Skip to main content

Together we are beating cancer

Donate now

Improving treatments

Showing 12 out of 31 results
An illustration of a T cell

With help from a new Nobel Laureate, Cancer Grand Challenges team MATCHMAKERS are developing AI models that can identify the immune cells best equipped to fight different cancers. That should make it possible to improve immunotherapies and match patients with the treatments best suited to them as individuals. With help from a new Nobel Laureate, Cancer Grand Challenges team MATCHMAKERS are developing AI models that can identify the immune cells best equipped to fight different cancers. That should make it possible to improve immunotherapies and match patients with the treatments best suited to them as individuals.

by Jacob Smith | Analysis | 31 October 2024

31 October 2024

A magnified image of squamous cell carcinoma, the most common type of cervical cancer.

Researchers funded by Cancer Research UK have made the biggest improvement in cervical cancer treatment in more than 20 years by changing how we use existing drugs.  Researchers funded by Cancer Research UK have made the biggest improvement in cervical cancer treatment in more than 20 years by changing how we use existing drugs. 

by Sophie Wedekind | 14 October 2024

14 October 2024

CT scan of a glioblastoma brain tumour highlighted in one section of the brain.

Brain tumour survival remains low and current treatments can have life-altering side effects. That's why Cancer Research UK is awarding £8m more to our Brain Tumour Centres of Excellence to accelerate our discovery of kinder and more effective treatments. Brain tumour survival remains low and current treatments can have life-altering side effects. That's why Cancer Research UK is awarding £8m more to our Brain Tumour Centres of Excellence to accelerate our discovery of kinder and more effective treatments.

by Sadaf Shafaghmotlagh | News | 24 September 2024

24 September 2024

Brain scans

Stand Up To Cancer are giving two international teams each a further £3.75m to reduce the side effects of radiotherapy and make immunotherapies work for more young patients. Stand Up To Cancer are giving two international teams each a further £3.75m to reduce the side effects of radiotherapy and make immunotherapies work for more young patients.

by Tim Gunn | Analysis | 7 August 2024

7 August 2024

Issy, Jake and Joram, who shared their stories with us for Teenage and Young Adult Cancer Awareness Month.

April is Teenage and Young Adult Cancer Awareness Month. Three teenagers who were diagnosed with cancer share their experiences and advice. April is Teenage and Young Adult Cancer Awareness Month. Three teenagers who were diagnosed with cancer share their experiences and advice.

by Tom Bourton, Tim Gunn | Personal stories | 2 April 2024

2 April 2024

Cells with nuclei in blue and mitochondria (energy factories) in green.

Our researchers have found mutations that make cancers much more likely to respond to immunotherapy. It's a chance to make breakthrough treatments work for many more people. Our researchers have found mutations that make cancers much more likely to respond to immunotherapy. It's a chance to make breakthrough treatments work for many more people.

by Tim Gunn | Analysis | 31 January 2024

31 January 2024

Breast cancer cells taken as part of a biopsy shown under the microscope

New research we've funded has found that breast cancers can break down molecules in their support system to use as a source of nutrients. As healthy cells can't use this chemical pathway to make food, it could lead to a new targeted breast cancer treatment. New research we've funded has found that breast cancers can break down molecules in their support system to use as a source of nutrients. As healthy cells can't use this chemical pathway to make food, it could lead to a new targeted breast cancer treatment.

by Jacob Smith | Analysis | 17 January 2024

17 January 2024

Two researchers smiling as they work together in a lab

2023 has been a big year for Cancer Research UK, and there's been a lot to celebrate. So, to end the year, we want to highlight just a few of our most exciting research stories of 2023. 2023 has been a big year for Cancer Research UK, and there's been a lot to celebrate. So, to end the year, we want to highlight just a few of our most exciting research stories of 2023.

by Jacob Smith | In depth | 18 December 2023

18 December 2023

That Cancer Conversation in a white speech bubble with a dark blue background

In this episode of That Cancer Conversation, we're going to take you into the world of clinical research and walk you through the pathway to give you the full picture of what a clinical trial really involves.  In this episode of That Cancer Conversation, we're going to take you into the world of clinical research and walk you through the pathway to give you the full picture of what a clinical trial really involves. 

by Cancer Research UK | Podcast | 27 November 2023

27 November 2023

This entry is part 12 of 22 in the series That Cancer Conversation
Two cancer researchers looking at a cell image on screen

Each cancer is as unique as the person it affects. By studying patient data, we can target our treatments to people's specific needs. Each cancer is as unique as the person it affects. By studying patient data, we can target our treatments to people's specific needs.

by Cancer Research UK | In depth | 21 November 2023

21 November 2023

Cancer cells with extrachromosomal DNA (ecDNA)

Cancer Grand Challenges team eDyNAmiC has changed our understanding of how oesophageal cancer starts. In some cases, mutations scientists thought were a late effect of the disease could actually be driving it in the first place. The findings could give us a new way to intercept cancer before it becomes dangerous. Cancer Grand Challenges team eDyNAmiC has changed our understanding of how oesophageal cancer starts. In some cases, mutations scientists thought were a late effect of the disease could actually be driving it in the first place. The findings could give us a new way to intercept cancer before it becomes dangerous.

by Tim Gunn | In depth | 23 October 2023

23 October 2023