Skip to main content Skip to search Skip to main navigation

EMA: Concept Paper on Active Substances and Nitrosamine Impurities

On 26 July 2022, the EMA published a concept paper to start the process for the revision of the Guideline on the chemistry of active substances. The document dates from 2016 and does not consider the nitrosamine issue that has developed in recent years.

The critical need to revise and update this important guideline was identified when the "Lessons learnt report" on impurities in sartan medicines was compiled.

What can be expected in terms of content?
Recommendations for the prevention, risk reduction and control of N-nitrosamines, but also for other "contaminants of concern" (CoC) and potent toxins will be included. Also to be tackled are

  • Strategies for process development
  • The subject areas of raw materials, starting materials and intermediate products and their potential contamination risk
  • The use of recycled materials
  • Specific control options for nitrosamines

The EMA Quality Working Party (QWP) has appointed two rapporteurs as well as experts from different Member States with expertise in this field to the drafting group. The group will be supported by an observer from the European Directorate for Quality of Medicines (EDQM), who will work closely with the QWP expert group on nitrosamines.

What is the schedule?

The concept paper will be available for comments until 31 October 2022. Following this, a draft document will be prepared, which will then be released for comments for six months.


Source:

EMA: Concept Paper on the revision of the guideline on the chemistry of active substances
EMA: Guideline on the chemistry of active substances

 

Meet the GMP Compliance Adviser

The GMP Compliance Adviser is the world's largest knowledge portal for quality management in the pharma business. 

The demo access is non-binding and ends automatically.

Test it now for free

You may also be interested in the following articles:

How is a QRM process initiated?

How is a QRM process initiated?

You can view the answer here:
Read more
FDA: Updated Pre-RFD Guidance for Combination Products

FDA: Updated Pre-RFD Guidance for Combination Products

The U.S. FDA has released an updated final guidance on preparing a Pre-Request for Designation (Pre-RFD), replacing the previous 2018 version. The revised document provides new recommendations for interacting with the Office of Combination Products (OCP) and clarifies expectations for Pre-RFD submissions.
Read more
EDQM: 9 Virtual Training Modules on Ph. Eur. and CEPs

EDQM: 9 Virtual Training Modules on Ph. Eur. and CEPs

The EDQM has introduced a modular training programme covering chemically defined active substances and medicinal products. It will take place between 1 and 12 December 2025.
Read more
 Data Integrity and Data Governance

Data Integrity and Data Governance

Data integrity is a key element in the pharmaceutical quality assurance system which has gained importance in recent years, especially from the viewpoint of the authorities. In GxP-regulated companies, managers are responsible for identifying and minimising risks to data integrity (“data governance”).

Read more
EMA Clarifies “Novel or Complex Manufacturing Process” Definition

EMA Clarifies “Novel or Complex Manufacturing Process” Definition

In its Quality of Medicines Q&A – Part 1, the EMA has clarified how “novel or complex manufacturing processes” should be interpreted for variation categories Q.II.b.1 (new/replacement finished product manufacturing site) and Q.II.b.4 (change in batch size).
Read more
EU: Environment Committee Comments on EU Regulation Regarding Critical Medicines

EU: Environment Committee Comments on EU Regulation Regarding Critical Medicines

The Environment Committee of the European Parliament has issued its opinion on the proposed EU Regulation to strengthen the availability of critical medicines. Key recommendations include fast-track permitting, simplified environmental assessments, and support for strategic manufacturing projects to boost EU production capacity.
Read more
Previous
Next