+91-7680014141 info@druglogixindia.com bd@druglogixindia.com Mon – Sat: 9:00 AM – 6:00 PM
Drug Logix India Private Limited
Services

Potential Mutagenic Impurities Assessment

ICH M7Aligned Assessment

Supporting regulatory compliance through science-based mutagenic impurity risk assessment.

Drug Logix India Private Limited provides comprehensive, science-driven Potential Mutagenic Impurities (PMI) Assessment Services to support pharmaceutical companies in identifying, evaluating, controlling and mitigating potential mutagenic and genotoxic impurities throughout the drug substance and drug product lifecycle.

Our assessments provide a scientifically justified evaluation of potential mutagenic impurities associated with drug substances, drug products, starting materials, intermediates, process-related impurities, degradation products and other materials used in pharmaceutical manufacturing.

They are designed to support compliance with ICH M7 – Assessment and Control of DNA Reactive (Mutagenic) Impurities in Pharmaceuticals to Limit Potential Carcinogenic Risk, together with relevant regulatory expectations and scientifically justified risk-management principles.

Request a PMI Assessment

End-to-end coverage across every material in your process.

We provide an end-to-end scientific and regulatory assessment covering potential mutagenic impurities associated with:

Starting materials Raw materials and reagents Process intermediates Process-related impurities Degradation products, where applicable Carryover impurities Solvents & reagents with mutagenic concerns API and API-related impurities DNA-reactive impurities generated during manufacturing

Our approach combines process understanding, chemical structure assessment, literature evaluation, computational toxicology/QSAR assessment and regulatory risk assessment to develop a scientifically justified impurity control strategy.

Six steps from synthetic route to defensible control strategy.

01

Manufacturing Process & Route Assessment

We review the complete synthetic route of the API to identify chemical transformations and process steps that may potentially generate or introduce mutagenic impurities. The assessment may include:

  • Review of the synthetic route
  • Evaluation of starting materials and intermediates
  • Review of reagents, catalysts and solvents
  • Identification of reactive functional groups
  • Assessment of process-related impurity formation
  • Evaluation of potential impurity carryover
  • Identification of purge and control opportunities
02

Potential Mutagenic Impurity Identification

Our scientific team systematically evaluates chemicals used or generated throughout the manufacturing process to identify substances requiring further mutagenicity assessment. Potential hazards are evaluated based on:

  • Chemical structure
  • Mechanistic alerts
  • Functional-group analysis
  • Published toxicological information
  • Regulatory databases and available literature
  • Known structural alerts associated with DNA reactivity
03

QSAR-Based Genotoxicity Assessment

Where appropriate, we perform in-silico (QSAR) assessments using complementary computational approaches to evaluate the potential mutagenic hazard of relevant compounds. The assessment can include:

  • Structural alert evaluation
  • Expert-rule-based assessment
  • Statistical QSAR evaluation
  • Weight-of-evidence interpretation
  • Review of prediction reliability and applicability
  • Interpretation of positive, negative or inconclusive predictions

Results are critically reviewed rather than relying solely on an automated prediction outcome.

04

ICH M7-Based Risk Classification

Potential impurities are scientifically evaluated and classified according to the principles of ICH M7, considering available experimental and computational evidence. Depending on the available data, impurities may be evaluated for:

  • Mutagenic potential
  • DNA-reactive potential
  • Carcinogenicity information, where available
  • Appropriate ICH M7 hazard classification
  • Need for additional assessment or experimental testing
05

Regulatory Risk Assessment Report

We prepare comprehensive, scientifically justified Potential Mutagenic Impurity Assessment Reports suitable for internal quality and regulatory review. Reports may include:

  • Executive summary
  • Objective and scope
  • Product and manufacturing process overview
  • Synthetic route assessment
  • Chemical inventory evaluation
  • Potential impurity identification
  • Structural alert assessment
  • QSAR prediction results
  • Literature and database evaluation
  • Weight-of-evidence assessment
  • ICH M7 classification and risk characterisation
  • Recommended control strategy
  • Conclusions, regulatory justification and references
06

Control Strategy & Process-Based Risk Evaluation

Where a potential mutagenic impurity is identified, we assess its relevance to the manufacturing process and provide scientifically justified recommendations regarding:

  • Formation potential
  • Introduction potential
  • Process controls
  • Purge capability
  • Specification requirements
  • Analytical monitoring considerations
  • Risk-based control strategies

This helps clients establish a science- and process-based control strategy rather than relying solely on theoretical hazard identification.

A structured, evidence-led sequence.

STEP 01Route & Process Review
STEP 02Impurity Identification
STEP 03Structural Alert & QSAR
STEP 04ICH M7 Classification
STEP 05Control Strategy
STEP 06Assessment Report

When we help — and what we need from you.

Regulatory and Development Support

Our services can support pharmaceutical companies during:

  • API process development
  • Process optimisation
  • Technology transfer
  • Vendor qualification and raw-material assessment
  • Commercial manufacturing
  • Change-control assessments
  • Regulatory submissions
  • Responses to regulatory queries
  • Periodic reassessment of manufacturing processes
  • Evaluation of new starting materials or process changes

Documentation Required

To conduct a comprehensive assessment, clients may provide:

  • API synthetic route
  • Manufacturing process description
  • Process flow diagram, where available
  • List of starting materials and intermediates
  • List of reagents, catalysts and solvents
  • Process impurity information
  • Specifications and analytical data, where available
  • Existing impurity profiles
  • Available toxicological or regulatory information

Hazard identification is only half the answer.

Drug Logix India Private Limited combines pharmaceutical process understanding with scientific and regulatory expertise to provide practical, risk-based mutagenic impurity assessments. Our focus is not only on identifying potential hazards, but also on understanding their process relevance, likelihood of formation or carryover, purge potential and appropriate control strategy.

  • ICH M7-aligned hazard classification and justification.
  • Complementary QSAR methodologies with expert review.
  • Process-relevant purge and carryover evaluation.
  • Audit-ready reports with full references and rationale.
  • Every engagement executed under signed confidentiality.
  • Continued support for regulatory queries after submission.

Drug Logix – Science-Driven Regulatory Support for Mutagenic Impurity Risk Assessment.

One comprehensive PMI Assessment Report.

The final deliverable is a comprehensive Potential Mutagenic Impurities Assessment Report containing the scientific rationale, supporting computational and literature evidence, ICH M7-based assessment, risk classification and appropriate recommendations for impurity control.

ICH M7Based Classification
QSARExpert Rule + Statistical
Audit-ReadyAssessment Reports
48 HrQuote Turnaround

Need an ICH M7 assessment for your API?

Share your synthetic route and process details under CDA — we will respond with scope, timeline and estimate within 48 hours.

Request an Assessment