Latest Articles for Genetics

DeepPolisher enhances genome assembly accuracy through advanced polishing techniques.

A new method improves the study of genome editing through iPS cell isolation.

New insights reveal NRL's impact on retinal cell gene regulation.

This study assesses new methods for analyzing genetic variations and their health impacts.

New tool BayesAge improves accuracy in predicting biological age through gene expression.

Genal offers an easy way to analyze genetic data with powerful tools.

This article examines the impact of non-conversion errors in DNA methylation research.

Exploring the complex social structures of Formica ants and the role of supergenes.

This study reveals how recessive genes impact mutation rates and population stability.

This study examines how different methods impact species tree estimations.

QuickEd improves speed and accuracy in DNA and protein sequence alignment.

This article examines how certain cancers can spread between animals.

Exploring how self-similarity aids in studying population dynamics and genetic variation.

Research reveals how auxin influences seed growth in flowering plants.

This study examines how obesity and T2D affect men and women differently.

Research on clopidogrel effectiveness in patients with chronic limb threatening ischaemia.

A study reveals the limited bison ancestry in Beefalo.

New tools improve accuracy in predicting RNA structures crucial for cellular functions.

Researchers develop a new system to study immune cells in the brain.

An analysis of how various factors influenced the spread of SARS-CoV-2.

Gene testing improves cancer treatment by targeting specific genetic changes.

A new method simplifies variable selection in large datasets.

Study reveals genetic diversity of P. ovale curtisi and wallikeri, raising concerns for malaria control.

D-LIM model connects genetic mutations, traits, and fitness for improved predictions.

New drug combination shows promise for treating lung cancers with genetic mutations.

TX-Phase enhances genotype imputation while ensuring data privacy for researchers.

New approaches enhance PCR accuracy in DNA analysis.

Research uncovers potential therapies for Parkinson's by studying genetic factors.

SGD enhances yeast research with new data and tools.

Exploring new methods for predicting traits in breeding.

Creating a reference database to monitor groundwater-dependent species.

Insights into how spindles and organelles influence egg cell development.

How noncoding DNA shapes the traits of C. inopinata.

Prophages influence bacterial growth and stress response through transcription factors like DicC.

WENDY simplifies gene regulatory network inference using minimal time-point data.

Study explores links between metabolic health and cognitive performance.

Study introduces a model accounting for mutation interactions in protein evolution.

New schema improves diagnosis and treatment of rare diseases.

This article explores how synonymous substitutions influence gene expression and evolution.

Research reveals how quantum mechanics may influence bacterial mutation and adaptation.