In the world’s largest study into the genetic causes of endometriosis, Institute for Molecular Bioscience researchers have helped identify five new gene regions linked to the disease.

A new gene behind a rare form of inherited childhood kidney disease has been identified by a global research team. UQ IMB researchers were part of the team that made the discovery that will improve genetic testing and could provide clues for future treatments for autosomal recessive polycystic kidney disease (ARPKD).

Advances in life science research provide critical knowledge across a wide range of biological fields, informing everything from our fundamental understanding of evolutionary biology to remarkable progress in personalised medicine. In order to ensure the security and global accessibility of molecular data, a concerted effort must be toward shared responsibility for the support and maintenance of core data resources.

Learn how the IMB Centre for Solar Biotechnology is using algae to power a more sustainable future.

Learn how the Butterfly Pea gave rise to a world first for natural insecticide.

Researchers from The University of Queensland are seeking the help of Australian mothers to identify the genetic factors involved in postpartum depression, which will help us understand and develop better ways to prevent, diagnose and treat the condition.

The brain has its own inbuilt processes for mopping up damaging cellular waste – and these processes may provide protection from stroke and dementia. UQ scientists discovered a new type of lymphatic brain “scavenger” cell by studying tropical freshwater zebrafish – which share many of the same cell types and organs as humans.

Repairing damaged heart and vascular tissues will be the unique focus of a new University of Queensland research centre, established to combat cardiovascular disease. The UQ Centre for Cardiac and Vascular Biology (CCVB) brings together eight laboratories researching cardiovascular development, regeneration and disease.

Since the 1940s scientists have been fighting to protect us from bacterial strains that continue to evolve. The bacteria are developing resistance to antibiotics, our weapons against them, forcing us to find new ways to protect ourselves.