Quality guidelines on impurities

Slides:



Advertisements
Similar presentations
Dr. Birgit Schmauser, BfArM, Bonn
Advertisements

Analytical Method Development and Validation
2-4 ICH Quality Guidances: an overview
Finished Pharmaceutical Product Specifications
Stability data required by WHO-PQP Mercy Acquaye.
IMP/Placebo Sourcing, Release, Storage and Reconciliation. Ms Caroline Whiriskey Research Pharmacist, HRB Clinical Research Facility Galway.
Impurities in New Drug Substances ICH Topic Q3A (R) – Revised Guidelines in Oct الشوائب في الأدوية الجديدة.
World Health Organization
Determine impurity level in relevant batches1
Regulatory Requirements with Relevance for Quality of API
COMPARABILITY PROTOCOLS ACPS March 12-13, 2003 Stephen K. Moore, Ph.D. Chemistry Team Leader CDER/Office of New Drug Chemistry Co-Chair, Comparability.
Clinical Trials of Traditional Herbal Medicines In India Y.K.Gupta Professor & Head, Department of Pharmacology, All India Institute of Medical Sciences,
Assessing Quality-by-Design A CMC Review Perspective
Training Workshop on Pharmaceutical Development with a Focus on Paediatric Medicines / October |1 | Regulatory Requirement on Dossier of Medicinal.
QUALITY CONTROL OF PHYSICO-Chemical METHODS Introduction :Validation توثيق المصدوقية.
Post approval changes- Variations Mercy Acquaye. Presentation Outline Introduction to Guidance Classification of changes Approval of changes Definitions.
Radiopharmaceutical Production
Guidance for Industry M4S: The CTD-Safety
Good Laboratory Practice
Nonclinical Studies Subcommittee Advisory Committee for Pharmaceutical Science CMC Issues for Screening INDs Eric B. Sheinin, Ph.D. Acting Deputy Director.
Analytical considerations
DETERMINATION OF RELATED SUBSTANCES & IMPURITIES IN DRUGS BY ICH GUIDE LINES BY M.PAUL RICHARDS.
© 2004 by Thomson Delmar Learning, a part of the Thomson Corporation. Fundamentals of Pharmacology for Veterinary Technicians Chapter 1 A Brief History.
Important informations
Module 3 Risk Analysis and its Components. Risk Analysis ● WTO SPS agreement puts emphasis on sound science ● Risk analysis = integrated mechanism to.
Stability of FPPs- Conducting, Bracketing, Matrixing Sultan Ghani.
Predicting Physical Stability in Q1A(R) Chi-wan Chen, Ph.D. Office of New Drug Chemistry Center for Drug Evaluation and Research Food and Drug Administration.
HELM AG Module 3 Christa Clasen Ankara, 6./7. April 2006.
© AL IPA/EDQM/IDMA Symposium 2007, All rights reserved The Ph. Eur. policy on impurities Dr Andrea Lodi Deputy Head, Laboratory Department, EDQM, Council.
Ivowen Ltd1 Ivowen Limited Preparation and Submission of a Traditional Herbal Medicinal Product Application.
Current Issues & Challenges in the Development of Pharmacopoeial Monographs: Some New Challenges in the Impurities Arena Dr. Susanne Keitel European Directorate.
COMPARABILITY PROTOCOLUPDATE ADVISORY COMMITTEE FOR PHARMACEUTICAL SCIENCE Manufacturing Subcommittee July 20-21, 2004 Stephen Moore, Ph.D. Chemistry Team.
1 FDA Guidance for Industry: ANDAs: Impurities in Drug Substances Published by US FDA’s Center for Drug Evaluation and Research June 2009.
Substance Structure, production process and indented use Is there adequate published safety data and exposure data for this substance to meet current GRAS.
Impurities in Drugs author: srikanth N
Stability Studies : Regulatory evaluation and most frequently observed Sultan Ghani.
Role of VICH and VICH guidelines in the approval process for veterinary medicinal products David Mackay, European Medicines Agency VICH Workshop – Dar.
JMAFF (Chair of Biologicals Quality Monitoring EWG)
VICH Guidelines: Stability Testing of New Veterinary Drug Substances and Medicinal Products Mai Huynh U.S. FDA Center for Veterinary Medicine Washington.
1. Consumers, Health, Agriculture and Food Executive Agency Risk assessment with regard to food and feed safety Risk analysis Why risk assessment in the.
Quality Control significance in pharmaceutical industry
Abstract A step-wise or ‘tiered’ approach has been used as a rational procedure to conduct environmental risk assessments in many disciplines. The Technical.
SEMINAR ON PRESENTED BY BRAHMABHATT BANSARI K. M. PHARM PART DEPARTMENT OF PHARMACEUTICS AND PHARMACEUTICAL TECHNOLGY L. M. COLLEGE OF PHARMACY.
Manufacturing Process of Drug Product: Container closure system Compatibility Ratiya KUKHETPITAKWONG 27 April 2016.
In the name of God. Common Technical Document On Biotech.
Stability study of DS and DP Patchara Kootiratrakarn 30 April 2016.
Quality Control of Herbal Drug
Evaluation Requirements for MSP and Characteristics of Designs to Estimate Impacts with Confidence Ellen Bobronnikov March 23, 2011.
STABILITY ?.
נמטוציטים משושנת ים Eli. S Lec. No.2.
Dorota Matecka, Ph.D. Office of Pharmaceutical Quality (OPQ), CDER
World Health Organization
Dr. Birgit Schmauser, BfArM, Bonn
WHO Technical Report Series, No. 953, 2009
Waiving Target Animal Batch Safety Testing for vaccines
GL50(R)- HARMONISATION OF CRITERIA TO WAIVE TARGET ANIMAL BATCH SAFETY TESTING FOR INACTIVATED VACCINES FOR VETERINARY USE ( May 2017) GL55- HARMONISATION.
World Health Organization
GL 45 (R) – Bracketing and matrixing designs for stability testing of new veterinary drug substances and medicinal products.
GL18 (R) – Impurities: Residual Solvents in New Veterinary Medicinal Products, Active Substance and Excipients.
VICH Guidelines on stability: OVERVIEW
The European Pharmacopoeia and Pharmeuropa
Presentation plan General objective / scope of guideline GL 5
GL3 (R) – Stability Testing of New Veterinary Drug Substances and Medicinal Products (+ Annex GL 4 - Requirements for New Dosage Forms)
Quality guidelines on impurities
GL 51 – Statistical evaluation of stability data
GL8 (R) – Stability testing for medicated premixes
VICH Guidelines on stability: OVERVIEW
SID & GP MINPROMTORG OF RUSSIA Corporate Communication Center
VICH GL 54, Studies to evaluate the safety of residues of veterinary drugs in human food: General approach to establish an Acute Reference Dose (ARfD)
Guideline for Elemental Impurities ICH Q3D(R)
Presentation transcript:

