Skip to main content

Together we are beating cancer

Donate now

Magnetic Resonance Imaging (MRI)

Showing 10 out of 10 results
Breast magnetic resonance image, or MRI. The bright white dot in the larger images is stage one breast cancer.

New research from the ICR is showing us how additional measurements taken by MRI could speed up the development of new drugs that could make chemotherapies more effective New research from the ICR is showing us how additional measurements taken by MRI could speed up the development of new drugs that could make chemotherapies more effective

by Jacob Smith | Analysis | 9 May 2023

9 May 2023

Headshots of Dame Valerie Beral, Anne Szarewski, Nandita deSouza and Yvonne Barr

As our 20th anniversary year draws to a close, we’re celebrating some of the pioneering women who have contributed to impactful cancer research and paved the way for even more. As our 20th anniversary year draws to a close, we’re celebrating some of the pioneering women who have contributed to impactful cancer research and paved the way for even more.

by Amy Warnock | In depth | 25 January 2023

25 January 2023

Photograph of a person having an MRI scan.

New research has found that using an advanced MRI technique may enable doctors to pinpoint potentially aggressive or fast-growing cancers and guide treatment pathways. New research has found that using an advanced MRI technique may enable doctors to pinpoint potentially aggressive or fast-growing cancers and guide treatment pathways.

by Lilly Matson | Analysis | 14 February 2022

14 February 2022

Cancer Research UK logo

Cancer Research UK-funded scientists have determined that a magnetic resonance imaging (MRI) technique, which measures the movement of water molecules within the tumour, may be the best way to monitor how women with late-stage ovarian cancer are responding to treatment. The study is published in the journal Radiology today. Cancer Research UK-funded scientists have determined that a magnetic resonance imaging (MRI) technique, which measures the movement of water molecules within the tumour, may be the best way to monitor how women with late-stage ovarian cancer are responding to treatment. The study is published in the journal Radiology today.

by Cancer Research UK | News | 14 February 2012

14 February 2012

Cancer Research UK logo

A chemical commonly called baking soda which is found naturally in the body could be used to detect cancer with magnetic resonance imaging, reveals a Cancer Research UK study published in Nature* today (Wednesday). A chemical commonly called baking soda which is found naturally in the body could be used to detect cancer with magnetic resonance imaging, reveals a Cancer Research UK study published in Nature* today (Wednesday).

by Cancer Research UK | News | 28 May 2008

28 May 2008

Cancer Research UK logo

A cutting edge technique that boosts the sensitivity of magnetic resonance imaging (MRI) more than 10,000 fold could allow cancer patients to find out within days of starting treatment how their tumours are likely to respond - a Cancer Research UK study published in Nature Medicine has revealed. A cutting edge technique that boosts the sensitivity of magnetic resonance imaging (MRI) more than 10,000 fold could allow cancer patients to find out within days of starting treatment how their tumours are likely to respond - a Cancer Research UK study published in Nature Medicine has revealed.

by Cancer Research UK | News | 29 November 2007

29 November 2007