Understanding tumour growth

Increasing understanding of the genetics and biology of tumour development to identify effective new treatments.

Conventional therapies for brain tumours have had limited efficacy over several decades resulting in consistently poor survival rates alongside severe side effects. There remains, therefore, a high unmet need to develop new treatments.

There are over 130 different types of brain tumour, each with differing biological characteristics. The underlying molecular mechanisms and pathways involved in tumour growth are complex and poorly understood for many of these tumour types.

Developing new and targeted treatments

To develop new treatments, we need to understand the changes occurring within tumour cells. This will provide information on how tumours begin to grow, how cells within tumours differ from one another and why many tumours are resistant to treatment.

Through advances in genomics, we can now gain a more detailed understanding of the biological make-up and characteristics of tumour types to develop molecular profiles. This can be used to develop targeted treatments as well as aiding diagnosis. By understanding a patient's individual tumour and giving more precise and potentially kinder treatments, this could reduce their side effects and dramatically improve quality of life.

Tumour Progression

The characteristics of a brain tumour can change over the course of the disease. In some cases tumours can progress from low to high grade disease, however we do not have a clear understanding of how and why this change in tumour aggression happens. Some tumour cells are also able to invade other areas of the brain, which makes these tumours difficult to treat. We want to understand the mechanisms in the cells that instigate this process.

Currently, we are funding Dr Anthony Chalmers to investigate how and why glioblastomas are so invasive and what can be done to stop this aggressive behaviour. A team at the University of Birmingham, led by Dr Daniel Tennant, are also studying the processes that enable glioblastomas to become resistant to treatment.

For information on additional research projects, please see our pages on Research by Tumour Type.

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