News

Researchers have solved the structure of a complex molecular machine responsible for sorting and transporting cellular cargo.

Venom from the giant red bull ant is helping IMB scientists understand the evolution of animal toxins in work that could lead to better treatments for pain.

A University of Queensland research discovery reveals how the body puts the brakes on inflammation, a discovery that will help us understand how poorly controlled inflammation exacerbates diseases including cystic fibrosis, Alzheimer’s, atherosclerosis and cancer.

Professor Glenn King and partners have discovered a peptide in the venom of funnel-web spiders that could drastically reduce brain damage following stroke.

For the first time, scientists have seen in exquisite, real-time detail how immune cells survey their surroundings to detect threats to our health.

Associate Professor Kate Schroder and her team uncovered a new line of defence deployed by the immune system against bacteria.

Two IMB researchers are among a group of 100 female scientists from around the world taking part in a year-long leadership scheme culminating in an Antarctic voyage.

Researchers from the Institute for Molecular Bioscience have revealed the genetic causes of neurological degeneration, which could be a key to slowing the progression of devastating diseases including cerebellar ataxias and neurodegenerative conditions.

Researchers have revealed how immune cells are prompted to release the protein interleukin-1beta, in a discovery that gives new insight into how our immune systems drives diseases such as auto-inflammatory diseases, arthritis and gout.

A peptide from the venom of the spider Heteroscoda maculata can restore the neural deficiencies that trigger seizures associated with Dravet syndrome, a devastating form of childhood epilepsy.

A short-statured population of Indonesians living on the island of Flores arose independently of the extinct species Homo floresiensis – the so-called ‘hobbits’ – an international team of scientists has found.

Geneticists Professor Peter Visscher and Professor Jian Yang have had their work recognised by prestigious funding from the ARC.

The largest genetic study of type 2 diabetes has identified 42 new genetic variants in a discovery that could provide new opportunities to prevent and treat this disease.

Research into a toxin from the desert bush spider could lead to new treatments for conditions such as pain, cardiac arrhythmia and epilepsy, and could also advance the development of ecofriendly insecticides.

University of Queensland scientists have identified genes associated with fatty liver disease, a condition affecting 5.5 million Australians.

A molecule that kills the malaria parasite and leaves healthy cells intact has been developed by researchers from The University of Queensland's Institute for Molecular Bioscience and Australian National University.

The length of your formal education may be linked to your genes, a team of international scientists has found after studying the genes of more than one million people in one of the largest genetic studies ever completed.

Researchers are figuring out how to manipulate venom extracted from some of the deadliest species in the world, to combat the various forms of pain we experience.

IMB scientists have decoded genomes from algae found in coral, to help preserve the health of corals and protect the Great Barrier Reef from coral bleaching.

A/Prof Irina Vetter is a UQ Women Create Change Ambassador for the SAGE Pilot of Athena SWAN.