New Aging Clocks Reveal How Drugs Act Differently Across 49 Human Tissues
A new study built 49 transcriptomic aging clocks across human tissues and mapped how thousands of drugs show structured but ...
A new study built 49 transcriptomic aging clocks across human tissues and mapped how thousands of drugs show structured but ...
Researchers have developed CRISGI, a computational framework that detects critical transient gene interactions presaging abrupt disease shifts across bulk, single-cell, ...
A new study shows that combining green nanosilica with arbuscular mycorrhizal fungi synergistically protects blueberry seedlings from drought by activating ...
A new time-series transcriptomic study of marine medaka embryos reveals a dual-wave program of zygotic genome activation and a transient ...
New research in mice shows that iodine-125 seed brachytherapy disrupts the gut microbiome in ways tightly linked to host gene ...
A new transcriptomic study of 179 canine mammary tumors shows that synchronous tumors within the same dog are molecularly heterogeneous ...
A paired-isolate transcriptomic study from Thailand links widespread gene expression changes to reduced amphotericin B susceptibility in Leishmania martiniquensis and ...
A new study identifies a four-gene expression signature linked to young age that independently predicts recurrence risk in breast cancer.
A comparative transcriptomic study shows that blight-resistant potato varieties maintain elevated basal expression of defence genes, including wall-associated kinases, R ...
A comparative genomics study of gilthead seabream and European seabass reveals that duplicated oxidative phosphorylation genes retained from an ancient ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine