API manufacturer or reputable suppliers
  • 8. SOURCING • Supplier Qualification A system that assures that a supplier’s product is produced under controlled conditions, resulting in consistent quality conformance. Based on the principle of defect prevention, rather than defect detection and inspection QC and other relevant departments should evaluate and approve suppliers based on their history, nature of the materials and ability of the suppliers to meet established specifications
  • 9. SOURCING • Supplier Qualification Audit of the supplier’s manufacturing facility, where possible or by proxy. Confirm the quality systems in place at the supplier end meet GMP Establish that material quality will meet your quality specifications Capacity to meet your production needs Where a material may be supplied from more than one plant of the supplier, each plant must be treated as a separate entity for certification purposes.
  • 10. SOURCING • Transportation and Materials in Transit Pharmaceutical starting materials should be transported in accordance with procedures such that: The identity of the product is not lost. The product does not contaminate and is not contaminated by other products. Adequate precautions are taken against spillage, breakage, misappropriation and theft. Appropriate environmental & storage conditions are maintained.
  • 11. SOURCING • Transportation and Materials in Transit  Transportation of materials containing hazardous substances in safe, suitably designed, secured containers and vehicles.  Immediate cleaning of spillages according to written procedures to prevent possible contamination, cross-contamination and hazards.  Damage to containers and any other event or problem that occurs during transit must be recorded and reported
  • 12. RECEIPT • Receiving and dispatch bays Materials and products should be protected from weather during loading and offloading. An area to clean incoming materials and containers should be provided. The SOP for receiving materials is an important SOP. Ensure that the correct materials are received from the correct supplier in the correct quantity and other relative quality parameters
  • 13. RECEIPT • Consignment Checks Each consignment of materials should be accompanied by the manufacturer’s COA of the batch and the MSDS of the material Note that the supplier’s COA may be accepted provided the FPP manufacturer has established the reliability of the supplier’s analysis through appropriate periodic validation of the supplier’s results and on-site audits of supplier’s facilities. The COA must be original or authenticity should be assured
  • 14. RECEIPT • Consignment Checks Inspection for possible contamination, tampering and damage, and any suspect containers or, if necessary, the entire delivery should be quarantined for further investigation.
  • 15. RECEIPT • Consignment Checks Cleaning of all containers before taking into the premises, proper labelling with relevant information (e.g. status, name of the material, reference code etc.).  Where additional labels are attached to the containers, the original information should not be lost e.g. expiry dates
  • 16. STORAGE • Materials should be handled and stored in a manner as to prevent degradation, contamination and cross- contamination • Appropriate temperature and relative humidity conditions within defined limits provided, controlled, monitored and recorded • Materials should be stored on pallets or racks to facilitate cleaning, inspections, and pest trap placement. • Orderly manner using proper materials management principles and stock rotation (FEFO)
  • 17. STORAGE ON THE LABEL MEANS “Do not store over 30 °C” from+2°Cto+30°C “Do not store over 25 °C” from+2°Cto+25°C “Do not store over 15 °C” from+2°Cto+15°C “Do not store over 8°C” from+2°Cto+8°C “Do not store below 8 °C” from+8°Cto+25°C “Protect from moisture” no more than 60% relative humidity in normal storage conditions; to be provided to the patient in a moisture-resistant container. “Protect from light” to be provided to the patient in a light- resistant container.
  • 18. STORAGE • Integrated pest management and control programs which should typically involve a combination of both chemical and non-chemical prevention and control techniques. • Rodents can usually be controlled by the placement of baitless traps; the use of poison bait is not acceptable in a pharmaceutical establishment. • Insects are frequently eliminated by the use of electric exterminators, whereas birds may be trapped
  • 19. STORAGE • Storage Areas • Sufficient capacity to allow the orderly storage of the various categories of materials • Designed to ensure good storage conditions, they should be clean and dry and maintained within acceptable temperature limits • Required special storage conditions should be provided, checked, monitored and recorded • Adequate ventilation, air filtration, air heating and cooling, exhaust system shall be provided within the storage areas
  • 20. STORAGE • Storage Areas • Any system replacing physical quarantine should provide equivalent security • Physical or other equivalent validated (e.g. electronic) segregation should be provided for the storage of rejected, expired, recalled or returned materials or products • Rejected materials and products should be identified and controlled under a quarantine system designed to prevent their use until a final decision is taken on their fate.
