CLDN4 Expression Causally Increases Ovarian Cancer Risk in Multi-Omics Study
A multi-omics study identified CLDN4 expression as causally linked to ovarian cancer risk and highlighted it as a promising therapeutic ...
A multi-omics study identified CLDN4 expression as causally linked to ovarian cancer risk and highlighted it as a promising therapeutic ...
Integrated transcriptomic and untargeted metabolomic analyses in opium poppy demonstrate that specialized metabolism is strongly partitioned by organ type and ...
A Baltic Sea field investigation reveals that coastal sediments subject to fluctuating oxygen conditions undergo pronounced shifts in microbial composition ...
A computational study combining machine learning and molecular docking has identified candidate targets and pathways potentially connecting diethyl phthalate exposure ...
A study in Ecology and Evolution identifies an HSP60A gene variant in the moth Thitarodes xiaojinensis that links elevational adaptation ...
A cross-disease transcriptomic study and mouse model demonstrate that allergic sensitization exacerbates tic-like stereotypies alongside reduced GPX7 expression and heightened ...
A single-cell RNA sequencing study reveals that an ETS2-expressing epithelial cell subpopulation promotes neoadjuvant chemoimmunotherapy resistance in esophageal squamous cell ...
An integrated transcriptomic and single-cell study identified CDKN2A, XPO1, and TST as a three-gene kinic-related diagnostic panel achieving an AUC ...
Researchers identified HSP90AB1 as an up-regulated gene in hepatocellular carcinoma whose silencing promoted R-loop accumulation and suppressed cancer cell viability, ...
A multi-omics and in vitro validation study demonstrates that elevated OIP5 expression drives cell cycle progression and promotes lung adenocarcinoma ...
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© 2026 Scienmag - Science Magazine