Research Articles
Rewinding the Molecular Clock: How Peptides Reveal Our Deep Evolutionary Past
Explore how molecular phylogenetics uses proteins to uncover evolutionary history, from pioneering peptide experiments to modern proteomics.
The Invisible Network: How Computational Tools Decode Rhizobia's Evolutionary Secrets
Discover how hierarchical clustering algorithms and bioinformatics are revolutionizing our understanding of rhizobia evolution and nitrogen-fixing symbiosis.
Decoding Nature's Pattern: How Numerical Taxonomy Revolutionized Biology
Explore how numerical taxonomy transformed biological classification using mathematical methods and computational approaches to reveal nature's patterns.
How DNA Rewrote the Story of the Rainforest Giants
Discover how DNA analysis is challenging traditional classification of Dipterocarpaceae trees and revealing their complex evolutionary history.
The Tree of Life's Messy Makeover: When DNA Clashes with Darwin
Explore how molecular phylogenetics is revolutionizing our understanding of evolutionary relationships and challenging traditional taxonomy.
The Tree of Life's New Blueprint: Honoring Professor Tang Yan-Cheng's Legacy
Explore how Professor Tang Yan-Cheng revolutionized evolutionary biology using DNA analysis to rewrite our understanding of life's family tree.
Genomics Revolution: Rewriting the Fruit Fly Family Tree
How genomics is transforming our understanding of Drosophila evolution through phylogenomics and genome sequencing.
Understanding Spatial Patterns of Biodiversity: How Sensitive is Phylogenetic Endemism to Randomization Models?
Explore how evolutionary history shapes conservation choices and the robustness of phylogenetic endemism patterns across statistical methods.
Decoding Cancer's Family Tree: How Evolutionary Maps Are Revolutionizing Oncology
Exploring how computational phylogenetics is transforming cancer research by mapping tumor evolution and enabling personalized treatments.
The Razor's Edge: How Parsimony Cuts Through Complexity in Biological Classification
Exploring how Occam's razor principle guides biological classification and phylogenetic tree construction through parsimony analysis.