Leukemia
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CAR-T cell therapy involves reprogramming T-cells to hunt down cancer, which has been effective against blood cancers but not so much against solid tumors. Now, scientists at MIT have found a way to supercharge the technique with a vaccine booster.
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Scientists report the “functional cure” of an HIV patient for only the second time ever. Known only as “the London patient”, the man received a transplant of bone marrow stem cells from a donor that had a resistance to the virus. The patient has now been in remission for 18 months.
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Building on several years of research into a protein responsible for leukemia, a newly published paper has revealed success in slowing the progression of the deadly cancer in mouse models.
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New research has found a promising leukemia treatment in an eye drop already being developed to battle retinal neovascular disease. The research revealed the eye-drops, still in a pre-clinical stage of development, target the same gene that inhibits the progression of this aggressive blood cancer.
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A compelling new study is comparing cancer cell populations to parasites, describing how it can alter the body's ability to metabolize glucose to create more energy sources that help tumors grow.
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Bone marrow tissue functions like a conveyor belt for our bloodstream and scientists have now made a promising advance in the effort to create an artificial version, a tool that could be weaponized in the fight against leukemia and other diseases of the blood.
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The prospect of a manned mission to Mars raises all kinds of uncertainties. In a new NASA-funded study, researchers have found that life on the Red Planet could include a heightened risk of leukemia, brought on by the impacts of increased radiation exposure in deep space.
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After being diagnosed with leukaemia, a 10-year-old girl from Australia was inspired to invent a better Band-Aid dispenser. The Faster-Aid works like a roll of tape that's resealable to keep the bandages sterile, and it won Origin’s littleBIGidea, an Australia-wide competition for young inventors.
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Using an advanced imaging technique, scientists have watched as treatment-resistant leukemia cells teased chemotherapy into a high-stakes game of tag, an observation that opens up new ways in which we may be able to stop the deadly disease in its tracks.
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Australian researchers have discovered a protein that facilitates the spread of acute myeloid leukaemia cells, and have shown that by blocking its activity they can stop the deadly form of cancer in its tracks.
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A Canadian scientist has discovered a lipid in avocado that could prove key to battling leukemia by attacking the highly resilient stem cells that drive the disease and make treating it such a difficult task.