Study maps gene changes behind the evolution of the human skeleton

Gokhman, Inoue and colleagues built a genome-wide atlas of human-specific changes in gene regulation, using cartilage cells called chondrocytes. The work appears in the journal Nature.
The atlas also lists the DNA sequence variants that drive these changes. The researchers aim to explain how the human skeleton evolved, including the adaptations for walking upright. The work is peer-reviewed. The details given here come from a summary of the study, not the full paper, so the findings and methods need checking against the paper itself.