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Science & Technology

Read the latest in pre-clinical research, drug discovery and new technologies in cancer
Showing 12 out of 1482 results
Prostate Cancer cell image taken using a Scanning Electron Microscope

Research published in Cell Genomics today has shown that prostate cancer, which affects one in six men in the UK in their lifetime, includes two different subtypes of the disease, also known as evotypes. Research published in Cell Genomics today has shown that prostate cancer, which affects one in six men in the UK in their lifetime, includes two different subtypes of the disease, also known as evotypes.

by Amy Warnock | News | 29 February 2024

29 February 2024

A scientist carrying out clinical research in the lab.

Deciding to support clinical research is one of the most consequential choices a government can make. Our latest survey of the clinical research workforce uncovers what's needed to bring more potentially lifesaving treatments to patients, and to improve the NHS. Deciding to support clinical research is one of the most consequential choices a government can make. Our latest survey of the clinical research workforce uncovers what's needed to bring more potentially lifesaving treatments to patients, and to improve the NHS.

by Joe Kiely | Opinion | 12 February 2024

12 February 2024

A microscope image showing cells affected by Barrett's oesophagus, a precancer that can lead to oesophageal cancer.

For oesophageal cancer awareness month, we’ve rounded up four of our articles on the latest research into oesophageal cancer diagnosis, treatment and prevention.   For oesophageal cancer awareness month, we’ve rounded up four of our articles on the latest research into oesophageal cancer diagnosis, treatment and prevention.  

by Amy Warnock | Analysis | 9 February 2024

9 February 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

An image of a capsule sponge, a test for Barrett's oesophagus and oesophageal cancer

Our BEST4 trial will show if a capsule sponge test can be used to monitor people at high risk of oesophageal cancer. It could give the NHS a quick and simple new screening test for oesophageal cancer and save thousands of lives every year.  Our BEST4 trial will show if a capsule sponge test can be used to monitor people at high risk of oesophageal cancer. It could give the NHS a quick and simple new screening test for oesophageal cancer and save thousands of lives every year. 

by Tim Gunn | Analysis | 11 January 2024

11 January 2024

Bacterial microbiome mapping. Orange lines making connections and overlapping each other.

The microbiome is made up of trillions of microbes, including bacteria, fungi and even viruses. A research group believes this bustling community could be the key for preventing childhood acute lymphoblastic leukaemia. The microbiome is made up of trillions of microbes, including bacteria, fungi and even viruses. A research group believes this bustling community could be the key for preventing childhood acute lymphoblastic leukaemia.

by Sophie Wedekind | Analysis | 3 January 2024

3 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

the Palace of Westminster

Here are our initial thoughts on what the 2023 autumn statement means for the UK's cancer research environment.   Here are our initial thoughts on what the 2023 autumn statement means for the UK's cancer research environment.  

by Cancer Research UK | News | 22 November 2023

22 November 2023

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

Microscopic images of pleural fluid cytology of a small cell oat cell carcinoma
  • Health & Medicine
  • Science & Technology

10 ways we’ve influenced progress in lung cancer

From uncovering some of the causes of lung cancer, through to contributing to drugs used to treat it, here are 10 ways we have worked towards progress in lung cancer. From uncovering some of the causes of lung cancer, through to contributing to drugs used to treat it, here are 10 ways we have worked towards progress in lung cancer.

by Amy Warnock | In depth | 1 November 2023

1 November 2023