H. Innan

Rapid Speciation Characterized by Incomplete Lineage Sorting in the Globally Distributed Bacterium Sulfitobacter

The paper identifies incomplete lineage sorting in Sulfitobacter, a marine bacterium, showing rapid speciation driven by ancestral polymorphism retention rather than adaptive selection.

Establishment of a new sex-determining allele driven by sexually antagonistic selection

The paper models the turnover of sex-determining loci under sexually antagonistic selection, showing how different selection modes affect turnover rates and polymorphism patterns.

Genome analyses reveal the hybrid origin of the staple food crop white Guinea yam

This study reveals the hybrid origin of white Guinea yam through genomic analysis, showing it arose from crosses between D. praehensilis and D. abyssinica with significant introgression around the SWEETIE gene.

A unified simulation model for understanding the diversity of cancer evolution

This study develops a unified simulation model to analyze cancer evolution dynamics and identifies conditions under which different evolutionary processes drive tumor growth.

Establishment Process of a Magic Trait Allele subject to Both Divergent Selection and Assortative Mating

The paper analyzes the establishment of a magic trait allele under divergent selection and assortative mating, showing how these forces interact to determine allele fate.

Theoretical Expression for the Evolution of Genomic Island of Speciation: From Its Birth to Preservation

This study develops theoretical models to describe the evolution of genomic islands of speciation, focusing on their formation and preservation under gene flow.

The coalescent for prokaryotes with homologous recombination from external source

This paper develops a simulation framework and tool, msPro, to study the impact of inter-specific recombination on SNP patterns in prokaryotes, showing how it increases polymorphism and creates complex SNP patterns.

Simulation Framework for Generating Intratumor Heterogeneity Patterns in a Cancer Cell Population

This paper introduces a simulation framework and tool (tumopp) to generate intratumor heterogeneity patterns in cancer cell populations under various model settings.

Allele Frequency Spectrum in a Cancer Cell Population

The paper develops a theoretical framework for allele frequency spectra in cancer cell populations under exponential growth, showing similarities to organismal population genetics with key modifications.