Reconstruction of human genome evolution in yeast: an educational primer for use with "systematic humanization of the yeast cytoskeleton discerns functionally replaceable from divergent human genes"

利用酵母重建人类基因组进化:配合“酵母细胞骨架的系统性人源化,区分功能上可替代的人类基因与不同的人类基因”的教育入门读物

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Abstract

The evolution of eukaryotic organisms starting with the last eukaryotic common ancestor was accompanied by lineage-specific expansion of gene families. A paper by Garge et al. provides an excellent opportunity to have students explore how expansion of gene families via gene duplication results in protein specialization, in this case in the context of eukaryotic cytoskeletal organization . The authors tested hypotheses about conserved protein function by systematic "humanization" of the yeast cytoskeletal components while employing a wide variety of methodological approaches. We outline several exercises to promote students' ability to explore the genomic databases, perform bioinformatic analyses, design experiments for functional analysis of human genes in yeast and critically interpret results to address both specific and general questions.

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