Theoretical and Experimental Evolution

我们的研究重点是作用于基因组结构和性别的进化力量。 系统来解释物种之间的显著多样性。使用数学 模型，我们将探讨不同阶段之间的冲突的影响， 生命周期（例如，单倍体精子/卵子和二倍体成体之间的冲突）。使用 实验进化，我们的目标是揭示潜在的物种形成的过程， 酵母 通过全基因组测序，我们将确定 生殖隔离最后，我们正在开发新的生物信息学工具， 研究特征对多样化的影响，并将其应用于 关于性系统的大型数据库。

Our research focuses on the evolutionary forces acting on genome structure and sexual systems to account for the remarkable diversity among species. Using mathematical models, we will explore the implications of conflict between different phases of the life cycle (e.g., conflicts between haploid sperm/eggs and diploid adults). Using experimental evolution, we aim to uncover the processes underlying speciation in yeast. Through whole genome sequencing, we will determine the genes contributing to reproductive isolation. Finally, we are developing new bioinformatics tools to investigate the influence of traits on diversification and are applying these to a large-scale database on sexual systems.