Tumor
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Researchers have found that adding a booster protein can significantly improve the outcome of cancer immunotherapy. Tests in mice showed the protein produced 10,000 times more cancer-targeting immune cells, with all mice surviving the experiment.
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A new study has demonstrated how nanoparticles can be used as a type of mechanical drug inside cells to impair function and cause their demise, which could be used to target cancer while leaving healthy cells unharmed.
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Scientists exploring the potential of spider silk in next-generation cancer therapies have found yet another use for the natural material, using it to stabilize and enhance a cancer-killing protein known as the "guardian of the genome."
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Modifications to an existing drug promise to avoid toxic side effects brought on when treating a common and deadly form of cancer, with the scientists hailing the breakthrough as a potential "home run" for next-generation treatments.
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Researchers at the Tokyo University of Science have demonstrated a low-cost and highly promising form of nanoparticle technology, using corn and water as a starting point for a novel "bionanoparticle" that suppresses tumor growth in mice.
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Heightened tissue growth can result when cells come under tension, and a new study on cancer cells has pinpointed the biological mechanism that drives this process, which the authors believe can be targeted to prevent tumor development.
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A new study has turned up a new target in efforts to tackle metastatic cancers, the primary cause of death from the disease, by unearthing a protein that prevents cells from migrating to other parts of the body by sticking them to surrounding tissue.
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Immunotherapy is a promising new form of cancer treatment, but the supercharged immune cells it employs can become exhausted in the fight. Researchers in Japan have found a way to keep them going for longer, by rejuvenating them with stem cells.
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Scientists have known for some time that lactic acid can fuel the growth of tumors, and a new study has drilled into the matter and turned up some useful insights that could lead to new and improved forms of immunotherapy to combat cancer.
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A novel device developed at Northwestern can sort and multiply immune cells harvested from tumors with great efficiency, creating armies of personalized cancer-killing cells that have been deployed to induce dramatic tumor shrinkage in mice.
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Scientists have developed an advanced new brain sensor that promises to take the safety and efficiency of cancer and epilepsy treatment into new terrain, by recording electrical signals in record-breaking resolution.
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MIT scientists have developed a new technique to jump-start the body's immune system with the help of injured cancerous cells, with the approach shown to be capable of completely eliminating tumors in mouse models of the disease.
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