A comprehensive review details how advanced single-cell genomic and epigenomic technologies map dynamic three-dimensional chromatin architecture and resolve cellular heterogeneity.
A multi-omics synthesis reveals how transcranial magnetic stimulation alters cell-specific transcription, synaptic proteins, and brain networks in treatment-resistant depression while ...
An integrative multi-omics study mapped the enhancer-state landscape across breast cancer subtypes, uncovering regulatory networks and prognostic gene associations.
A multi-layered genomic investigation across thousands of commercial pigs has mapped regulatory elements and candidate genes governing key carcass and ...
A Plant Cell Reports review finds saffron's sterile triploid genome has blocked all conventional breeding for millennia, as Kashmir loses ...
A new review maps how genetic, epigenetic and immune changes drive colorectal cancer from its first transformation to metastasis and ...
A reanalysis of chromatin data from human monocytes shows that Alu elements gain enhancer-associated histone marks during bacterial LPS stimulation, ...
Enzymatic conversion sequencing reproduced known methylation subgroups of pediatric rhabdoid tumors and enabled copy number profiling of tissue and cerebrospinal ...
The 48th EMSI conference in Jamshedpur featured 141 deliberations linking environmental mutagens, microplastics and pesticides to human health and sustainable ...
A study in an F2 Eurasian pig population found widespread parent-of-origin effects on growth traits, including effects outside canonical imprinted ...
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