SiFT reveals hidden biology in single-cell data
In single-cell data analysis, the SiFT methodology stands as a beacon, dedicated to uncovering concealed biological processes. Its innovative approach,…
Category: Bioinformatics
Ancient DNA reveals precise identity-by-descent segments
The study of identity-by-descent (IBD) segments in ancient human DNA opens a fascinating window into our ancestral past. Accurate detection…
TPGen: Pioneering Stable Protein Design with Targeted Topology
In protein engineering, achieving stable designs with specific topological structures is a critical pursuit. TPGen, a groundbreaking language model, emerges…
DNA methylation biomarkers: Optimal workflows revealed
In the pursuit of unraveling DNA methylation biomarkers for various diseases, the selection of an optimal workflow plays a pivotal…
Nascent RNA harmony: Internal and external normalization strategies
Nascent RNA sequencing run-on experiments play a crucial role in deciphering the dynamic transcriptional landscape of cells. To ensure accurate…
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TBtools-II: A Powerful Upgrade Supercharges Biological Data Analysis
Bioinformatics gets a major boost with the release of TBtools-II, a comprehensive platform offering over 100 new features and a…
Roast: Crafting superior supertranscriptome assemblies effortlessly
Roast emerges as a pivotal tool for advancing the optimization of supertranscriptome assemblies without the reliance on external references. Supertranscriptomes,…
MHESMMR: Unraveling the puzzle of miRNA regulation
MHESMMR model has emerged as a potent tool for unraveling the complex dynamics of microRNA (miRNA) expression regulation by small…