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Food produces a typical pattern QTcF shortening which is predictable, reproducible and can be demonstrated even in small populations of around 10 volunteers.Further to our publication �Shortening of the QT Interval After Food Can Be Used to Demonstrate Assay Sensitivity in Thorough QT Studies� published October 2012 in the Journal of Clinical Pharmacology, it is proposed that food effects on ECG demonstrated in SAD and MAD studies can be used to show assay sensitivity thereby enhancing the value of the ECG assessment in these studies significantly.Richmond Pharmacology will present on this topic at the 33rd Annual Meeting of The Japanese Society of Clinical Pharmacology and Therapeutics, taking place this year in Okinawa from 29 Nov to 1 Dec. The presentation will be held on Day 2, from 14h30-15h50 (Room 4 - Conference Hall B3+4).View programContact us to arrange a face-to-face meeting
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Futureproofing early phase clinical research for the next generation of investigators.
March 20, 2023
Richmond Pharmacology’s experienced Principal investigators and Co-investigators recently gave expert feedback on the ICH M11 (CeSHarP) protocol template.
Read moreDirector of Operations, Keith Berelowitz, has been appointed as the Research Ethics Committee Chair for the Health Research Authority.
January 19, 2023
Keith Berelowitz will be responsible for ensuring that all ethical possibilities are explored in relation to new research.
Read moreEvents
13th International Workshop on Regulatory Requirements and Current Scientific Aspects on the Preclinical and Clinical Investigation of Drug-Drug Interactions
Sunday, June 4th to Tuesday June 6th 2023
Exchange research-based knowledge on drug-drug interactions (DDIs) among all interested stakeholders from pharmaceutical industry, regulatory authorities, academic and health care delivery backgrounds and perspectives.
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