Comparative Analysis of FtsA and MreB Proteins in Bacterial Cell Division Mechanisms
This study explores the structural and functional characteristics of FtsA and MreB proteins across various bacterial species. FtsA is crucial for the bacterial cell division process, while MreB plays a significant role in maintaining cell shape and facilitating peptidoglycan synthesis. We analyze the evolutionary relationships, functional similarities, and differences among these proteins in organisms such as Escherichia coli, Bacillus subtilis, and Streptococcus pneumoniae. This research enhances our understanding of bacterial morphogenesis and potential targets for antibiotic development.
Comparative Analysis of FtsA and MreB Proteins in Bacterial Cell Division Mechanisms
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FtsA Zmo FtsA2 Hpy FtsA Ccr FtsA Aae FtsA1 Hpy FtsA Bba FtsA Mlo FtsA Cje FtsA Atu FtsA Rpr FtsA2 Sau FtsA Sme FtsA Tpa FtsA1 Sau FtsA Bbu FtsA Dra FtsA Bap FtsA Spy FtsA Bsp FtsA Spn FtsA2 Lla FtsA Svi FtsA1 Lla FtsA Eco FtsA Vch FtsA Ehi FtsA Hin FtsA Efa FtsA Pmu FtsA Bsu FtsA Nme FtsA Xfa FtsA Bha FtsA Pae FtsA Ppu FtsA Pgi FtsA2 Tma FtsA Pal MreB Bha MreB Bsu FtsA1 Cac MreB Cac MreB Sco PilM Ssp PilM Nme MreB Cpn PilM Ngo MreB Cmu EnvB Ctr MreB Ccr PilM Psy MreB Rpr PilM Pae MreB Pmu Orf2 Xfa MreB Eco Orf1 Xfa MreB Vch MreB Pae MreB Pfl ComM Asp MreB1 Hpy MreB2 Hpy Orf2 Bha PilM Dra MreBH Bsu Mbl Bsu MreB Tma MreB Bbu EutJ Sty EutJ Eco PilM Vch FtsA1 Tma Orf1 Bha FtsA2 Cac 0.1