A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
Local production of complement C3 inside tumors appears to determine whether immune-based treatments succeed
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Salk and Arc Institute researchers combine DNA methylation and 3D genome data from single cells to reveal how epigenetics shapes cell identity and ...
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Current Cell Science review organizes BRCA1, PSA, KRAS, and other biomarkers by molecular type, cancer type, and detection method
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Single blood sample analysis of circulating amino acid interactions outperforms CEA-only prediction models
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PeptiVerse consolidates scattered peptide data into one tool for screening candidates and guiding the design of new drugs
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New light sheet imaging system captures seizure propagation in 3D at four volumes per second
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A new "cellular behavioromics" method reveals 18 distinct immune cell behaviors during sepsis and points to a possible add-on therapy
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New characterization of 220 patient-derived organoids from 191 patients builds on a platform introduced in 2017
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UVA scientists identify a hidden artifact in the popular epigenome-mapping method and build a free machine-learning tool, PATTY, to correct it
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Discovery opens path to better treatment for chronic hyperhidrosis
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New method allows for genetic manipulation in these small insects.
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Single sensor controls both warm and cool detection, contradicting decades of scientific assumption
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Study reveals how dying E. coli cells release protective enzymes to help populations resist beta-lactam antibiotics
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Optical imaging combined with chiroptical analysis maps molecular-level changes before visible damage
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New USC study maps how immune cells change with age, revealing tissue-specific and sex-based variations
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University of Nottingham study identifies genomic changes in tumor-prone reptile that mirrors human cancer development
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