Latest Articles for Mutations

Exploring how mutations and ecology shape evolutionary pathways.

p63 is vital for gene expression and development, influencing various diseases.

A clear guide to extriangulated categories and their significance in various fields.

Gauchian software shows potential but has accuracy concerns for Gaucher disease diagnosis.

Research uncovers genetic changes in dangerous S. aureus strain USA300.

Nab2 is crucial for proper gene expression and splicing in brain development.

ProteinCLIP enhances protein analysis by combining sequences and textual descriptions.

Research reveals NEP's critical role in IAV infection and replication.

MECOM is crucial for blood cell formation and function.

Research explores improved methods for detecting Lynch syndrome mutations in patients.

Research reveals how gene deletions affect bacterial survival and adaptation.

Research uncovers how mutations in blood stem cells lead to AML.

Research uncovers gene roles in shaping the central nervous system of fruit fly larvae.

Innovative method predicts BRAF mutations in brain tumors without surgery.

A look into the mechanisms and controls of DNA replication.

Explore how mutations shape populations over time using mathematical models.

GRIT offers insights into gene functions and interactions using individual cell data.

Exploring the significance of ORF10 in the virus and its impact on disease severity.

This study examines how deep learning models change during Neural Architecture Search.

New models enhance predictions for protein fitness and design.

This article discusses the roles and properties of structured RNA in biological systems.

This article examines how mutations affect growth rates in yeast organisms.

This study examines how plant DNA changes and how proteins maintain its integrity.

This study explores how mutations in tumor suppressor genes affect cancer risk.

Research reveals how yeast and microalgae adapt together in co-culture.

A look at tools for studying complex DNA sequences and their biological significance.

Examining how yeast species adapt to copper and sulfite through mutations.

Researchers improve enzyme activity through protein engineering and machine learning.

Researching how transcription factors interact with DNA to regulate gene expression.

Study reveals rapid evolutionary changes in Dendrodorididae using genomic analysis.

New methods offer insights into protein interactions and mutation impacts.

Explore the significance of friezes in the study of cluster algebras.

Discover how protein engineering advances enzyme performance using machine learning.

Research identifies key genes linked to severe epilepsy in children.

Exploring how microbial communities influence evolution through resource competition.

Investigating how alternative splicing aids adaptation in threespine sticklebacks.

A new method improves training of Generative Flow Networks using evolutionary algorithms.

Study reveals genetic patterns in HBV related to liver cancer risk.

Research reveals how enzyme movements impact their function and evolution.

Research reveals insulin's impact on West Nile Virus and mosquito immunity.