This book investigates the revolutionary shifts in understanding early eukaryote evolution driven by molecular sequence data. It addresses the ongoing debates and emerging synthesis within the research community, focusing on phylogenetic inference, the origin and evolution of eukaryotic cells and their organelles, and the interpretation of data from molecular and cell biology, and genome sequencing. The text is particularly relevant to postgraduate students and professionals engaged in molecular systematics, comparative genomics, and cell biology, exploring the timing and mechanisms of eukaryogenesis and endosymbiotic events.

The book is positioned as a key text for understanding the recent revolution in early eukaryote evolution, driven by advances in molecular sequence data. It aims to synthesize emerging ideas while acknowledging ongoing conflicts within the research community. The focus on phylogenetic inference, organelle evolution, and genome sequencing suggests a text that is both comprehensive and at the forefront of its field. It is intended for a specialized audience of postgraduates and professionals in molecular systematics, comparative genomics, and cell biology.