Colorectal Cancer Study Links CHMP4C Gene Alterations to Chromosomal Instability
An integrative multi-omics analysis links CHMP4C alterations in colorectal cancer to chromosomal instability and an immune-excluded tumor microenvironment.
An integrative multi-omics analysis links CHMP4C alterations in colorectal cancer to chromosomal instability and an immune-excluded tumor microenvironment.
Genome-wide analysis of two Edilbay sheep breeding populations in Kazakhstan reveals localized selection signatures, highlighting a 206-kilobase candidate region near ...
Researchers propose that cumulative polymorphic CAG repeat expansions may explain missing heritability in schizophrenia and bipolar disorder by disrupting astrocyte ...
Researchers have produced an improved chromosome-level jaguar genome assembly, mPanOnc3.5, with 25,267 annotated protein-coding genes and larger contigs using ONT, ...
A study in BMC Medical Genomics reports a 60% diagnostic yield from trio exome sequencing in 25 Rwandan families with ...
A cross-biobank study of GGT in East Asians identified 18 loci, characterized shared genetic liability with cardiometabolic traits, and evaluated ...
A comprehensive genomic analysis of thousands of early-stage breast cancer tumors reveals alternative cell surface targets associated with treatment resistance ...
A study in BMC Cancer found that N2 lymph node metastases in lung cancer share more genetic mutations with primary ...
A multi-omics Mendelian randomization study identifies TNF, NOS2, and DUSP1 as key epigenetic mediators linking PM2.5 exposure to diabetic nephropathy ...
A new method called BLEND-M improves DNA methylation deconvolution by using personalized reference profiles to account for individual variability.
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine