Genotoxicity

Written by Vishal Ranjan | Updated: September 26, 2025

Genotoxicity

Written by Vishal Ranjan |  Updated: September 26, 2025
ASTM C657

Genotoxicity

Testing for genotoxicity for biocompatibility have many methods and standards. These tests include Ames Mutagenicity, Chromosomal Aberration, Mouse Lymphoma, and Mouse Micronucleus. All tests adhere to OECD and ISO standards, including ISO/AAMI/ANSI 10993-3, ASTM E1687, OECD 471, OECD 473, and ANSI/AAMI/ISO 10993-12.

The Ames Test for Mutagenicity assesses if a medical device or material extract can cause mutations. The Chromosomal Aberration Test determines if a medical device or material can cause structural chromosomal abnormalities in Chinese Hamster Ovary cells. The Mouse Lymphoma Test is used to examine if a medical device, material, or its extract can induce genotoxicity. Lastly, the Mouse Micronucleus Assay is used to assess if a medical device can trigger the development of micronuclei in immature polychromatic erythrocytes in adult mice’s bone marrow.

These tests are necessary to ensure that medical devices that come in contact with the body for an extended period of time do not induce genotoxicity and increase the risk of cancer. By performing these tests, Nelson Labs is able to provide reliable data for medical professionals and patients.

 

ABOUT AUTHOR

Vishal Ranjan is an experienced Materials Consultant and Structural Engineer with over 5 years of material selection, testing, and failure analysis expertise. He specializes in investigating and reconstructing material failures and providing scientifically sound recommendations rooted in advanced engineering principles. Currently serving as a Customer Engagement Manager, Vishal combines his technical background with client-focused strategies to deliver practical, high-impact solutions in materials and structural engineering. His work is grounded in a strong academic foundation: He holds an M.Tech in Structural Engineering from IIT Kanpur, one of India's premier engineering institutions. Vishal’s approach is both analytical and results-driven.

He has a proven ability to bridge technical insights with real-world applications. He has played a key role in various projects requiring precise evaluation of structural integrity, root cause failure investigations, and materials performance under diverse environmental and operational conditions. Through his work, Vishal continues to contribute to advancements in engineering practices and client solutions, focusing on safety, durability, and innovation.

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