Skip to content

Search

Wal-yan Scientific Retreat: Fostering Collaborative Excellence

The Wal-yan Respiratory Research Centre's dedicated team members, along with special guests, embarked on a journey to Wadjemup (Rottnest Island) on 9 and 10 November. 

Researchers share in almost $1.8 million for groundbreaking child health respiratory research

Three researchers from the Wal-yan Respiratory Research Centre will share in almost $1.8 million in grants to continue groundbreaking research to tackle childhood asthma prevention and lung disease.

Wal-yan researchers to join global respiratory congress in Vienna

Researchers from the Wal-yan Respiratory Research Centre are proud to be part of this prestigious event, contributing their expertise to the Congress' outstanding scientific programme.

Wal-yan respiratory researchers presented with prestigious awards

Four outstanding researchers from the Wal-yan Centre - Professor André Schultz, Professor Stephen Stick, Rebecca Watson and Michael Beaven - have been presented with prestigious awards in acknowledgement of their research aimed at improving the lives of children with respiratory illness.

Wal-yan Centre welcomes Professor André Schultz as new Head

In an exciting development for the Wal-yan Respiratory Research Centre, Professor André Schultz has been appointed as the Centre’s new Head, succeeding Professor Stephen Stick. 

A BRIGHT day for little lungs

Families affected by bronchiectasis gathered in Kings Park recently for a special event hosted by the BRIGHT Study team, celebrating community, connections, and conversations.

New guidance aims to transform Indigenous healthcare through cultural safety and partnership

A new paper published in Frontiers in Pediatrics offers clinicians a practical roadmap to improve healthcare outcomes for Indigenous children, starting with respect, communication, and cultural understanding.

A new direction for the MAP study: using proteins to help predict childhood asthma

The Metabolomics to Predict Asthma (MAP) study has reached an important turning point. After examining the ‘chemical fingerprints’ of more than 300 children, the team is now taking a new approach, turning to proteins to better understand which young children with recurrent wheeze go on to develop asthma.