Latest Articles for Genetics

Explore how genome rearrangement impacts evolution, diseases, and gene function.

Examining how plants adapt to salt stress for sustainable agriculture.

Exploring plant defenses against diseases through genetic response.

Research shows colchicine could decrease harmful mutations in patients after heart attacks.

A deep learning model improves detection of carotid plaques in ultrasound images.

Examining how variations in EXO5 affect DNA repair and cancer susceptibility.

Exploring how genes transfer sideways and the impact of ghost lineages.

Telomeres play a crucial role in cancer cell behavior and genome interactions.

Research sheds light on Cryptosporidium, aiming for better treatments and vaccines.

Discover the surprising uses and genetic secrets of stinging nettle.

Researchers introduce STEP, a method improving gene and cell analysis.

A closer look at genetic causes of neurodevelopmental disorders.

Research uncovers how a tiny bacterium survives in cold water environments.

Researchers use nanobodies to observe cell movement in living organisms without surgery.

A new method combines genetics and lifestyle data to evaluate cancer risk more accurately.

Discover the complexities of left ventricular non-compaction and its effects on heart health.

Research shows ancestry affects how neurodegenerative diseases manifest and immune response.

Research highlights advances in genetic analysis for malaria control.

Research reveals new details about cyclin regulation in fruit fly egg development.

Research reveals Ulk4's crucial function in Hh signaling and protein interactions.

Research advances understanding of CCMs and potential treatments using zebrafish.

Exploring how genome organization impacts gene function and health.

Research examines the trade-offs of PCA in age prediction and cancer models.

Research reveals how methylation impacts gene function and transposable elements.

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.