Koksharova O A, Babykin M M
Genetika. 2011 Mar;47(3):293-300.
Division of cyanobacteria serves as a model for studying division of plant chloroplasts. Analysis of mutants obtained by methods of "forward" and "reverse" genetics underlies effective vertical strategy for studying genetics of cell division in these photoautotrophic prokaryotes. Comparative genomic analysis indicates that some cyanobacterial genes involved in the control of cell division have homologs among cyanobacteria, green algae, and higher plants, some others, only in bacteria, whereas the remaining genes are specific only for cyanobacteria.
蓝细菌的分裂可作为研究植物叶绿体分裂的模型。通过“正向”和“反向”遗传学方法获得的突变体分析,是研究这些光合自养原核生物细胞分裂遗传学有效垂直策略的基础。比较基因组分析表明,一些参与细胞分裂控制的蓝细菌基因在蓝细菌、绿藻和高等植物中存在同源物,其他一些仅在细菌中存在,而其余基因则是蓝细菌特有的。