Complete

Unravelling the interplay between two proteins in B-cell lymphoma

Cancer types:

Lymphoma

Project period:

Research institute:

European Institute of Oncology (IEO)

Award amount:

£174,357.99

Location:

Italy

Researcher Dr Arianna Sabò

Dr Sabò aims to unravel how a particular enzyme in our cells contributes to cancer, with the hope of revealing new ways to target cancer cells with drugs.

Meet the scientist

Arianna Sabo' is a researcher at the European institute of Oncology in Milan, Italy. Her lab focuses on c-myc, a gene that is often mutated in cancer.

The science

Many types of cancer are driven by too much of a protein called “Myc” being produced by the cells. This protein acts like a molecular switch, turning on and off many different genes that control cell growth and division.


Thanks to our supporters, Dr Arianna Sabò at the European Institute of Oncology in Milan recently discovered that the tumorigenic activity of Myc required a specific enzyme found in cells. Importantly, this means that this enzyme could be a useful target for treating cancers that produce too much Myc.


Dr Sabò and her team now want to take this research to the next level by dissecting exactly how this enzyme cross-talks with Myc, with the hope of revealing insight into new therapeutic strategies. Dr Sabò is initially investigating this in a type of blood cancer called B-cell lymphoma, but the findings could have benefit for many other cancer types.

Related projects

Active United Kingdom

Lymphoma

Can we find a way to switch anti-cancer genes back on?

This project will explore a cancer mutation which could be key to finding  new way stop cancer progressing, opening the door to future new treatments.

Researcher: Professor Richard Jenner

A new way to switch anti-cancer genes back on

Active Switzerland

Lymphoma

How do healthy blood cells help drive lymphoma development?

Understanding how healthy cells support the survival and growth of lymphoma will ultimately lead to the development of essential new treatments.

Researcher: Professor Davide Rossi

How genetic mutations in healthy blood cells can help drive lymphoma development

Active Italy

Lymphoma

How do aggressive lymphomas grow and can we stop them?

Lymphomas can sometimes come back even after successful treatment so this project is exploring a possible new way to target this disease and improve patient outcomes. 

Researcher: Professor Bruno Amati

Seeking a possible new target for lymphoma treatment
Share this page