GL11 – Impurities: Guideline on Impurities in New Veterinary Medicinal Products

Quality guidelines on impurities GL 11 is one of the guidelines which belongs to the group of guidelines dealing with impurities: GL10 (R) – Impurities in New Veterinary Drug Substances GL11 (R) - Impurities in New Veterinary Medicinal Products GL18 (R) – Impurities – Residual Solvents in New Veterinary Medicinal Products, Active Substance and Excipients

Table of contents Introduction Scope Rationale for reporting and control of impurities Analytical procedures Reporting degradation product content of batches Listing of degradation products in specifications Qualification of degradation products Decision Trees

Introduction The objective of GL11 is to provide guidance for registration applications on the content and qualification of impurities in new veterinary medicinal drug products (VMP) produced from chemically synthesised new drug substances not previously registered in a region or member state. Alternative approaches may be used.

Scope of GL11 Only those impurities in new VMP’s classified as degradation product of the drug substance or reaction products of the drug substance with an excipient and/or immediate container Degradation product: An impurity resulting from a chemical change in the drug substance during manufacture and/or storage of the new VMP Generally, impurities present in the new drug substance which are not also degradation products, should not be monitored in the new VMP. This guideline does not apply to VMPs used during clinical research or development Not in scope: impurities from excipients, extractables and leachables, biological products, peptides, oligonucleatides, radiopharmaceuticals, fermentation products and semi-synthetic products derived from fermentation, herbal products, crude products of animal or plant origin, extraneous contaminants, polymorphic forms and enantiomeric impurities.

Identification, reporting and qualification thresholds Reporting threshold: A limit above (>) which a degradation product should be reported Identification threshold: A limit above (>) which a degradation product should be identified Qualification threshold: A limit above (>) which a degradation product should be qualified Qualification: The process of acquiring and evaluating data that establishes the biological safety of an individual degradation products or a given degradation profile at the levels specified.

Identification, reporting and qualification thresholds Identification threshold 1,0% Reporting threshold 0,3% Qualification threshold Higher thresholds should be scientifically justified

Rationale for the reporting and control of degradation products The applicant should summarize the degradation products observed during manufacture and/or stability studies of the new VMP. Additionally, laboratory studies conducted to detect degradation products in new VMP should be summarized. Summary should include test results of batches manufactured during development and batches representative of the proposed commercial process. A rationale should be provided for exclusion of those impurities that are not degradation products (i.e. process impurities from the drug substance, impurities arising from excipients..)

