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- The OECD Principles of GLP
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2. Scope and application
- Mr. David Long
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3. Performing test systems and test items
- Prof. Sergio Caroli
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4. Why OECD GLP and not ISO / IEC 17025?
- Dr. Helen Liddy
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5. Principles of GLP
- Mr. David Long
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6. Performing: standard operating procedures
- Mrs. Katariina Rautalahti
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7. GLP: planning, recording, and archiving
- Mr. Phil Withers
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8. Reporting of study results
- Mr. Hedwig Beernaert
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9. Quality assurance
- Mr. David Long
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10. Facilities: buildings and equipment
- Mr. Hedwig Beernaert
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11. Multi-site studies and field studies
- Dr. Geetha Rajashekhar
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12. In vitro studies and short term studies
- Prof. Sergio Caroli
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13. Computers in a GLP environment
- Mr. John McNamee
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14. The application of the GLP principles in analytical chemistry
- Prof. Sergio Caroli
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15. Good laboratory practice: roles and responsibilities
- Mr. David Long
- Monitoring GLP Compliance
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16. Monitoring GLP compliance: history and OECD framework
- Mr. Richard Sigman
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18. Inspection procedures
- Mr. Theo Helder
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20. GLP in the European Union
- Mr. Maik Schmahl
- International Data Acceptance Through OECD
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22. International data acceptance through OECD: history and OECD context
- Mr. Richard Sigman
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24. Participation of non-OECD economies in the MAD system
- Ms. Christinah Leballo
Printable Handouts
Navigable Slide Index
- Introduction
- Introductory comments
- Standard operating procedures
- Maintenance
- Equipment failure
- Only a small number of instruments are critical
- Reliability-centred maintenance
- GLP inspector should check all SOPs available
- Stick to the GLP principles!
- Major types of technical equipment
- General-purpose devices
- Physical-chemical apparatuses
- Analytical instrumentation
- Examples of analytical techniques
- Scheme of an LC-ICP-MS system, example 1
- Scheme of an LC-ICP-MS system, example 2
- Scheme of an LC-ICP-MS system, example 3
- Inspector need to assess use & maintenance
- Scope of method validation
- Validation refers to analytical systems
- Each system has a specific field of application
- Validation procedures
- Method performance characteristics
- System validation and GLP inspections
- Check-list of validation items
- Inspector should ask for documented evidence
- The ultimate goal of validation
- Suitability of equipment
- Concentrate on aspects where errors are greatest
- Method development, optimization, validation
- Inspector must check validated methods in place
- GLP validation is more expensive
- Validity depends on reliability of information
- Technical personnel
- The TFM
- The policy of the TFM
Topics Covered
- Analytical chemistry
- Calibration of analytical equipment
- Failure of equipment
- Hyphenated analytical techniques
- Inspections of Good Laboratory Practice-compliant test facilities
- Integrity of studies
- Maintenance of analytical equipment
- Physical-chemical apparatuses
- Principles of Good Laboratory Practice
- Standard Operating Procedures
- Validation of analytical systems
Talk Citation
Caroli, S. (2013, July 18). The application of the GLP principles in analytical chemistry [Video file]. In The Biomedical & Life Sciences Collection, Henry Stewart Talks. Retrieved December 15, 2025, from https://doi.org/10.69645/KQJZ5929.Export Citation (RIS)
Publication History
- Published on July 18, 2013
Financial Disclosures
- Prof. Sergio Caroli has not informed HSTalks of any commercial/financial relationship that it is appropriate to disclose.
A selection of talks on Methods
Transcript
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0:00
Henry Stewart Talks.
The application of the GLP
principles in analytical chemistry.
This presentation deals with
the application of
the principles of
good laboratory
practice, in short GLP,
in analytical chemistry.
My name is Sergio Caroli,
and I have been one of
the research directors of
the Istituto
Superiore di Sanità,
that is to say, The National
Institute of Health,
at which I was 42 years.
In particular, I was
the delegate for Italy
at the OECD working group on GLP
on its very inception in 1988
until I retired in 2010.
0:47
The adoption of fit-for-purpose
quality systems
is nowadays of
vital importance to
attach credibility to
experimental information
generated in the context
of whatever research,
development, production,
and control activities.
The principles of GLP make no
exception to this general rule,
all the more so, when
analytical determinations
are to be carried out
in the context of
a GLP compliance study,
the results of which
play a crucial role in the
decision-making process.
From this standpoint,
it goes without saying that
all steps of the analysis,
from sampling to
method validation
should be carefully
taken into account.
In a GLP environment,
1:38
standard operating
procedures, in short SOPs,
summarize routine activities
common to a number of studies.
In other words, SOPs are
documented procedures
which describe how to perform
assays or activities,
not normally specified in detail
in study plans or
test guidelines.
Thus, avoiding unnecessary
repetitions in the study plans.
In practice, SOPs are the quality
manual of a test facility.
In the case of
analytical measurements,
SOPs should be
available primarily for
the correct management of
instrumentation of any kind,
ancillary apparatus included,
throughout their
entire life cycle.