  • 21. STORAGE • Storage Areas • Highly active and radioactive materials, narcotics and other hazardous, sensitive and/or dangerous materials and pharmaceutical products, as well as substances presenting special risks of abuse, fire or explosion, (e.g. combustible liquids and solids and pressurized gases) should be stored in a dedicated area that is subject to appropriate additional safety and security measures.
  • 22. QUALITY CONTROL Sampling • There should be a separate sampling area for starting materials in a controlled environment • Sampling facilities should be designed to: Prevent contamination of the opened container and the materials; Prevent cross-contamination by other materials, products and the environment and; Protect the sampler and the material during the sampling procedure.
  • 23. QUALITY CONTROL Sampling • Possibility that containers of starting materials may be incorrectly labeled, steps to ensure that only the correct materials are used. • ID testing the contents of each container can provide the necessary assurance to check mislabeling of the containers and therefore mix-ups • Partial mislabelling of a delivery represents a greater potential hazard than a complete mislabelling of all the containers in a delivery
  • 24. QUALITY CONTROL Sampling • The containers from which samples were taken for analysis, should be identified and carefully sealed after sampling. • Samplers should be adequately trained and knowledgeable in the practical aspects of sampling and should record details of any signs of contamination, deterioration or tampering in the sampling record. • Sampling tools and implements should be made of inert materials and kept scrupulously clean.
  • 25. QUALITY CONTROL Sampling • Sampling Plan- must ensure that a representative sample of the batch is taken and consider the criticality and variability of the material, past quality history of the supplier and the quantity needed for analysis. • Sampling plans are not recommended for sampling of APIs for identification tests
  • 26. QUALITY CONTROL Sampling • Sampling Plan- Examples The “n” plan- when the material is considered uniform and is supplied from a recognized source. n = 1 + √N The “p” plan- when the material is uniform, is received from a recognized source and the main purpose is to test for identity. p = 0.4 √N The “r” plan- when the material is suspected to be non-uniform and/or is received from a source that is not well known. r = 1.5 √N • N = number of containers in consignment
  • 27. QUALITY CONTROL Testing • There should be specifications for materials and products. • Specifications and standard test methods in pharmacopoeias or suitably developed specifications or test methods • The tests to be performed should be described in the documentation on standard test methods. • Only starting materials released by the responsible officer in QC and within their shelf-life should be used in manufacturing
  • 28. QUALITY CONTROL Retention Samples For potential future evaluation of the quality of batches of materials and products and not for future stability testing. Appropriately identified, representative of each batch of material/product shall be retained. Enough to conduct at least 2 comprehensive analyses Stored in the same immediate container-closure system in which the material/product is marketed or in one that has essentially the same characteristics. Retained for 1 year after the expiration date of the materials/products
  • 29. GENERAL REQUIREMENTS • All incoming materials and finished products quarantined after receipt or processing until released for use or distribution stored  under appropriate conditions  orderly fashion (batch segregation)  materials management  stock rotation (FEFO) • Materials for cleaning, lubrication, and pest control  Not in direct contact with product  Suitable grade, e.g. food grade
  • 30. STARTING MATERIALS • APIs & Excipients • Purchasing – important operation • From approved suppliers – if possible, direct from the manufacturer • Specifications for materials • Consignment checks  Integrity of package  Seal intact  Corresponds with the purchase order  Delivery note  Supplier’s labels • Cleaned and labelled with information
  • 31. STARTING MATERIALS • Different batches in one delivery/consignment • Starting materials labelled  Name and internal code  Supplier's batch number(s) and manufacturer's on receipt  Status (e.g. quarantine, on test, etc.)  Expiry date or retest date • Role of validated computer systems • Sampled" containers identified
  • 32. STARTING MATERIALS • Use only QC released material if within shelf-life • Dispensing  Designated persons  Written procedure  Correct materials accurately weighed  Clean, properly labelled containers • Independent checks and record  Material and weight or volume • Dispensed material  Kept together and labelled
