Latest Articles for Evolutionary Biology

Research reveals genome details of the Near Threatened Zenia insignis tree species.

Investigating how limited dispersal impacts genetic diversity and adaptation.

New method combines phylogenetic tree and network for improved analysis.

Research sheds light on genetic connections in carnivorous plants using advanced sequencing technologies.

Discover the Thoeris system, a bacterial defense against phage infections.

Learn how the Jukes-Cantor correction refines phylogenetic tree construction.

A study on how traits spread in structured populations considering environmental factors.

Investigating how population dynamics shape evolution through chaotic behavior and noise.

GTalign offers fast, accurate comparisons of protein structures for researchers in structural biology.

A new tool helps researchers assess stability in genetic data analysis.

Halofilins are crucial for maintaining the shape of H. volcanii cells.

Exploring the intricate relationship between evolutionary rates and time across studies.

Research reveals complexities of transposable elements in Drosophila melanogaster genomes.

Investigating the significance of neural crest cells in common wall lizards.

New findings enhance models for studying species evolution and extinction rates.

Examining how sexual conflict shapes genetic diversity in species.

Study reveals how light affects movement in a newly identified apusomonad species.

GAGases show diverse enzyme capabilities in breaking down glycosaminoglycans and alginate.

Learn how to compare phylogenetic networks using contractions and expansions.

This study explores how agents communicate through imitation of useful signals.

Analyzing RNA structure dynamics for better biological understanding.

Study reveals how wtf genes influence meiotic drivers in fission yeast.

Examining how mutualistic relationships affect ecosystem stability and biodiversity.

New methods for aligning single-cell RNA data enhance biological insights.

New models of speciation reveal deeper insights into species growth and extinction.

Exploring how simple cells evolved into complex eukaryotic cells through cooperation.

This research examines how evolutionary history affects protein sectors and mutational effects.

This article explores the role of transcription factors in gene regulation and plant development.

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

New methods for analyzing genetic diversity in organisms through pangenome graphs.

Examining how archaea interact with bacteria in various environments.

Learn how structured models help study organism relationships and disease dynamics.

Research uncovers the role of IRF proteins in the avian immune system.

Researchers are uncovering the complexities of RNA viruses through innovative methods.

Examining how infection load influences disease spread and population dynamics.

Analyzing genetic traits through advanced covariance matrix techniques.

New methods help compare evolutionary trees with different species sets.

Investigates how bright colors help animals survive and attract mates.

A look at the role of rogue taxa in phylogenetic analysis.

Exploring the evolution and struggles of social behavior in spider species.