Latest Articles for Mutations

Study reveals how DNA withstands mutations that may lead to cancer.

Using language models to improve software bug detection and testing efficiency.

Research reveals how protein structures impact health and cell function.

Research reveals insights into DNA repair processes and their impact on gene editing.

A look into the role of light chains in AL amyloidosis.

Exploring G6PC3 deficiency and its impact on immune health.

Learn about CGP, its function, advantages, applications, and challenges in programming.

Research reveals why bed bugs resist insecticides and how to combat them.

Research reveals how enzyme tunnels impact functionality and response to mutations.

New methods improve Language Model responses to meet user preferences effectively.

Gene testing improves cancer treatment by targeting specific genetic changes.

Learn about primary carnitine deficiency and its impact on health.

Research highlights how machine learning predicts virus mutations and their effects.

CanDrivR-CS improves understanding of genetic variants in cancer treatment.

Research sheds light on mutations driving cancer growth and treatment.

A look into key mutations driving cancer progression and treatment options.

Exploring how cancer cells evade the immune response and the role of immunotherapy.

New methods improve understanding of protein behavior in response to mutations.

Study reveals active COVID-19 spread among captive deer in Texas.

An overview of quantum cluster algebras and their applications in various fields.

AMR poses serious risks to global health and treatment options.

Research reveals the complexities of protein evolution and the role of epistasis.

Study reveals the complex factors shaping codon usage bias in yeast species.

Research reveals the role of gene mutations in esophageal cancer development.

Examining how TP53 mutations influence cancer development and progression.

Research reveals immune system may not effectively manage mutated blood cells.

Exploring the role of knowledge graphs in personalized cancer treatments.

Exploring how DNA sequences influence gene regulation and evolution.

HERMES predicts protein mutation effects, aiding in medical research and drug development.

New methods improve genetic operators in evolutionary algorithms using deep learning.

HERMES predicts the impact of protein mutations on stability and function using 3D structures.

This study analyzes how genetic changes in STAT1 affect immune function.

Exploring the reliability issues in new mitochondrial DNA analysis methods.

A new regression-based approach improves prediction of antibiotic resistance in tuberculosis.

ProPEC improves predictions of viral protein mutations using deep learning models.

p53 protein is key in stopping cancer through DNA repair and regulation.

Study reveals insights into HIV-1 evolution and immune evasion strategies.

Research shows chronic infections impact the emergence of new COVID-19 variants.

Research reveals complex traits linked to the t haplotype in house mice.

A combined model enhances insights into genetic diversity in populations.