A brief look at the latest scientific discoveries and advancements focused on cutting-edge research from peer-reviewed journals.
A new computational model shows how the Mic60-Mic19 subcomplex controls traffic through the narrow channels of mitochondrial cristae.
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An international panel has agreed on reforms to prevent further waste.
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A new study links declining chaperone-mediated autophagy to the body’s growing inability to clear senescent cells with age
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A review of decades of research into the origin and structure of cell-free fetal DNA identifies the biological bottlenecks limiting noninvasive ...
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University of Sydney researchers built a detailed reference map of early human development to test how closely stem-cell-derived blastoids match the ...
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Consortium builds first comparative catalog spanning plant and pathogen mitochondria
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MALVINA combines fluorescent imaging and machine learning to reveal invasion, accumulation, and DNA damage patterns that a simple kill-or-survive test...
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New research links viral receptor usage to antibody recognition, pointing toward broadly protective vaccines
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Cryo-electron tomography exposes the final step non-enveloped viruses use to smuggle their genetic material into cells
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A label-free platform combines size-based cell sorting with a deep learning model to catch and classify rare tumor cells from blood samples
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The approach uncovers a new class of compounds that target the immune-regulating protein VAV1
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Light-based tool activates the centrosomal enzyme Aurora A kinase independent of the centrosome, rescuing spindle assembly
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New automated process gives precise control over the size and shape of the particles that carry RNA and DNA therapeutics into cells
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Researchers built a computer tool that quantifies myelin patterns and flags injury-related changes without manual tissue labeling
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Findings could have implications for cancer research.
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Researchers combine transposon insertion sequencing with CRISPR-anti-CRISPR selection to map essential phage genes and insert new ones without ...
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