MJM MedTalks
Genomes and Japan (Part 2): How international collaborations are shaping science

S03E04

Jan Pack1, Guillaume Bourque2, Susan Joanne Wang 1, Maryia Samuel1, Lilian Alkhalaileh1, Renée-Claude Bider3,
Published Online: 15-Jun-2026

1McGill University, Montréal, Québec, Canada
2Department of Human Genetics, Victor Phillip Dahdaleh Institute of Genomic Medicine, Canadian Centre for Computational Genomics
3University of Ottawa, Ottawa, Ontario, Canada
mjm.med@mcgill.ca

Abstract

The human genome consists of about 6.2 billion base pairs. Almost half of these consist of repeated sequences, also called transposable elements, which have long been regarded as biologically inactive. However, we are now starting to realize that they may play a bigger role in the regulation of our genes than previously thought, and even give clues to our evolution. In this two-part episode, we are talking to Prof. Guillaume Bourque of the Department of Human Genetics at McGill. His goal is to understand mammalian genomes via comparative analyses and investigate the role of transposable elements in gene regulation and the impact of genome rearrangements in evolution and cancer. He also shares with us his experiences in running a successful collaboration between Canada and Japan, and how we can continue to do meaningful work despite global tensions and the rise of AI in research.


Content Overview

[00:00] The future for international collaborations
[04:25] Pros and cons of double degrees and advice to students
[09:30] Cultural differences between Canada and Japan
[12:04] Current political unrest and its consequence for research collaborations


Glossary


Links and Papers

Studies Websites

Transcript



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