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 ...
Researchers prioritized thrombomodulin and factor V as the most promising blood-based biomarker candidates for deep vein thrombosis by integrating genome-wide ...
A study in Arthritis Research & Therapy links ARL6IP4 expression in activated T cells to osteoarthritis risk, highlighting the importance ...
A large-scale multiomic study reveals that tandem repeat variation drives cell type-specific gene expression across human immune cells.
A combined Mendelian randomization, SMR and mediation analysis links genetically predicted GLS expression to higher irritable bowel syndrome risk, partly ...
Phase 1 of the TenK10K consortium maps common and rare genetic variants affecting gene expression across 28 immune cell types ...
A re-analysis of prostate cancer reporter assay data shows computational annotations poorly predict measured regulatory activity, while ovarian risk variant ...
An exploratory genomic framework combining Mendelian randomization, kidney-compartment eQTL data, and colocalization identifies seven candidate genes for kidney traits, with ...
Researchers have rebuilt the whitening transformation on a probabilistic footing, making correlation removal in ultra-high-dimensional genetic data faster and more ...
An integrative analysis of blood transcriptomics and genetic data nominally prioritizes SLC51A and TPMT as exploratory candidate diagnostic genes for ...
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© 2026 Scienmag - Science Magazine