Help more people survive blood cancer
Over the past few decades, there has been significant progress in understanding, diagnosing and treating blood cancer. But we must stay one step ahead. Help us discover a new generation of smart and targeted cancer treatments, so more people can defeat blood cancer.
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Cecelia Brunott, was diagnosed with myeloma in 2020. Cecelia has been taking an innovative treatment for the past three years, that works by targeting and destroying key cancer proteins. The cancer remains under control, and she feels hopeful about the future.
“When the time comes, we will deal with it and we will move on to the next treatment. And I'm confident they will be there. I want to spend my time enjoying life.” What is blood cancer?
Blood cancer causes different types of blood cells grow uncontrollably, crowding out healthy blood cells and making it harder for the body to fight infections or heal wounds. It falls into these three main groups:
Myeloma
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Julius Manyoni, 66, is a Black Belt 6th Dan karate instructor. Having been fit and healthy all his life, he was shocked to be diagnosed with stage 3 myeloma in September 2019.
Julius started chemotherapy, followed by a stem cell transplant, but these treatments didn’t work. He was then offered a targeted treatment which he’s been taking ever since. Julius is now in remission.
“I wake up every morning grateful to see the sun and breathe fresh air. I’m indebted to the scientists who’ve made these drugs possible. Better research is the only way to treat cancer.”
Developing new treatments to outsmart myeloma
Dr Charlotte Pawlyn is investigating how myeloma develops resistance to immunomodulatory drugs, which work by targeting myeloma cells and boosting the body’s immune response against the cancer. Her team recently identified genetic changes in myeloma cells linked to resistance and are now exploring strategies to ‘reverse resistance’, investigating combination therapies to keep their cancer at bay for longer.
Acute myeloid leukaemia (AML)
Karin Manchester, 65, was told she had a week to live after being diagnosed with acute myeloid leukaemia (AML) in 2004. Thanks to treatment and a clinical trial, she has been in remission for 20 years.
AML is particularly challenging to treat because of its complexity, rapid progression and resistance to existing treatments like chemotherapy and bone marrow transplants.
“When I was diagnosed with leukaemia, I never thought I would still be here”
Smarter, kinder treatments for acute myeloid leukaemia (AML)
Professor Kristian Helin and Dr Alex Radzisheuskaya recently identified a key weakness in AML by identifying an alternative version of a protein complex called the NURF complex, which promotes the survival of leukaemia cells.
Why we need your support to stay one-step-ahead of blood cancer
Everyone deserves the reassurance that effective treatment options will be available if their cancer returns. Help us discover a new generation of smart and targeted cancer treatments, so more people can survive blood cancer.
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