Category: Research

The Artificial Intelligence (AI) division of Google based in London, DeepMind, will attempt to differentiate between healthy and cancerous tissue by analysing 700 CT and MRI scans from former University College London patients.

Stroud-based manufacturing company Renishaw, have installed revolutionary technology at King’s College London that dramatically improves accuracy and patient outcomes.

Scientists from The Wistar Institute in Philadelphia, have discovered how glioma tumour cells adapt to low-oxygen environments in the brain allowing them to continue to grow.

Genomics England are now recruiting for patients with brain tumours to take part in the 100,000 Genomes Project. Genomics promises incredible benefits in healthcare through scientific discovery.

Scientists, led by Dr Elizabeth Stoll, from Newcastle University’s Institute of Neuroscience, have discovered that gliomas rely on fatty acids to promote their growth.

Vice President Biden is chairing a cancer summit in Washington today designed to garner further support for the Obama administration’s year-long ‘Cancer Moonshot’ initiative to advance cancer research.

Published today in the journal eLife, the research targeted the ephrin-B2 protein and results demonstrate it halts the division of cancer cells and then stops them spreading.

Findings from a new report which was published in the Journal of Epidemiology and Community Health, suggests that gliomas are more common among people who are university-educated.

Dr David Michod will be inviting three young people to work alongside him and his research team in his laboratory at the University College London Institute of Child Health, London.

A team from Duke’s University, North Carolina, have pioneered using a genetically-engineered polio virus as a method for tackling brain tumours.

Sean Parker, the billionaire co-founder of Napster, is donating $250 million to create The Parker Institute for Cancer Immunotherapy, with the ambitious goal of making the disease curable.

A new scanning technique, designed to show more rapidly whether cancer drugs have worked, is being trialed on a cancer patient at Addenbrooke’s hospital, Cambridge.

Children with brain tumours will be among those offered a new genetic test that paves the way for young patients to receive personalised cancer treatment.

On 27 January, a brain tumour patient at Angers hospital wore a Virtual Reality (VR) headset during an awake craniotomy to allow neurosurgeons to ‘map’ his brain tumour as it was being removed.

Researchers from the University of North Carolina Health Care System have been exploring the role of a DNA repair enzyme in cells called Dicer. When they removed this enzyme from preclinical models of medulloblastoma, a brain cancer often found in children, they found increased levels of DNA damage that led to the cell’s death.

A major study has asked medical experts across the University of California, San Francisco, what they see as real developments in the coming year.

Scientists based at Diamond Light Source, the UK’s national synchrotron science facility in Oxfordshire, have used a technique known as x-ray fluorescence to track microscopic trace metals and correctly identify malignant brain tumour cells.

The new blood test focuses on germ cell cancers that are rare but take root in cells that develop into sperm and eggs and may lead to malignant tumours in childhood.

New Zealand-based technology company, Genulin Interactive, have produced a cutting-edge visualisation of cancer immunotherapy.

In a report published yesterday in Cancer Cell journal, American researchers are focusing on gene mutations found in a third of brain gliomas.

Deadly viruses are being combined with a cancer cell killing virus in trials aimed at destroying glioma brain tumours.

China joins GBM AGILE, an Australasian adaptive clinical trial project tackling glioblastoma multiforme.

Scientists from the Translational Genomics Research Institute have identified the drug propentofylline (PPF) that limits the protein TROY in glioblastoma (GBM) cells and that also increases the effectiveness of chemotherapy drug temozolomide and radiation to treat GBM.

A research team based in Catalonia, Spain, has pioneered a more accurate and less invasive liquid biopsy technique for brain tumours.