Latest Articles for Genetics

Discover how monkeyflowers thrive in toxic copper-polluted soils.

Research investigates how cell-wall genes impact sepal shape consistency in plants.

Aging research in mice reveals insights into health and longevity.

Msp300 protein isoforms are key to organizing the nucleus and microtubules in cells.

Discover how lipids and genetics shape our health.

Introducing RNA-TorsionBERT for improved RNA angle predictions and quality assessment.

Study reveals attitudes toward digital solutions in genetic counseling.

Research reveals how supergenes influence butterfly wing colors for survival.

Discover how our parents' genes influence us in unexpected ways.

Exploring how telomere length relates to Alzheimer's risk and brain health.

Discover the fascinating process of protein folding and its importance in our bodies.

Explore how ConSTRain advances STR analysis in health and agriculture.

Learn about PKD in cats and its impact on various breeds.

Research highlights PRMT1's role in Acute Megakaryoblastic Leukemia.

Transformers are changing how we analyze DNA and RNA sequences.

Unravel the genetic mysteries behind systemic lupus erythematosus.

scMusketeers enhances our understanding of cells, focusing on rare types.

New framework scNET enhances understanding of gene interactions and disease connections.

Researchers use light to control neurons and better understand pain sensitivity.

RNA sequencing sheds light on genetic disorders, enhancing diagnosis and treatment possibilities.

New insights into Cnot4's role offer hope for obesity treatments.

A closer look at ACM's causes and potential new therapies.

New tool mmVelo reveals how cells change over time.

Discover how DNA barcoding and AmpliPiper aid biodiversity research.

Exploring how machine learning transforms heart disease diagnosis and treatment.

Discover how the rgh6 gene influences maize seed growth and quality.

Enhancing genetic diagnosis by improving functional evidence classification and support.

Discover the science behind the vibrant colors of Columbine flowers.

Learn how maize uses its internal clock to thrive across diverse environments.

Explore how histones and RNA polymerase II function during the cell cycle.

Wolbachia bacteria significantly influence sawfly reproductive dynamics and population structures.

Tiny movements in cells create the left-right differences in animals.

Discover the intriguing color variations of butterflies in nature.

Aye-ayes reveal surprising mutation rates, reshaping our understanding of genetics.

Discover the journey of whooping cranes and the efforts to protect them.

Study uncovers genetic links to atrial fibrillation severity.

Discover how maize prevents unwanted gene mixing.

Explore how populations of organisms change and adapt over time.

A new approach to combine gene models for improved understanding of AML.

Explore the exciting journey of evolution through traits and mutations.