Who we fund
We are excited to be funding some of the leading brain tumour researchers in the UK. Find out more about them, their work and their motivation in our interviews below.
The field of brain tumour research is greatly varied, with over 130 different tumour types in existence, therefore we fund researchers who each have different expertise. Our researchers are investigating how changes to our genes are linked to tumour development, how our immune system can be primed to attack tumour cells and how drugs can be developed which target the tumour cells only, among many other areas of research.
Working with us
If you are a researcher in the field of brain tumours, find out how we can work together in moving further, faster towards cures.
Adult brain tumour researchers
Here are the researchers we are currently funding to investigate and further our understanding or find new treatments for adult brain tumours
Dr. Antonio Fuentes-Fayos
Identifying unique protein markers in brain tumours to develop new immune-based treatments
Dr. Antonio Carlos Fuentes-Fayos is focused on finding better treatments for high grade brain tumours by exploring the tumour ‘immunopeptidome’, which refers to tiny pieces of proteins, or ‘protein markers’, that can activate the immune system to fight cancer cells.
Dr. Bo Sun
Using T-Cell signals to detect and track gliomas
Dr Bo Sun’s project is looking at developing a way of using blood samples to predict whether a patient’s tumour might regrow following treatment. Bo hopes to be able to develop a way of detecting the presence of tumour regrowth earlier after surgery.
Dr Charlotte Eaton
Understanding the origin of meningiomas to develop targeted treatments
Dr Charlotte Eaton is aiming to improve knowledge of the origin of meningiomas by using several key laboratory techniques. She will use a combination of DNA and RNA sequencing which will help the researcher to pinpoint potential drivers of disease.
Dr. Emily Bates
Exploring the use of “smart viruses” to treat glioblastoma
In this project, Dr. Emily Bates is focusing on adapting viruses to specifically target GBM cells. Since GBM cells are able to “hide” from the immune system, Dr. Bates wants to use these viruses to target GBM cells and deliver immunotherapy drugs.
Dr. Mathew Clement
Using the immune response to target glioblastoma
Dr Mathew Clement’s research has shown that a substance called Interleukin-10 (IL-10) is produced in large amounts in GBM. By blocking IL-10 with antibodies, Dr Clement believes this could allow the immune system to fight the cancer.
Dr Ola Rominiyi
Investigating DNA repair on a cell-by-cell basis in glioblastoma
Dr. Ola Rominiyi at the University of Sheffield is researching DNA repair in glioblastoma on a cellular level to identify treatment vulnerabilities. His work aims to create new treatment strategies with DNA repair inhibitor drugs that are more effective and have fewer side effects.
Dr Christopher Mount
Engineering cells of the immune system to target the complex mixtures of cells in adult and paediatric gliomas
Dr. Mount from Harvard Medical School is developing a new approach to treat gliomas by engineering immune cells to specifically identify and destroy multiple types of cells within the tumour.
Dr Mara De Martino
Shining a light on the role of lipid metabolism as a barrier to successful brain tumour treatment
Dr Mara De Martino at Weill Cornell Medicine is investigating the connection between lipid metabolism and immune escape in glioblastoma. Her goal is to identify molecules that promote treatment resistance and develop novel treatments targeting lipid pathways to enhance immunotherapy effectiveness against brain malignancies
Dr Angel Alvarez-Prado
Hijacking an innate immune mechanism present in all malignant cells
Dr Angel Alvarez-Prado at the University of Lausanne is developing a novel therapeutic approach to treat glioblastoma by inhibiting ADAR1 in combination with TME-targeted immunotherapies, targeting cancer cells and their supporting microenvironment.
Dr Geraldeh Zadeh
Liquid biomarkers to change meningioma treatment
This project is advancing research into how aggressive meningiomas can be diagnosed and how their treatment responses can be predicted. In collaboration with a major UK-led clinical trial and using advanced artificial intelligence, the team are striving towards tomorrow’s clinical care
Professor Neil Carragher
Targeting, treating and defeating glioblastoma
Professor Carragher will adopt a systematic approach to find new drug targets and new drug combinations to treat glioblastomas. In addition to discovering new combinations of drugs, they’ll continue their work by testing drug combinations already discovered by their team. This grant will allow researchers to suggest new combinations of therapies which have the greatest chance of being effective and well-tolerated in people. We hope that these new therapy combinations will signify a real step-change in the lives of people with a glioblastoma, improving quality of life and length of survival.
Professor Simona Parrinello
Mapping glioblastoma cells
Professor Parrinello, and her colleagues at Imperial College London, aim to understand how glioblastomas spread into the brain and how they use small molecules as messengers to communicate with surrounding cells.
Professor Susan Short
ARISTOCRAT: A randomised phase II study of temozolomide with or without cannabinoids in patients with recurrent glioblastoma
Professor Susan Short and her team will explore the benefit of cannabis derivatives as a form of treatment to improve both length and quality of life for people living with recurrent Glioblastoma.
Dr Jun Ishihara
Elimination of recurrent glioblastoma using tumour-collagen targeted IL-12
Dr Tyler Miller
Reprogramming glioma-associated myeloid cells to enable effective
Dr. Tyler Miller is a Research Fellow at Dana Farber Cancer Institute and Massachusetts General Hospital, Boston, USA. Tyler is mentored by Professor Bradley Bernstein.
