Recent genomic research indicates that the evolution of complex eukaryotic cells involved multiple successive waves of gene transfers from various bacterial and archaeal species rather than a single fusion event. This discovery provides a more nuanced understanding of genetic hybridization and horizontal gene transfer, which are foundational concepts for bioinformaticians and synthetic biology developers. Mapping these complex ancestral lineages could lead to more accurate models for engineering synthetic organelles or optimized chemical-power-generating structures within modern cells.
Read the full article at Ars Technica
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Ali NematiWritten by Ali
