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Mir802 serves as a pivotal mediator facilitating communication between adipose tissue and macrophages through the activation of NF-KB signaling pathways.

Pleiotropic loci that play a role in multiple neuropsychiatric diseases exist, but many of them might contribute to each disease via a distinct mechanism.

A mathematical model shows that mutations that recur even modestly among cancer patients are cancer driving nucleotides that can be exhaustively identified to serve as targets of cancer therapy.

RiboD-PETRI, a cost-effective, equipment-free plate-based scRNA-seq technique that integrates a unique bacterial rRNA depletion protocol, significantly enhancing mRNA detection rate and revealing within-population heterogeneity, offering valuable insights for research applications.

Analyses of discovered cancer-driving nucleotides (CDNs) reveal their evolutionary, biochemical, and therapeutic characteristics that are often shared among multiple cancer types.

Fully incorporating our current understanding of vestibular neurophysiology into prosthesis design and clinical application will be integral to the development of the next generation of vestibular prostheses.

A new genomic method called MChIP-C measures H3K4me3-associated chromatin interactions with extremely high resolution and sensitivity, detecting interactions in over 60% of functionally verified enhancer-promoter pairs.

The Saccharomyces cerevisiae spliceosome component Fyv6 contributes to precursor messenger RNA splicing by promoting use of branch site distal 3' splice sites and interacting with key factors involved in exon ligation.