Latest Articles for Bioinformatics

MALAT1 expression aids in identifying high-quality cells in single-cell RNA sequencing.

Introducing a model to enhance genome assembly correctness and efficiency.

NGS technology faces accuracy issues, highlighting the need for improved testing methods.

Study investigates the impact of AlphaFold 2 on protein structure determination through Molecular Replacement.

A look at how BRAKER and Galba improve gene annotation in genomes.

Linking molecular mutations to broader evolutionary patterns and biological systems.

A look into the complexities of identifying densest subgraphs in various graph structures.

TEA-GCN improves gene analysis using diverse data with enhanced accuracy.

A new automated method enhances protein fitting from cryo-EM images, improving speed and accuracy.

New tool IGLoo improves immunoglobulin gene analysis in sequencing data.

FastqZip offers efficient storage solutions for the growing volume of genetic data.

Tiberius improves gene prediction accuracy using deep learning and biological context.

Examining how codon usage affects protein synthesis across species.

Exploring the significance of hairpin completions in string transformations and DNA applications.

RegDiffusion offers a new method for understanding gene interactions effectively.

UnifyImmun predicts antigen binding, enhancing cancer immunotherapy effectiveness.

PairK improves prediction of protein interactions by focusing on short motifs.

New methods improve prediction of protein regions lacking stable structure.

DFAST_QC ensures accurate labeling of genomes for better biological research.

New framework enhances protein models using rich annotations for accurate predictions.

New methods improve accuracy in measuring tRNA levels within cells.

Explore the role of tilde-isometric words in string transformations and their applications.

A novel approach to studying biological structures using advanced texture analysis.

PTF-Vāc improves accuracy in predicting transcription factor binding sites across species.

Streamlined techniques in k-mer analysis enhance sequence comparison efficiency.

Innovative methods reduce space usage in pattern matching while ensuring performance.

New methods improve classification of viral genomes amidst the pandemic.

A new tool simplifies the search for environmental DNA reference sequences, aiding researchers.

Learn how the Jukes-Cantor correction refines phylogenetic tree construction.

colorSV improves detection of structural variations in cancer research.

GraffiTE aids in analyzing transposable elements and genetic differences across species.

Explore the complexities of quartics and their applications in data analysis.

HELP framework improves prediction of essential genes in various biological contexts.

The Logan project makes SRA data more accessible and usable for research.

A look at the role of minimizers in string sampling and analysis.

GTalign offers fast, accurate comparisons of protein structures for researchers in structural biology.

Using GNNs to identify multifunctional proteins enhances biological research.

TranSigner improves RNA sequencing accuracy by assigning reads to specific transcripts.

A study comparing various techniques to measure transcription factor activity using ATAC-seq data.

New Genotype Representation Graph streamlines genetic data storage and analysis.