Discover how mitochondrial genomes in acrodont lizards reveal evolutionary history and ancient continental movements through gene rearrangements.
Explore how chromatin structure and dynamics have shaped human evolution through computational and experimental approaches in this undergraduate lab exploration.
Discover how Leonhard Euler's mathematical innovations power the thermodynamic hierarchical theory of biological evolution and explain life's drive toward complexity.
Discover how African mole-rats have evolved remarkable pain insensitivity through molecular adaptations, offering insights for human pain treatment.
Explore the fascinating science of chronobiology and how biological rhythms evolved from early life forms to modern humans, shaping survival and adaptation.
Discover how genomic evidence reveals the ongoing evolution of humanity through adaptive traits and disease susceptibility patterns.
Exploring how population genetics combines statistical models with mechanistic reasoning to uncover the engines driving evolution.
Remembering Lynn Margulis, the revolutionary biologist whose endosymbiotic theory transformed our understanding of evolution and cellular life.
Explore how evolutionary developmental biology reveals the genetic toolkit that shapes animal diversity through conserved genes and developmental processes.
Explore how molecular phylogenetics uses genetic data to reconstruct evolutionary relationships between species and its applications in tracking viruses like H5N1.