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

Latest news

Richmond Appoints Lisa Campbell as Director of Regulatory Strategy

April 23, 2025
Richmond Pharmacology is pleased to announce the appointment of Lisa Campbell as Director of Regulatory Strategy
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Von Willebrand Disease Trial – First Stage of Hemab Therapeutics’ Trial Completed and New Patients Invited to Enrol

April 2, 2025
Richmond has completed dosing the first cohort of patients in Velora Pioneer, a phase 1/2 clinical trial investigating Hemab...
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Events

Swiss Biotech Day 2025

5–6 May 2025
Richmond Pharmacology is pleased to confirm our participation at Swiss Biotech Day 2025
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