Latest Articles for Evolutionary Biology

Mice adjust their fear reactions based on experiences and environment.

Researchers leverage deep learning to spot differences between male and female birds.

This study examines how male and female traits evolve in fruit flies.

Using Darwinian concepts to improve neural network training methods.

New methods improve understanding of population dynamics through genetics.

Zebrafish offer insights into bone formation processes and evolutionary biology.

New distance measure improves molecular sequence comparisons using hyperbolic geometry.

Exploring how feedback loops shape cellular responses and evolution.

Examining how animals use environmental toxins for protection.

An overview of LED trees and their role in studying species evolution.

Examining how retroviruses influence primate genetics and evolutionary processes.

Examining the significance and evolution of 6mA in complex organisms.

A look into the complexities of species diversification models and their implications.

Research reveals complexities in germ layer formation in Cnidarians and Bilaterians.

Understanding reticulation events in phylogenetic networks and their implications for evolution.

A new method improves evolutionary tree construction using deep learning.

Research reveals how XAP5 and XAP5L regulate ciliary genes for healthy sperm formation.

Discover the unique role of oosomes in early embryonic development.

This model highlights how time influences competition and cooperation in various games.

New GPU methods speed up pangenome analysis, enhancing genetic research.

A new simulator evolves agents capable of culture and reasoning.

Study of unique fish genes reveals secrets of evolution and immune systems.

Explore the vital roles of caveolins in various organisms.

Exploring the complex relationships among species through phylogenetic trees.

SelNeTime helps researchers analyze genetic data across generations for deeper insights.

Understanding how species and diseases evolve by examining trait changes over time.

Plankton support marine ecosystems and are vital to ocean health.

Learn how alternative splicing impacts proteins and gene predictions.

Discover how mutations influence protein binding dynamics in cells.

Research reveals distinct species of invasive ctenophores along the U.S. Atlantic coast.

Exploring the complexities of genome rearrangements and the significance of median arrangements.

TreePPL simplifies evolutionary studies with user-friendly programming.

Discover how facial features develop and what influences their differences.

An overview of genetic variation and natural selection in evolution.

How organisms adapt their strategies to survive changing conditions.

Exploring the role of 3-sunlets in phylogenetic analysis and gene sharing.

Exploring the role of morphological traits in understanding evolutionary relationships.

A look at how Chimaera helps predict DNA structures and their importance.

Learn how upstream open reading frames impact protein production and gene regulation.

Study reveals key roles of calcium channel variants in fruit fly signaling.