Michael Burns - uventia

Michael Burns

Michael Burns

Michael Burns

Principal Research Scientist

Lhasa-Limited

Michael Burns joined Lhasa in 2015 working on the Mirabilis project, aiding the research and curation of knowledge relevant to understanding the potential for purging of mutagenic impurities from drug substance syntheses. In 2017, he took over leadership of Mirabilis development and has since been working closely with leading members of the purge calculation community to develop Mirabilis and the purge concept, including more recently their impact on the ongoing nitrosamine challenges.

SPEAKED ABOUT:
3rd Annual Genotoxic Impurities Nitrosamines & Beyond
November 30, 2023
Learn the best techniques and cutting-edge methods for reducing genotoxic and elemental impurities. Recording of 2 days event sessions [17 video sessions].
Expired

DAY 1: NOVEMBER 30th, 2023

SESSION: Revisiting the landscape of complex nitrosamines

◆  Examining how the CPCA has changed the regulatory landscape for nitrosamines.

◆  Impact on drug manufacturers.

◆  Areas that require further understanding and evolution.

2nd Annual Genotoxic Impurities Nitrosamines & Beyond
December 1, 2022
Learn about best practices and innovative approaches to genotoxic and other mutagenic impurities control. Recording of 2 days event sessions [13 video sessions].
Expired

DAY 1: DECEMBER 1st, 2022

SESSION: Exploring the scale of potential nitrosamine risk associated with existing approved APIs

◆  Assessing the true scale of potential impact on pharmaceutical supply using existing drug databases.

◆  Identifying trends of nitrosamines that may theoretically form.

◆  Provide some context for ongoing activities relating to nitrosamines.

Genotoxic Impurities Summit Nitrosamines Beyond
December 2, 2021
Review drug impurity profiling strategies in line with regulatory guidelines, new nitrosamine regulations. Recording of 2 days event sessions [14 video sessions].
Expired

DAY 1: DECEMBER 2nd, 2021

SESSION: TBC

◆  (TBC closer to event).

◆  Development of an in silico purge tool.

◆  Addressing industry challenges with nitrosamines.

Speaker Details
Speaker Details