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,…
Category: Genetics
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…
Cracking the code: Investigating RNA dynamics under pressure
Investigating the dynamic nature of RNA has taken a novel turn as a researcher employs pressure as a probing tool.…
Computational Precision: SnapFISH Decodes Chromatin Loops from Multiplexed DNA FISH
Chromatin loops play a pivotal role in the 3D organization of our genetic material, influencing various cellular processes. SnapFISH steps…
Mapping the unknown: ‘Gnocchi’ reveals hidden secrets within the human DNA code
Scientists have created an innovative tool called the ‘Gnocchi’ map to explore the mysteries of the human genome. This groundbreaking…
Decoding miscarriages: Genome haplarithmisis reveals intricate genetic puzzles
Scientists are using a special tool called “genome haplarithmisis” to investigate why some pregnancies face challenges. It’s like a DNA…
Advancing CRISPR/Cas Biosensors for Disease Detection & Treatment
CRISPR/Cas technology’s endonuclease activity has spurred genome editing, bioanalytical sensors, and disease diagnostics, notably for SARS-CoV-2 variants. Multiplexing capabilities enable…
Decoding the past: Bioinformatics pipeline unravels 50-year blood puzzle
A groundbreaking bioinformatics pipeline has unraveled a 50-year-old enigma in blood groups. This innovative computational tool systematically analyzes genetic…