Latest Articles for Genetics

XOL-1 is key for sex determination and dosage compensation in C. elegans embryos.

Researchers develop a generative model to improve protein folding predictions.

Explores how mixed ancestry complicates genetic studies and analysis methods.

Research explores protein interactions in cilia using deletion mutants and imaging techniques.

A study reveals methods to accurately measure blood precursor cells in various conditions.

A look into the genetic causes and implications of Usher syndrome.

Examining how epithelial barriers affect germ cell survival and differentiation.

Researchers develop a tool to predict bacterial RNA transcripts, enhancing our understanding of gene regulation.

Study reveals how genes influence reward-seeking behavior in addiction.

A new method improves testing drug effects across multiple tissues.

New tools enhance study of plant immune proteins and their functions.

Saposins, especially SapB, are crucial for lipid breakdown in cells.

Exploring models that reveal the dynamics of genetic variation over time.

Explore the significance of small RNAs in bacteria, especially in stress response.

Research on AMPK activation offers hope for mitochondrial disorder treatments.

Study reveals adaptations in fruit flies to genetic changes in development.

Researchers develop stabJGL for improved analysis of biological data networks.

A new method enhances plant breeding efficiency and speed.

Gene loss influences traits, cancer risk, and immune responses in different species.

Recent research reveals the complex role of cohesin in DNA organization.

New methods enhance identification of transposable elements in genomes.

Examining how Spirodela manages transposable elements and their evolutionary implications.

Study reveals brain connectivity differences linked to genetic risks for psychosis.

Investigating yeast cell development into gametes through meiosis and membrane transport.

Researchers use plants to produce proteins quickly and cost-effectively.

VSS-Hi-C improves the analysis and visualization of chromatin data.

Lute enhances accuracy in estimating cell types by accounting for size variations.

New insights reveal the intricate evolution of social behaviors in bees.

Research reveals how ERG gene changes drive prostate cancer progression.

Exploring the importance of repetitive sequences in DNA function and regulation.

Research on cell-free DNA offers insights into health diagnostics and conditions.

Research highlights how BLM and RAD54L2 work together to fix DNA damage.

PCSK9 inhibitors lower cholesterol but may affect respiratory health.

This study evaluates methods for estimating cell type proportions in RNA-seq data.

A novel tool for predicting outcomes from genomic data enhances genetic research.

Learn how ASOs are reshaping gene regulation and treatment options.

This study looks at how age influences limb regeneration in axolotls.

Research uncovers how NYN protein aids crRNA processing in bacterial immune systems.

Study highlights the role of DNA changes in breast cancer risk assessment.

A look at modern breeding methods and the importance of genetic diversity.