A combination of composite-likelihood and gene network-based methods to investigate the impact of Denisovan introgression on the evolution of complex (i.e., polygenic) adaptive traits in high-altitude populations of Tibetan/Sherpa ancestry.

Analyses of spindle genes with missense changes in modern humans reveal evidence for positive selection since the split with archaic humans and show that modern humans interacted with Neandertals more than once in the past 200,000 years.

The effect of balancing selection on the human genome is greater than previously appreciated, especially affecting large deletion variations.

Genomic polymorphism across centromeric regions of humans is organized into large-scale haplotypes with great diversity, including entire Neanderthal centromeres.

Convolutional neural networks are an effective tool for detecting archaic adaptive introgression from genomic data.

A genome-wide catalog of the regulatory effects of variants that separate modern humans from archaic humans.

Graph genotyping of structural variation in diverse human populations reveals functional associations and signatures of local adaptation within poorly resolved regions of the genome.

Natural selection shaped CHC22 clathrin genetic variation in humans with different diets and potentially influenced the human insulin response.

A late Middle Pleistocene age for Homo naledi demonstrates a diversity of hominin species in Africa at this critical time in the archaeological record.