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GOODLABORATORYPRACTICE
Presented by,
K.Meghana M.Pharm 1st Year
Department of Pharmacology
K.K College of Pharmacy, Chennai.
What is good laboratory practice ?
•It is a formal regulation proposed by
USFDA on Nov 19, 1976.
•It is a quality system concerned with
the organizational process and the
conditions under which non –clinical
health & environmental safety studied
are planned, performed, monitored,
achieved and reported.
Drug
companies
Government and
company
Laboratories
Hazard
Assessment
International trade
GLP
Data
Advantages
• Assures the data are the true
reflection of results obtained from
the study.
• Preclinical Safety and Residue
Safety.
• Mutual acceptance of data.
• Increases public confidence.
• Shortens the time to market for
new products.
Disadvantages
• More man power is required.
• Expensive process.
• Time consuming process.
Objectives
• To assure that the data are the
true reflection of results obtained
from the study.
• To make sure that the data is
traceable.
• To promote international
acceptance of tests.
GLP Principles
Quality
Assurance
Program
Storage and
retention of
records &
materials
Apparatus,
Materials,
Reagents
Test
Systems
Test and
Reference
Substance
s
Standard
operating
procedures
Performace
of studyFacilities
Reporting of
study results
Testing
facility
organisation
& personnel
1.Test Facility Organization and Personnel
A. Test Facility Management’s Responsibilities:
• Sufficient number of qualified
personals, Appropriate facilities,
equipment and materials are available
for the timely and proper conduct of the
study.
• Ensure the record maintenance of
qualification, training and experience.
• Job description for each professional
and technical individual.
• Documented approval of study plan by
the study director.
B. Study Director’s Responsibilities:
• Any amendments to the study plan by
dated signature.
• Availability of SOPS to the personnel.
• Raw data generated are fully
documented and recorded.
• Sign and date the final report.
• Ensure after completion of the study,
the study plan, the final report, raw
data and supporting material are
archived.
C. Principal Investigator’s Responsibilities:
• Principal Investigator will ensure that
the delegated phases of the study are
conducted in accordance with the
applicable principles of GLP.
2.Quality Assurance Programme:
• Quality Assurance Personnel.
• Study plan contains the information
verification.
• Conduct Inspections
Study based inspections
Facility based inspections
Process based inspections
• Records of such inspections should be
retained.
3. Facilities
1. General Facilities
A. Testing System Facilities:
• Suitable size, construction and location.
• Adequate degree of separation of
different activities.
• Laboratories should be well ventilated,
free for dusts, drafts and extreme
temperatures.
• Minimum 150 Square feet of floor space
and minimum 6 linear feet of usable
bench space should be provided for
each analyst.
B. Archive Facilities:
• Secure storage and retrieval of study
plans, raw data, final report and
specimens to prevent untimely
detoriation.
C. Waste Disposal:
• Appropriate collection, storage and
disposal facilities and decontamination
procedures.
2. Animal Care Facilities:
• Located away from testing laboratories
preferably in a separate building.
• Contamination risk is reduced by barrier
system.
• Separate areas for animals of different
species and studies.
• Separate area for diagnosis, treatment and
control of laboratory animal diseases.
• Lightning should be proper.
• Maintain room temperature, humidity and
air changes in animal quarters.
4.Apparatus, Materials & Reagents:
• Apparatus including validated computerized
systems used for the generation, storage &
retrieval of data & for controlling
environmental factors relevant to the study.
• Apparatus used in a study should be
periodically inspected, cleaned, maintained &
calibrated according to SOP.
• Apparatus & materials used in a study should
not interfere adversrly with the test systems.
• Chemicals, solutions and reagents should be
labeled to indicate identity, expiry date &
specific storage instructions. The expiry date
may be extended on the basis of documented
evaluation or analysis.
5.Test Systems:
• Physical and chemical test systems.
• Biological test systems.
• Record of source, date of arrival &
arrival condition of the test systems.
• Proper identification of the test
systems in their container or when
removed.
• Cleaning and stabilization of
containers.
• Pest control agents to be documented.
6.Test and Reference items:
• Receipt, handling, sampling & storage.
• Characterization.
• Known stability of test and reference
items.
• Samples for analytical purposes for
each batch.
7.Standard Operating Procedures
(SOPS):
• Written documents specifying
procedures for laboratories program.
• Testing facility should have a written
SOP approved by management.
• Routine inspection, cleaning,
maintenance, testing & calibration.
• Actions to be taken in response to
routine failure.
8.Performance of the study:
• Study plan.
• Content of the study plan.
• Dates.
• Test Methods.
• Issues(where applicable).
• Records.
• A list of records to be retained.
• Conduct of the study.
9.Reporting of study results:
• Content of the final report.
• Identification of the study,the test item
and reference item.
• Information concerning the sponsor and
the test facility.
• Dates.
• Statement.
• Results.
• Storage.
• Description of materials and test
methods.
10.Storage & Retention of Records &
Materials:
• The study plan, raw data, samples of tests
& reference items, specimens & final
report of each study.
• Records of all inspections performed by
the Quality Assurance Program.
