Explore how comparative genomics unlocks evolutionary secrets across species, from cancer resistance in elephants to viral tolerance in bats.
Lee Hsiang Liow's groundbreaking work in paleontology using fossil forensics to rewrite evolutionary rules and predict future biodiversity patterns.
Explore how bioinformatics transforms evolutionary biology through computational tools, AI models, and big data analysis to reveal life's deepest secrets.
Exploring how symbiotic relationships shaped life on Earth and their potential for solving modern challenges in agriculture, medicine, and technology.
Discover how chromosome rearrangements in Mormyridae electric fish have driven 200 million years of evolutionary innovation and biodiversity.
Exploring how phylogenetic methods are transforming our understanding of cancer as an evolutionary ecosystem, with insights into novel treatment approaches.
Explore how phylogenetics reconstructs evolutionary relationships and reveals nature's biodiversity through genomic data and computational tools.
Exploring the groundbreaking snapdragon genome assembly and its revelations about floral evolution, symmetry, and self-incompatibility systems.