Derek John Hausenloy

The paper constructs a large-scale heart atlas and identifies cellular changes and communication patterns in aging and disease using a new computational method.

This paper develops a device-encapsulated MSC system for sustained secretome delivery to treat ischaemic heart injury, showing improved cardiac function and reduced remodelling in rats.

Infarctsize-AI reduces time and inter-observer variability in infarct size analysis of rodent myocardial infarction studies using deep learning.

This study examines cardiac adaptations in the cave nectar bat Eonycteris spelaea, revealing enhanced metabolic pathways, structural remodeling, and cellular resilience that support high energy demands and stress resistance.

This study shows that the DJ-1-derived peptide ND-13 reduces myocardial infarct size and preserves cardiac function by inhibiting mitochondrial fission and improving mitochondrial bioenergetics through the RhoA-ROCK1-Drp1 pathway.