Latest Articles for Genetics

A look at cell lineage trees and the VIACOT tool.

A look at how CNVs may influence genetic disease risk.

A look at how DNA sequencing is changing genetics and healthcare.

PyEvoCell aids in understanding cell transitions and gene behavior in biology.

Research reveals insights into how neural circuits influence behavior through advanced methods.

RNAmigos2 streamlines RNA-targeted drug discovery, enhancing compound binding predictions.

Study reveals genetic links and implications for OSA diagnosis and treatment.

Research offers hope for better DMD therapies and improved muscle function.

LAMB4 plays a vital role in the growth and function of sensory neurons.

Scientists study brain cell interactions using innovative iAssembloids.

Research reveals how genetic structure affects mutations in SARS-CoV-2.

edgeR helps analyze gene expression differences in various biological conditions.

This study highlights the functions of lncRNAs in monocyte health and immunity.

Researchers develop new methods for controlling CRISPR with anti-CRISPR proteins.

Muscle satellite cells are vital for repair and growth, influenced by key signaling pathways.

Investigating how DNA repair impacts health through zebrafish studies.

A look at the cacao tree and its journey into chocolate.

Research reveals TCF7L2's complex roles in cancer and muscle loss.

Exploring the impact of long-read sequencing on viral genome analysis.

Discover the significance of codons in protein synthesis and gene expression.

Sea campion reveals insights into plant genetics and adaptation.

Examining the role of GNP differentiation in battling brain tumors.

Discover the vital role of the extracellular matrix in our body.

Study reveals genetic insights on breast cancer in Sri Lanka.

Exploring how genes and environment interact to influence human traits.

Introducing tailored screening methods to enhance early breast cancer detection.

Exploring how proteins create themselves and the consequences of extra pieces.

Explore how tiny RNA changes help plants adapt and thrive.

XPRS clarifies how genes influence polygenic risk scores for improved healthcare insights.

Innovative methods are improving the analysis of genetic data across multiple species.

Learn how CHARMER is transforming DNA analysis for better genetic understanding.

Fathers influence their kids' health and development even before birth.

Discover how m6A modifies gene expression and affects biological processes.

Exploring the role of proteins in heart health and disease management.

Investigating how genetics influence diseases and modifiable risk factors.

Research uncovers TMO5's critical role in plant growth and organ formation.

A significant study reveals new links between genetics and autoimmune diseases.

New methods improve RNA assembly efficiency and accuracy using safe paths and sequences.

Early DNA changes are crucial for proper embryo growth and function.

Exploring how genetic factors and environment shape rising obesity rates.