Complete

Kick-starting the immune system in an aggressive type of breast cancer

Cancer types:

Breast cancer

Project period:

Research institute:

Monash University

Award amount:

£236,552

Location:

Australia

Researcher Professor Tony Tiganis

Professor Tony Tiganis aims to work out how to attract more cells of the immune system to breast tumours so that they can aid in eradicating cancer cells. The hope is that this research might open up a new treatment avenue for breast cancers that are particularly difficult to treat. 

Meet the scientist

Tony Tiganis is a professor of Biochemistry and Molecular Biology at Monash Unviersity in Melbourne. His team's main focus is on cell signalling pathways and their wide reaching implications in many diseases. 

The science

The immune system is a powerful thing and finding ways to give it the kick it needs to become a weapon against cancer is a hotly pursued area of research. His team are focused on the type of breast cancer called Triple Negative (TNBC) - the type that is most aggressive. 

Through their research they want to find out why some TNBCs have lots of immune cells known as tumour-associated lymphocytes (TILs) in the tumour, while others do not. The presence of more TILs within a tumour is thought to be associated with a better response to treatment and better overall outcomes for the patient. By unlocking this secret they want to be able to find new ways to help attract more TILs in TNBC to enhance the effect of treatment. 

Related projects

Complete France

Breast cancer

Can AI predict which patients will become resistant to treatment?

Researchers hope to find better, more personalised treatments for breast cancer patients by identifying characteristics that predict how a tumour will behave.

Researcher: Dr Anne Vincent-Salomon

Using AI to predict drug resistance mutations in breast cancer

Active Spain

Breast cancer

How does a faulty BRCA2 gene cause breast cancer to develop?

The team hope that by understanding how different mutations contribute to breast cancer, they can reveal new ways to prevent, diagnose and treat it.  

Researcher: Dr Aura Carreira

Uncovering how a faulty BRCA2 gene causes breast cancer to develop

Active Sweden

Multiple cancers

How does ‘tissue stiffening’ affect cancer development?

This project hopes to discover more about the biology of how solid tumours develop to find new ways to prevent, diagnose or treat these cancers.

Researcher: Professor Staffan Stromblad

Understanding how 'tissue stiffening' affects cancer development
Share this page