A team of 87 researchers from multiple institutions led by the University of Michigan School of Public Health have published a paper in Science Advances—"The genetic determinants of recurrent somatic mutations in 43,693 ...
An international team of 79 researchers have collaborated on a study published in Nature Medicine to delve into perivascular spaces (PVS), a poorly understood artifact seen in magnetic resonance imaging of cerebral small ...
Johns Hopkins researchers, along with colleagues in Italy, have published a study in Science Advances that looks into the genetic mechanisms behind the development of schizophrenia.
Published in Nature Microbiology, a study in mice finds that the microbial basis for urinary tract infections can include localized epigenetic alterations that make additional infections more likely.
A multi-institution study that included researchers from Stanford University, the University of California at San Diego, the University of Cambridge, the Fred Hutchinson Cancer Center and others has looked into the development ...
Knowing whether a tumor might grow or spread to other parts of a patient's body could be key to survival—and now scientists are one step closer to unlocking the ability to predict just that.
Apr 13, 2023
0
72
Researchers at the University of California at Los Angeles have analyzed RNA editing in postmortem brains of four schizophrenia cohorts and uncovered a significant and reproducible trend of hypo-editing in patients of European ...
University of Nevada, Las Vegas, researchers have identified a correlation between Alzheimer's disease and specific gut microbiota populations. In a paper published in Scientific Reports titled "Genetic correlations between ...
Work by an international research team led by Yu Xu and Michael Inouye at the Department of Public Health and Primary Care, University of Cambridge, has resulted in a unique resource for predicting multi-omics data directly ...
Researchers at the Washington University School of Medicine, St. Louis, have discovered a potential new target for cancer immunotherapy in transposable elements (TEs), short segments of DNA that can move around the genome.
