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Translational Immunology

Our team aims to better understand how the immune response to immune challenges, such as viral infections can influence the risk of developing asthma or autoimmune disease.

Viral infections are extremely common, and most children will encounter at least a couple of infections during their first year of life.

Some viruses, such as respiratory syncytial virus (RSV) or rhino virus (RV) are associated with increased risk of asthma and some, such as Epstein-Barr virus may increase the risk of other diseases later in life. However, the immune mechanisms involved in these secondary complications are not fully understood. It is thought that each individual’s unique biology and environmental exposures, including genes, biological sex, and exposure to UV radiation may influence this risk.

Our team strives to better understand the immune response to virus infection, and how exposure to these infections in early life may predispose individuals to health problems such as allergies and asthma in childhood. We are also investigating the role of adolescent viral infections in the onset of autoimmune diseases including multiple sclerosis (MS) in later life through collaboration with the Perron Institute for Neurological and Translational Science. 

Another priority of our team is to understand how sex hormones impact responses to virus, as prior to puberty, asthma tends to be more common in boys whereas after puberty, asthma tends to become more common in girls. Autoimmune diseases are also much more common in women compared to men. The immunological impact of sex hormones is also the focus on our work with how gender affirming hormone therapy impacts the immune system in young transgender individuals. 

By studying both antiviral immune responses and hormones, we aim to develop more specific treatments that in the future can reduce the rates of diseases in children and also prevent them from developing autoimmune disease in adulthood. 

Our team is involved in several collaborations, including with clinician researchers at Perth Children’s Hospital and St John of God Subiaco Hospital.

  • Prof Martyn French
  • A/Prof Deborah Strickland
  • Prof Aris Siafarikas
  • Prof Ashleigh Lin
  • Dr Julie Moore
  • Dr Ingrid Liang
  • Prof Peter LeSouef
  • Prof Peter Sly
  • Prof Allan Kermode

Team leader

Head, Translational Immunology

Team members (5)

Honorary Research Associate

Professor Prue Hart
Professor Prue Hart

BSc (Hons) MSc PhD

Honorary Research Fellow

Kimberley Parkin

Kimberley Parkin

Research Officer

Alice White

Alice White

Research Assistant

Isabelle Coenen

Isabelle Coenen

Research Assistant

Translational Immunology projects

Featured projects

Investigating the role of Neutrophils in Multiple Sclerosis

Neutrophils are a type of immune cell that can trigger inflammation and may play a role in the development of MS.

What is triggering immune reactions in people with MS?

Multiple sclerosis (MS) is a condition where a person's immune system attacks the brain and spinal cord.

Impaired interferon response in plasmacytoid dendritic cells from children with persistent wheeze

Impaired interferon response and allergic sensitization may contribute to virus-induced wheeze and asthma development in young children. Plasmacytoid dendritic cells play a key role in antiviral immunity as critical producers of type I interferons. 

Egg-sensitised infants have elevated CD4+ effector memory T regulatory cells from birth

IgE-mediated sensitisation to egg is common in infants. In some cases, the processes leading to egg sensitisation are established in early life, even before introduction to solid foods. The underlying mechanisms remain poorly understood. 

Editorial: The relationship between puberty and immune-driven disease

The way the immune system operates differs between males and females. This is due to both differential expression of immune-related genes from the sex chromosomes as well as the immune modulatory properties of sex hormones. Together, these effects contribute to a skewed prevalence of disease and disease course between males and females, including allergic-, infectious-, autoimmune-, and cancerous disease.

Assessing neutrophil subsets in autoimmune disease: Moving away from relying on density?

Neutrophils are the most abundant immune cell in circulation. However, due to a number of technical challenges for researchers, including the neutrophil's short lifespan and difficulties with preservation, they are often discarded during blood processing and thus ignored in cohort studies. As such, the contribution of neutrophils to disease and their involvement in disease mechanisms is less explored compared with other immune cell types.

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