Latest Articles for Genetics

Study links genetic changes in Fcγ receptors to immune system disorders.

Research reveals Pax7's vital role in lamprey muscle development and gene evolution.

This study examines the genetic links among house mice in Korea.

Exploring the benefits and concerns surrounding polygenic embryo screening in IVF.

A novel mouse model illuminates how antibody-secreting cells develop after depletion.

This study examines how splicing affects gene function across different populations.

Research reveals how TRP channels affect nutrient balance in fruit flies.

This study uncovers the link between Trametinib and heart issues in melanoma patients.

Learn how cations influence DNA movement and interactions in biological and laboratory settings.

Recent research sheds light on genetic factors and splicing related to breast cancer.

A look at how gene duplication shapes canine genomes and evolution.

New methods improve how we analyze pathogen genome variations in disease transmission.

Social interaction in fruit flies influences behavior and brain activity.

Research reveals WSB2's role in cancer cell apoptosis and potential therapeutic targets.

A new method improves analysis of complex genetic data.

FCS-Net enhances identification of genetic features linked to diseases.

Investigating how brain cancer cells interact with their environment.

This study reveals how miR-2b-1 affects movement development in fruit fly embryos.

DiGAS offers deeper insights into genetic factors linked to Alzheimer’s disease.

An exploration into how bacteria share genes and redefine species classifications.

Research reveals TMEM135's role in hearing and its connections to various health issues.

New findings reveal how UNC93B1 variants increase SLE risk in children.

This study examines how specific mutations in STAT5B affect milk production.

New research highlights the role of cfDNA in predicting prostate cancer treatment outcomes.

Research harnesses CNN technology to classify cell division stages in C. elegans and related species.

ExoA is vital for sperm health by removing mitochondrial DNA.

Researchers develop TTNE to better estimate past population sizes using ancient DNA.

New methods in genetic code expansion enable powerful protein design.

A new method improves model validation in single-cell RNA sequencing.

Researchers study how host genetic diversity and environment affect virus behavior.

Examining how HLAs and TCRs shape the immune response.

A study highlights COP1's influence on liver cell function and disease.

Research reveals key proteins involved in repeat expansions related to GDPAG.

This research examines the impact of domestication on genetic diversity in various species.

New insights into how super-enhancers cluster and influence gene activity.

DeepES reveals candidate genes for orphan enzymes linked to gut health.

Study finds higher ABO protein levels linked to pregnancy complications.

Research reveals how bacteria resist the antibiotic daptomycin through lipid changes.

New findings on Coprinopsis cinerea enhance understanding of mushroom genetics.

Study reveals genetic complexity behind CAM adaptations in Tillandsia plants.