Search Results
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New possible ALS genes discovered
Using machine learning, Stanford Medicine scientists and their colleagues have found hundreds of genes that could play a role in amyotrophic lateral sclerosis.
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Antibody synergy targets tough cancers
Two anti-cancer antibodies have a much stronger effect against pediatric nerve-cell and bone cancers in mice than either one alone, researchers have discovered.
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Pathology faculty net four NIH grants
Efforts to design a hepatitis C vaccine, understand the genetic causes of rare diseases, map genetic regulatory elements in organ systems and understand coronavirus immune responses garner over $40 million.
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$12 million for stem cell trial
Stanford researcher Maria Grazia Roncarolo has been awarded $12 million by the California Institute for Regenerative Medicine for a trial aimed at improving the outcomes of stem cell transplants in children and young adults with blood cancers.
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Michelle Monje awarded 'genius grant'
The neuroscientist and pediatric neuro-oncologist is being recognized for her work to understand healthy brain development and create therapies for a group of lethal brain tumors.
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$31 million for stem cell clinical trials
The California Institute for Regenerative Medicine has awarded $31 million to three Stanford researchers to launch trials of treatments for common diseases. Four other Stanford researchers also received a total of $4.55 million.
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Old skeletal stem cells hinder healing
Researchers have found that old skeletal stem cells contribute to bone fragility and poor healing in mice, but that a stem cell-boosting gel may help restore function.
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Drug enables scarless healing
Researchers have identified the mechanism of scar formation in skin and demonstrated in mice a way to make wounds heal with normal skin instead of scar tissue.
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Study reveals immune driver of brain aging
Scientists have identified a key factor in mental aging and shown that it might be prevented or reversed by fixing a glitch in the immune system’s front-line soldiers.
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Brain-to-muscle circuit in a dish
A Stanford Medicine team used human stem cells to assemble a working nerve circuit connecting brain tissue to muscle tissue. The research could enable scientists to better understand neurological disorders that affect movement.