Laurits Skov

The paper challenges a model proposing Denisovan AMBN introgression from Homo erectus by showing no signal of super-archaic origin in late Denisovans.

This paper improves HMM analyses for inferring archaic introgression in modern humans by introducing sampling methods and hybrid decoding, showing better accuracy in admixture estimates.

This study evaluates how ancient protein sequences can inform hominid evolution, showing they provide limited resolution compared to DNA data but can still offer insights when combined with better modeling.

The paper analyzes Neandertal ancestry in over 300 genomes to determine the timing and impact of gene flow from Neandertals to modern humans.

The paper presents whole-genome sequences from 16 Himalayan populations to study population structure, adaptation, and genetic history, revealing early population divergence, shared adaptive haplotypes, and recent gene flow.

This study analyzes 2,762 whole genome sequences from diverse Indian populations to reconstruct 50,000 years of evolutionary history, revealing major admixture events and archaic hominin gene flow.

The paper reports a high-coverage Neandertal genome from Chagyrskaya Cave, revealing genetic features unique to Neandertals and population structure insights.

The paper identifies extreme selective sweeps on the human X chromosome that displaced Neanderthal admixture around 50,000 years ago, suggesting a population without Neanderthal admixture contributed these haplotypes.

The paper introduces a method to detect archaic introgression in genomes without archaic reference genomes, finding more Denisovan admixture and differences in admixture timing in Papuans.