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Current Studies

The Western Australian Epithelial Research Program (WAERP) biobank is undertaking a number of research projects intended to improve the understanding and preclinical assessment of therapeutics for respiratory conditions.

START Phage WA

START Phage WA was formed to pave the way towards treating AMR infections with phage therapy in Western Australia.

Effect of Posture on Lung Ventilation distribution and Associations with Structure in Children with Cystic Fibrosis

Effect of Posture on Lung Ventilation distribution and Associations with Structure in Children with Cystic Fibrosis Effect of Posture on Lung

Western Australian Epithelial Research Program

The Western Australian Epithelial Research Program (WAERP) is a community cohort biobank that collects and stores airway cells from the upper (nose) and lower (trachea) airways of Western Australian children and adults (1-50 years of age) undergoing non respiratory elective surgery.

People

Olivia Rowland

Registrar Clinical Psychologist

People

Katie Johnson

Occupational Therapist

Research

Narrowband UVB phototherapy for clinically isolated syndrome: A trial to deliver the benefits of vitamin D and other UVB-induced molecules

The PhoCIS trial provides a fresh approach to re-defining the reported associations of 25(OH)D levels with multiple sclerosis development and progression

Research

Silencing of GATA3 defines a novel stem cell-like subgroup of ETP-ALL

GATA3low ETP-ALL is a novel stem cell-like leukemia with implications for the use of myeloid-derived therapies

Research

Early life nutrition and the opportunity to influence long-term health: an Australasian perspective

There is significant data to support the hypothesis that early life nutrition in the fetus, infant and young child can have profound effects on long-term health

Research

Biofilm forming potential and antimicrobial susceptibility of newly emerged Western Australian Bordetella pertussis clinical isolates

Isobaric tags for relative and absolute quantitation (iTRAQ)-based proteomic analysis revealed significant differences in protein expression in B. pertussis biofilms