A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
A review examines how PIWI/piRNA pathways could expand what stem cell treatments can achieve
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Dana-Farber researchers build a scalable platform for finding molecular glue degraders, revealing an unexpected way these drug candidates can be ...
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UCLA researchers argue that light-field microscopy’s snapshot volumetric imaging offers a distinct advantage for capturing fast, three-dimensional ...
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Buck Institute researchers propose the Reproductive Resilience Hypothesis to explain why reproduction accelerates aging in some species but is tied to...
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Human Cancer Models Initiative pairs patient tumors with lab-grown counterparts that closely mirror their molecular makeup
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New research points to the IL-1 pathway as a key defense that keeps C albicans confined before it can spread and cause life-threatening disease
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RIKEN-led study shows the actin cytoskeleton alone can drive cell-scale shape changes and front-rear polarity without relying on biochemical signaling
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LMU researchers identify a signaling pathway linking the shift from breastfeeding to solid food with dendritic cell activity in the spleen
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PET imaging reveals abnormal tau protein accumulation in most patients who develop hallucinations or delusions after age 40
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A new technique for profiling rare immune cells connects genetic variants to more than 100 genes involved in inflammation, including one previously ...
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A new review shows how the century-old technique characterizes molecular weight, shape and interactions that light and X-ray scattering methods can't ...
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Study finds that as sensitivity to external sounds fades during REM sleep, the brain's processing of internal signals like heartbeats grows stronger
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ESCRT-III proteins, previously known for repairing cell membranes, form a protective coating that shields exposed DNA when chromosomes fail to fully ...
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The mCHIRA system lets researchers test how DNA sequence and genomic context shape transcription factor binding and enhancer accessibility
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UMD-led study points to protein combinations that could replace traditional treatments
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Northwestern study replaces trial-and-error crystallization with a programmable, DNA-based method
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