  • 33. PACKAGING MATERIALS Primary and printed packaging materials  Purchasing, handling and control  as for starting materials Printed packaging materials: particular attention  Stored in secure conditions with authorized access  Roll labels where possible in place of cut labels  Loose materials stored and transported in separate, closed containers - to avoid mix-ups  Issued by designated personnel  SOP for issue and returns
  • 34. PACKAGING MATERIALS Primary and printed packaging materials • Each delivery or batch: specific reference number or identification mark • Delivery to packaging department  Check quantity, identity and conformity to packaging instructions • Outdated or obsolete material • Printed packaging materials: particular attention  Destroyed  Disposal records
  • 35. INTERMEDIATE AND BULK PRODUCTS • Kept under appropriate conditions • If purchased as such  Handled on receipt as though these are starting materials
  • 36. Finished products • Held in quarantine until their final release • Then stored as usable stock under suitable storage conditions • Evaluation and documentation necessary for release  Product release procedure  Batch record review and related procedure
  • 37. REJECTED MATERIALS • Should be identified and controlled under a quarantine system designed to prevent inadvertent use in manufacturing. • The Agency should be notified of decision to destroy or return to supplier. • Disposal should be in accordance with approved procedures and environmental regulations
  • 38. REPROCESSED AND REWORKED MATERIALS • A pharmaceutical product may be reprocessed provided the subsequent meets appropriate standards, specifications & characteristics. • QC should consider additional testing of reprocessed products. • Rework of finished pharmaceutical products IS NOT PERMITTED
  • 39. RECALLED PRODUCTS • Recalled products  Identified  Stored separately  Secure area - access controlled  Decision taken on their fate
  • 40. RETURNED GOODS • Returned goods  Destroyed unless suitable quality  SOP: decision regarding their fate (relabelling, resale, etc.)  Consider: nature of product, special storage conditions, condition, history, time elapsed since issue  Action taken to be recorded
  • 41. REAGENTS AND CULTURE MEDIA • Records of receipt or preparation • Reagents  Preparation in accordance with SOP  Appropriately labelled:  Concentration, standardization factor, shelf-life, re- standardization due date, storage conditions  Signed and dated • Culture media  Positive and negative controls each time prepared and used  Inoculum size appropriate
  • 42. REFERENCE STANDARDS • Official/Primary Reference Standards  Use preferable whenever these exist  Only for the purpose as per monograph  Storage conditions • Reference standards prepared by the producer  Tested, released and stored in the same way as official standards  In a secure area  A responsible person • Secondary or working standards  Appropriate checks and tests at regular intervals  Standardized against official reference standards – initially and at regular intervals
  • 43. REFERENCE STANDARDS • Reference standards labelled with information including:  Name  Batch, Lot or Control number  Date of preparation  Shelf life  Potency  Storage conditions • Stored and used in the appropriate manner
  • 44. WASTE MATERIALS • Proper and safe storage when awaiting disposal • Toxic substances and flammable materials:  In suitably designed, separate, enclosed areas as per regulation • Not to be allowed to accumulate  Collected in suitable containers for removal to collection points  Safe and sanitary disposal  Regular and frequent intervals
  • 45. MISCELLANEOUS MATERIALS • Rodenticides, insecticides, fumigating agents • Sanitizing materials • No contamination risk to equipment, starting materials, packaging materials, in-process materials, finished products
  • 46. CONCLUSION • “Garbage in, Garbage out” • Compliance with the requirements for materials management in pharmaceutical manufacturing will lead to the good quality, safe and efficacious products
  • 47. References • NAFDAC GMP Guidelines for Pharmaceutical Products 2016 • Nally, J.D. (2007). Good Manufacturing Practices for Pharmaceuticals 6th Ed. Pg. 71-82 • Ogbeide E. (2011) Presentation on Control of Pharmaceutical Starting Materials • WHO TRS 986 Annex 2; Good manufacturing practices for pharmaceutical products: Main principles • WHO TRS 929 (2005). Annex 4; Guidelines for sampling of pharmaceutical products and related materials • WHO. Quality Assurance of Pharmaceuticals: A compendium of guidelines and related materials. Vol. 2 2nd Ed.

Editor's Notes

  • #3: Highlight specific requirements for the different types of materials in pharmaceutical manufacturing