• Records & qualifications, training,
experience & job description of personals.
• Record and reports of the maintenance &
calibration of apparatus.
• Validation documentation for computerized
systems.
Any questions?
Good laboratory practices

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Good laboratory practices

  • 1. GOODLABORATORYPRACTICE Presented by, K.Meghana M.Pharm 1st Year Department of Pharmacology K.K College of Pharmacy, Chennai.
  • 2. What is good laboratory practice ? •It is a formal regulation proposed by USFDA on Nov 19, 1976. •It is a quality system concerned with the organizational process and the conditions under which non –clinical health & environmental safety studied are planned, performed, monitored, achieved and reported.
  • 5. • Assures the data are the true reflection of results obtained from the study. • Preclinical Safety and Residue Safety. • Mutual acceptance of data. • Increases public confidence. • Shortens the time to market for new products.
  • 7. • More man power is required. • Expensive process. • Time consuming process.
  • 9. • To assure that the data are the true reflection of results obtained from the study. • To make sure that the data is traceable. • To promote international acceptance of tests.
  • 10. GLP Principles Quality Assurance Program Storage and retention of records & materials Apparatus, Materials, Reagents Test Systems Test and Reference Substance s Standard operating procedures Performace of studyFacilities Reporting of study results Testing facility organisation & personnel
  • 11. 1.Test Facility Organization and Personnel A. Test Facility Management’s Responsibilities: • Sufficient number of qualified personals, Appropriate facilities, equipment and materials are available for the timely and proper conduct of the study. • Ensure the record maintenance of qualification, training and experience. • Job description for each professional and technical individual. • Documented approval of study plan by the study director.
  • 12. B. Study Director’s Responsibilities: • Any amendments to the study plan by dated signature. • Availability of SOPS to the personnel. • Raw data generated are fully documented and recorded. • Sign and date the final report. • Ensure after completion of the study, the study plan, the final report, raw data and supporting material are archived.
  • 13. C. Principal Investigator’s Responsibilities: • Principal Investigator will ensure that the delegated phases of the study are conducted in accordance with the applicable principles of GLP.
  • 14. 2.Quality Assurance Programme: • Quality Assurance Personnel. • Study plan contains the information verification. • Conduct Inspections Study based inspections Facility based inspections Process based inspections • Records of such inspections should be retained.
  • 15. 3. Facilities 1. General Facilities A. Testing System Facilities: • Suitable size, construction and location. • Adequate degree of separation of different activities. • Laboratories should be well ventilated, free for dusts, drafts and extreme temperatures. • Minimum 150 Square feet of floor space and minimum 6 linear feet of usable bench space should be provided for each analyst.
  • 16. B. Archive Facilities: • Secure storage and retrieval of study plans, raw data, final report and specimens to prevent untimely detoriation. C. Waste Disposal: • Appropriate collection, storage and disposal facilities and decontamination procedures.
  • 17. 2. Animal Care Facilities: • Located away from testing laboratories preferably in a separate building. • Contamination risk is reduced by barrier system. • Separate areas for animals of different species and studies. • Separate area for diagnosis, treatment and control of laboratory animal diseases. • Lightning should be proper. • Maintain room temperature, humidity and air changes in animal quarters.
  • 18. 4.Apparatus, Materials & Reagents: • Apparatus including validated computerized systems used for the generation, storage & retrieval of data & for controlling environmental factors relevant to the study. • Apparatus used in a study should be periodically inspected, cleaned, maintained & calibrated according to SOP. • Apparatus & materials used in a study should not interfere adversrly with the test systems. • Chemicals, solutions and reagents should be labeled to indicate identity, expiry date & specific storage instructions. The expiry date may be extended on the basis of documented evaluation or analysis.
  • 19. 5.Test Systems: • Physical and chemical test systems. • Biological test systems. • Record of source, date of arrival & arrival condition of the test systems. • Proper identification of the test systems in their container or when removed. • Cleaning and stabilization of containers. • Pest control agents to be documented.
  • 20. 6.Test and Reference items: • Receipt, handling, sampling & storage. • Characterization. • Known stability of test and reference items. • Samples for analytical purposes for each batch.
  • 21. 7.Standard Operating Procedures (SOPS): • Written documents specifying procedures for laboratories program. • Testing facility should have a written SOP approved by management. • Routine inspection, cleaning, maintenance, testing & calibration. • Actions to be taken in response to routine failure.
  • 22. 8.Performance of the study: • Study plan. • Content of the study plan. • Dates. • Test Methods. • Issues(where applicable). • Records. • A list of records to be retained. • Conduct of the study.
  • 23. 9.Reporting of study results: • Content of the final report. • Identification of the study,the test item and reference item. • Information concerning the sponsor and the test facility. • Dates. • Statement. • Results. • Storage. • Description of materials and test methods.
  • 24. 10.Storage & Retention of Records & Materials: • The study plan, raw data, samples of tests & reference items, specimens & final report of each study. • Records of all inspections performed by the Quality Assurance Program. • Records & qualifications, training, experience & job description of personals. • Record and reports of the maintenance & calibration of apparatus. • Validation documentation for computerized systems.