Skip to content

Search

Phage WA

Leading the fight against Antimicrobial Resistance (AMR) in Western Australia.

New treatment option for West Australians with cystic fibrosis one step closer thanks to generosity of Conquer Cystic Fibrosis

Access to phage therapy, a treatment option for antibiotic resistant superbugs, is now one step closer for people with CF in WA thanks to a $500,000 donation from Conquer Cystic Fibrosis to the Wal-yan Respiratory Research Centre.

New funding to accelerate AI personalised phage therapies

Wal-yan researchers have been awarded $500,000 for their innovative research, supported by the Western Australian Government’s Future Health Medical Research and Innovation (FHRI) Fund.

Projects

The key projects undertaken at Wal-yan Respiratory Research Centre.

Hunt is on for viruses to kill 'nasty' bacteria

Associate Professor Anthony Kicic is working alongside local Indigenous communities to search land and water for naturally occurring bacteriophages.

Healthy Lungs & Immune Development

Focusing on the developmental trajectories of respiratory health includes developing strategies to improve and support immune system function and development over the life course.

Major grant supports innovative infant lung health study

A ground-breaking global clinical trial to improve the lifelong lung health of children born extremely prematurely has been awarded a Medical Research Future Fund (MRFF) International Clinical Trials Collaborations Grant totalling almost $3 million.

Biobank funding supports valuable research resources

Four The Kids Research Institute Australia-based biobanks which underpin a range of cancer, respiratory and early life research have received more than $450,000 in funding.

Draft genome sequences of the pathogenic fungi Scedosporium aurantiacum and Scedosporium apiospermum from clinical isolates

Scedosporium species are filamentous fungi with inherent broad antifungal resistance that pose opportunistic infection threats. We present draft genome assemblies of S. aurantiacum (11 contigs) and S. apiospermum (9 contigs), derived from Oxford Nanopore sequencing of one Australian clinical isolate each.

Tracking Plasmodium knowlesi through faecal DNA for monitoring zoonotic transmission in wild macaques across Southeast and South Asia

We conducted the non-invasive surveillance of Plasmodium knowlesi in wild macaques using 4,752 faecal samples collected across nine endemic countries.