Tag: bioinformatics

A new deep learning framework called SCmapST uses a seeded matches strategy to map single-cell gene expression data onto spatial ...

A new bioinformatics study links PTPN6 overexpression and promoter hypomethylation to overall survival in bladder cancer, positioning the gene as ...

A new transformer-based framework called THIMDA fuses multi-modal microRNA and disease representations to predict disease associations with high accuracy.

Researchers have developed a hyperboloid-based kernel method that maps biological sequence representations into hyperbolic space to overcome the distortion caused ...

Researchers have developed TrIdent, an open-source R package that automates the classification of transductomics data, revealing that low-abundance gut bacteria ...

Researchers combined bioinformatics screening with mouse experiments to identify PLAUR and IL1B as hub genes of hypoxia and ischemia in ...

New research links disrupted sphingolipid metabolism to sperm production failure in non-obstructive azoospermia, combining human bioinformatics with a busulfan mouse ...

A new high-performance tool called DartUniFrac enables phylogenetic microbiome diversity analysis at unprecedented scale, overcoming the computational limits of classical ...

Researchers have released rsx, a Rust-based reimplementation of the RADSex workflow that finds sex-linked markers up to 30 times faster ...

A new hybrid algorithm called CJWGA combines gene co-expression networks with enhanced genetic operators to select small, accurate gene subsets ...