Latest Articles for Genomics

LoVis4u offers a simple way to visualize multiple genomic regions quickly.

Examining issues with data handling in scRNA-seq gene expression studies.

Examining the balance between participant rights and data complexity in multi-omics studies.

easybio simplifies single-cell labeling using CellMarker2.0 for faster analysis.

MUSTARD enhances analysis of multi-sample single-cell RNA sequencing data.

A multi-modal approach enhances gene expression predictions in biological research.

MetagWGS simplifies the analysis of complex metagenomic data for researchers.

This research sheds light on the essential functions of SLC transporters in cellular processes.

Introducing AsaruSim for realistic single-cell RNA sequencing dataset simulation.

p53 regulates genes vital for cellular health and cancer prevention.

ConDecon offers a fresh approach to studying cell abundances in biological tissues.

Scientists uncover diverse structures and functions of Orthornavirus proteins.

This article examines traditional and protein language model approaches to studying protein evolution.

Researchers develop tools to better study unculturable microorganisms and their growth requirements.

New algorithm improves signal recovery from noisy measurements.

New methods improve protein structure analysis and classification accuracy.

Typhi Mykrobe simplifies the identification of antibiotic-resistant typhoid strains.

VETE model improves drug response predictions in cancer research.

GoldPolish-Target improves genome assembly accuracy and efficiency.

gLM2 uses diverse data to improve biological modeling and understanding.

New model enhances study of unicellular marine organisms and their metabolic roles.

Researchers combine genetic information and phylogenetic relationships for better growth rate estimates.

Learn how Cluster Quilting addresses challenges in patchwork learning with incomplete datasets.

Spacedust enhances gene cluster analysis using protein structures and genomic context.

New methods improve data handling for nanopore sequencing, enhancing analysis efficiency.

Study examines reliability of DNA reading methods in measuring genome sizes.

New tools enhance analysis of spatial transcriptomics datasets for research.

New model CFGen improves synthetic single-cell data generation for better research insights.

New methods combine gene activity and tissue structure for better disease insights.

A look into the progress of pangenome analysis and visualization.

NeKo streamlines the process of creating biological interaction networks using data and knowledge.

VariantKG aids researchers in analyzing genetic data and understanding health impacts.

Explore how genomic data helps study germ spread and evolution.

This article explores how eukaryotic cells evolved and their connections to archaea and bacteria.

A new method enhances phylogenetic reliability in genomic epidemiology studies.

Research uncovers complex relationships among Legionellaceae bacteria and their ecological roles.

Exploring gene regulatory networks and their importance in cell function and stability.

SHARP improves resolution of Hi-C contact matrices, leading to better genomic insights.

This study introduces a method to better classify cancer subtypes using omics data.

Improving patient care through better understanding of genetic variants.