Latest Articles for Evolution

Research reveals insights into free-living parabasalids and their evolutionary connections.

A mixture model approach improves estimates of species divergence times.

Research on SRGAP2 sheds light on human brain and eye development.

CGRclust offers an innovative method for classifying DNA sequences without prior labels.

Research reveals varied genetic changes behind similar traits in brook sticklebacks.

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

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

How species relationships shift under environmental pressures and evolutionary changes.

Study reveals how various plants adapt to low oxygen environments and their evolutionary implications.

Study shows herbivory affects species growth and evolution in freshwater habitats.

Tandem repeats play a key role in genetic diversity and evolution.

Exploring how the mandible adapts and what it reveals about our history.

Exploring how life adapts to extreme conditions on Earth and beyond.

Examining how the marRAB operon helps bacteria adapt to changing environments.

Exploring how DNA sequences influence gene regulation and evolution.

Study reveals insights on polyploidy in Chlamydomonas, using new genetic methods.

PGGB offers a fresh approach to building pangenome graphs without bias.

Study reveals rapid changes in recombination rates among cichlid fish populations.

IS5 elements alter bacterial genomes, influencing traits and survival in various environments.

Researchers combine genetic information and phylogenetic relationships for better growth rate estimates.

Study reveals how environment and genetics shape house mice traits.

Research reveals how DNA methylation balances gene activity in male and female birds.

Spacedust enhances gene cluster analysis using protein structures and genomic context.

Study reveals how population size and mutation rates influence bacterial genome size.

New methods improve the analysis of genetic variation using tree sequences and machine learning.

Examining how life may have originated from basic chemical building blocks.

This study examines sexual and asexual reproduction in L. fabarum and their effects.

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

New tools enhance ancient DNA study, improving accuracy and sensitivity.

An overview of how genetic traits evolve through the Wright-Fisher model.

Exploring the role of DNA sequences in replication across various life forms.

Research reveals complex gene flow and reproductive barriers in butterfly species.

Study highlights the complex dynamics of pollen killers and their impact on plant traits.

This article explores how DNA inversions affect reproduction and genetic diversity.

This article explores genetic factors driving sexual differences in butterflies.

This study examines how distance affects genetic relationships in populations.

Scientists reveal the significant roles of unique DNA regions in mammalian development.

ReconcILS algorithm improves accuracy in comparing gene trees and species trees.

A new technique improves understanding of mutations in viral evolution.

This research reveals how amino acid changes affect protein fitness and function.