Dr Spencer Watson
Multi-Omic Analysis of Environment-Mediated Glioblastoma Dormancy and Recurrence
Dr Spencer S Watson is a Postdoctoral Researcher in the Ludwig Institute for Cancer Research at the University of Lausanne Department of Oncology, Switzerland. Spencer is mentored by Professor Johanna Joyce.
Professor Colin Watts
Amplifying drug delivery across the blood brain barrier using injectable gels
Professor Colin Watts and his team at the University of Cambridge are testing drug-containing gels as a new delivery method for the treatment of high grade brain tumours.
The Tessa Jowell BRAIN-MATRIX
A first-of-its-kind clinical trial enabling doctors to treat brain tumours with drugs that are more targeted than ever before.
Although the trial is being led from the UK, we expect it to deliver global impact for brain cancer patients.
Dr Manish Aghi
Exploring the immune cells in skull bone marrow to treat glioblastoma
Dr Manish Aghi is a neurosurgeon specialising in brain tumors at UCSF Medical Center. He is principal investigator at the UCSF Brain Tumor Research Center and has over fifteen years of experience in glioblastoma research.
Professor Michael Brown
Boosting the immune system to combat glioblastoma
Professor Michael Brown is a specialist physician in clinical immunology and medical oncology and a pathologist in laboratory immunology. He is the Head of Translational Oncology at the Centre for Cancer Biology, a Senior Consultant Medical Oncologist at Royal Adelaide Hospital, and the Director of the Royal Adelaide Hospital Cancer Clinical Trials Unit.
Dr Pau Creixell
Targeting protein kinases to develop effective drugs for glioblastoma
Dr Pau Creixell is the leader of the Creixell Group under Cancer Research UK Cambridge Institute. The work of him and his team is centred on studying the inhibition of tumour growth by preventing the activation of key protein kinases. Other studies of importance include cellular signalling specificity, molecular recognition and novel targeted therapies.
Paediatric brain tumour researchers
Here are the researchers we are currently funding to investigate and further our understanding or find new treatments for paediatric brain tumours
Dr Jessica Taylor
Identifying a specific subtype of brain tumour without surgery
Dr Jessica Taylor at the University of Cambridge is developing a novel strategy called ADCIPs to identify and treat WNT-medulloblastoma, a highly curable brain tumour in children, without the need for surgery.
Professor Marcel Kool
Growing model brains in the search for new treatments
Professor Richard Gilbertson
No brain tumour ignored
This grant is for a large programme of work into two different rare childhood brain tumours. Professor Gilbertson will focus on three main areas of work: making better models to use in the lab, discovering and testing new drugs, and trialling the best way to deliver new drugs to tumours.
Dr Rameen Beroukhim
Investigating transcription factors in development
Dr Beroukhim’s team are doing an in-depth analysis of two transcription factors, one that they suspect drives low grade brain tumours and the other that may drive high grade brain tumours. Ultimately they’ll be looking for ways to use drugs to return transcription to normal levels, and stop tumour growth.
Professor Juan Pedro Martinez-Barbera
Targeting non-dividing cells in childhood high-grade tumours
Dr Paul Northcott
Medulloblastoma Epigenome Regulation in Treatment (MERIT)
Previous research has shown that epigenetic changes contribute to treatment resistance in medulloblastomas. Epigenetic changes refer to changes in the structure of DNA that alter the way DNA is ‘read’ by the cell. The aim of this research programme, led by Dr Paul Northcott, is to identify the epigenetic changes occurring in Group 3 medulloblastomas in response to treatment.
Professor Louis Chesler
Targeting SRC in childhood gliomas
One of our ongoing grants identified a protein called SRC that may be driving group 4 medulloblastomas in children. This type of tumour has been notoriously difficult to study and to treat. This new research will delve into the role of SRC in starting and motivating tumour growth, and the team will be using sophisticated lab models to test a new drug to target it.
Dr Todd Hankinson
Identifying directed therapies for Adamantinomatous Craniopharyngioma (ACP)
Almost all children with ACP suffer from a life-altering side effect or injury from either the tumour itself or treatment. Side effects and injuries include hormone imbalances, blindness, and morbid obesity. The current standard of treatment includes surgical removal of the tumour followed by radiation therapy – there are currently no targeted therapies to treat ACP. The aim of the research programme, led by Dr Todd Hankinson, is to understand the behaviour of the different types of cells and identify targets for treatment.
Dr David Jones
The Everest Centre
The Everest Centre is being financed by The Brain Tumour Charity with money raised by the family and friends of Toby Ritchie, who was diagnosed with a low grade brain tumour at the age of five.
The centre will fund several, vital research projects that will help us understand more about low grade paediatric brain tumours and trial new treatments.
Professor Simon Bailey
HR-MB Clinical trial for children with high-risk medulloblastoma
Professor Simon Bailey is conducting an international clinical trial to evaluate the advantages of different chemotherapy and radiotherapy strategies for high-risk medulloblastoma patients.
Dr Katja von Hoff
Improving treatment options for children diagnosed with rare tumours of the central nervous system
Dr Katja von Hoff is a researcher in Aarhus University Hospital in Denmark. She specialises in brain tumours such as medulloblastoma, ependymoma and paediatric tumours.
She is working on this project alongside Professor Barry Pizer.
Prof. Barry Pizer
Improving treatment options for children diagnosed with rare tumours of the central nervous system
Professor Barry Pizer is a researcher at Alder Hey, Liverpool who focuses on paediatrics and paediatric oncology. He also has history as a Consultant Paediatric Oncologist.
He is working on this project alongside Dr Katja von Hoff.