Rationale for the reporting and control of degradation products (cont Any degradation product observed in stability studies conducted at recommended storage condition should be identified when present at a level above the identification threshold (1,0%) When identification is not feasible, a summary of the studies performed should be presented. Degradation products at a level of not more than the identification threshold (1,0%) do not need to be identified. However, analytical procedures should be developed for those degradation products that are suspected to be unusually potent, producing toxic or significant pharmacological effects at levels of not more than the identification threshold (1,0%)

Analytical procedures Analytical procedures are validated and suitable for the detection and quantification of impurities (see VICH 1 and 2 Guidelines for Analytical Validation) As appropriate, this validation should include samples stored under relevant stress conditions: light, heat, humidity, acid/base hydrolysis, and oxidation The quantitation limit for the analytical procedure should be not more than (≤) the reporting threshold (0,3%) Organic impurity levels can be measured by a variety of techniques, including those that compare an analytical response for an impurity to that of a reference standard or to the response of the new drug substance itself Differences between analytical methods used during development and those proposed for registration should be discussed

Reporting degradation product content of batches Analytical results should be provided in the registration application for all relevant batches of the new drug product used for clinical, safety, and stability testing, as well as batches that are representative of the proposed commercial process Qualitative results should be presented numerically, and not in general terms such as “complies” or “meets limits”,… Any degradation product above the level of the reporting threshold (0,3%) should be reported, as well as the total of the degradation products Results should be reported to one decimal place and rounded using conventional rules All degradation products above the reporting threshold (0,3%) should be summed and reported as total impurities

Listing of degradation products in specifications The specification for a new drug product should include a list of degradation products expected to occur during manufacture and under recommended storage conditions. The selection of degradation products in the new product VMP specifications should be based on the degradation products found in batches manufactured by the proposed commercial process. A rationale for the inclusion or exclusion of degradation products in the specification should be presented and include a discussion of the impurity profiles observed in the safety and clinical development batches. Those individual degradation products with specific acceptance criteria included in the new VMP specifications are referred to as “specified degradation products”. Specified degradation products can be identified or unidentified. Qualification: The process of acquiring and evaluating data that establishes the biological safety of an individual degradation products or a given degradation profile at the levels specified.

Listing of Degradation Products in Specifications (cont.) Acceptance criteria should be established by taking into account the acceptance criteria in the drug substance, the qualified level, increase during stability studies, and the proposed shelf life and storage conditions of the new VMP. Each acceptance criteria should be set no higher than the qualified level of the given degradation product. Where there is no safety concern, degradation product acceptance criteria should be based on data generated from batches manufactured by the proposed commercial process, allowing sufficient latitude to deal with normal manufacturing and analytical variation and the stability characteristics of the new VMP.

Listing of Degradation Products in Specifications (Cont.) In summary, the new veterinary medicinal product specifications should include, where applicable, the following list of degradation products. Each specified identified degradation product Should be included along with specified unidentified degradation products estimated to be present at a level above the identification threshold (1,0%) Each specified unidentified degradation product Should be referred to by an appropriate qualitative analytical descriptive label (e.g. “unidentified A”, unidentified with relative retention of 0,9”) Any unspecified degradation with an acceptance criteria of not more than the identification threshold (1,0%) Total degradation products Sum of all degradation products at a level greater than the reporting threshold (0,3%)

Qualification of degradation products Qualification is the process of acquiring and evaluating data that establishes the biological safety of an individual degradation product or a given degradation profile at the level(s) specified. The applicant should provide a rationale for establishing degradation product acceptance criteria that includes safety considerations The level of any degradation product present in a new VMP that has been adequately tested in safety and/or clinical studies would be considered qualified. Degradation products that are also significant metabolites in animal and/or human studies are generally considered qualified. Degradation products could be considered qualified at levels higher than those administered in safety studies based on a comparison between actual doses given in the safety study and the intended dose of the new VMP.

Qualification of degradation products If the qualification threshold (1,0%) is exceeded and data are unavailable to qualify the proposed acceptance criteria of a degradation product, additional studies to obtain such data can be appropriate. Higher or lower thresholds for qualification of degradation products can be appropriate for some individual new veterinary medicinal products based on scientific rationale and level of concern. Proposals for alternative thresholds would be considered on a case-by-case basis. In some cases, reducing the level of degradation product to not more than the threshold can be simpler than providing safety data. Alternatively, adequate data may be could available in the scientific literature to qualify a degradation product. Safety testing can be conducted on the new VMP or substance containing the degradation products to be controlled.

Decision tree