It may surprise you but your heart is nothing new. Insects that evolved nearly half a billion years ago had already developed beating hearts. Much of the genetic machinery that controls our own heart beat and heart’s contraction has been conserved during evolutionary time – nature has not deemed it necessary to change it much. OK, the scale and shape of our hearts has changed a little since flies evolved but the molecular mechanics underpinning each heart beat haven’t. This means we can use flies and their genetics to understand human hearts. This is especially useful for ageing research when other models are simply too challenging to manipulate. Research work funded both in the UK by the British Heart Foundation and the USA by the National Institutes of Health is now being summarised in this review. The image shows the Drosophila (fruit fly) heart tube (HT) with associated kidney-like cells either side of it (purple) and alary muscles which act like guy ropes, pinning the heart to the fly’s abdomen. Remember this the next time you wash your car’s window-screen – you’re scraping away a lot of very cool biology!
Dr. Paul S. Hartley – your local ‘heart Drosophilist’
Molecular basis for a healthier heart…new work published by BU
Strong Presence of BU at UK Kidney Week










New Nepal-based paper published last week
Congratulation to HEMS colleagues on their new book!
Book edited by BU academics published
BU Prof. Hundley in The Conversation
Horizon Europe Cluster 3 (Civil Security for Society) 2026 Calls Now Open
MSCA Doctoral Networks 2026 Call Information Webinar
ESRC Festival of Social Science 2026: Application Deadline Extended to Thursday 25 June 2026
Reminder: Register for the ESRC Festival of Social Science 2026 Information Session
ECR Funding Open Call: Research Culture & Community Grant – Apply now
ERC Advanced Grant 2025 Webinar
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease