Latest Articles for Genetics

Study reveals new insights into PLCγ2-related immune conditions.

New methods improve detection of RNA-protein interactions in bacteria.

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

Discover how yeast proteins adapt and evolve for better sugar transport.

Research reveals the link between genetics, sleep, and glucose regulation.

Study reveals how gene families shape traits in diverse yeast species.

Study reveals insights into oogenesis in Drosophila via actin mesh and protein interactions.

Adjusting HWE methods can improve genetic variant analysis in large samples.

Research reveals new insights into plant resistance against pathogens.

A study uncovers genetic links to infertility and reproductive hormones.

Study reveals how gene mutations affect neuron structure and communication.

Research reveals new insights on cancer spread and immune response in head and neck cancer.

Examining the role of DNA changes in aging and disease.

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.

This study examines how changes in the 16p11.2 region affect health.

Examining how codon usage affects protein synthesis across species.

A new method helps breeders choose parent plants for better traits.

A new model improves accuracy in low-pass sequencing genetic studies.

A study reveals how genetic factors contribute to congenital heart disease development.

Research links stress management with aging and longevity in humans.

Exploring the roles of hormones and microRNAs in insect life cycles.

This article examines how feedback circuits affect cellular decision-making and stability.

RegDiffusion offers a new method for understanding gene interactions effectively.

New genetic research offers hope for heart failure therapies.

VEHoP simplifies phylogenomic studies using varied genomic data sources.

Researching key proteins that influence early mouse embryo development.

Research highlights how Cse4 and its partners ensure proper chromosome separation during cell division.

Pseudovisium simplifies the analysis of complex spatial transcriptomics datasets.

Explore the role of RNA binding proteins in bacterial gene expression.

Research reveals CTLA-4's role in gut health and inflammation related to IBD.

New findings challenge the relationship between gene expression and natural selection in males and females.

Exploring how sex affects evolution and trait differences in species.

Investigating tumor types and treatment outcomes in colorectal cancer.

Research reveals complex gene interactions in tiny roundworms impacting evolution.

Research reveals RNA misfolding at low temperatures affects its function.

DFAST_QC ensures accurate labeling of genomes for better biological research.

New methods improve accuracy in measuring tRNA levels within cells.

A look into rare eye movement disorders and their genetic links.