Latest Articles for Mutations

TOP2B's influence on chromatin structure and mutations linked to cancer risk.

Study highlights H5N1's evolution and risks to public health.

Discover how mutations influence protein binding dynamics in cells.

Discover how proteins evolve and why they're essential for life.

Researchers are using E. coli to produce chemicals from formate, reducing carbon emissions.

Discover how genetics influence the onset of Alzheimer’s disease.

This article examines how gene regulation evolves and its impact on organisms.

A new method analyzes how mutations affect virus transmission rates.

A look at how Leishmania replicates its DNA uniquely.

Discover how UV light influences bacterial mutations and genetic diversity.

New methods enhance understanding of AML through RNA sequencing and machine learning.

Explore how proteins adapt to changes through smart search methods.

Study investigates how MUTYH gene mutations affect cancer risk and mutation rates.

Research reveals how snRNA mutations affect neurodevelopmental disorders.

Seq2pHopt-2.0 advances enzyme research with better pH predictions.

A new method reveals insights into how cancer tumors develop over time.

cfDNA offers insights into cancer detection with less invasive methods.

Pf-SMARRT improves detection of malaria treatment resistance in Cameroon.

Scientists are enhancing enzymes to boost plant nutrition and food production.

Study reveals important genetic factors influencing breast cancer rates in Brunei patients.

SHP2 is vital for cell signaling, impacting growth and regulation.

Study reveals significant genetic differences in viruses from deer compared to humans.

Neurotrophins are crucial proteins for nerve cell health and function.

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

Study reveals genetic insights on breast cancer in Sri Lanka.

Investigating the connection between idiopathic pulmonary fibrosis and lung cancer risks.

A look into the role of genetic variants in cancer using advanced tools.

Exploring the link between ATRX expression and tumor behavior in PitNETs.

Discover how light-activated proteins change shape and function in different conditions.

TourSynbio-Agent simplifies protein engineering, making it accessible for researchers.

Study reveals how Q phage adapts to different temperatures via genotype networks.

Graph neural networks help uncover patterns in quiver mutation for deeper mathematical insights.

Innovative CRISPR method enhances gene analysis in retinal diseases.

Discover how proteins evolve through tiny changes and connections.

Discover how antibodies fight infections and adapt through mutations.

A unique experiment connects music to genetic changes and evolution.

Explore the fascinating traits that set male and female organisms apart.

A look at how percolation theory and branching processes relate.

Explore the vital role of Ryanodine receptors in muscle and nerve cell function.

Discover how SMYD2 influences protein function and its role in cancer therapy.