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Lavigena and Kineococcus radiodurans, but no other Ssg protein gave meaningful hits outside of Streptomycetaceae. It is likely that the acquisition of SsgB by an early actinomycete (before node 4 of Fig. 2) was a key to the later evolution of sporulation septation, but SALPs have been entirely lost independently from several subsequent branches.?2013 The Author. FEMS Microbiology Reviews published
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Al., 2003). (3) Actinobacteria all possess the ParABS partitioning system common to the majority of bacteria (but absent from E. coli). In this system, the ParB DNA-binding protein associates with newly replicated ParS sites located close to the chromosomal origin of replication (oriC), the two complexes being recognised by the ATPase motor protein ParA, which drives them apart (Toro Shapiro 201
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Al., 2003). (3) Actinobacteria all possess the ParABS partitioning system common to the majority of bacteria (but absent from E. coli). In this system, the ParB DNA-binding protein associates with newly replicated ParS sites located close to the chromosomal origin of replication (oriC), the two complexes being recognised by the ATPase motor protein ParA, which drives them apart (Toro Shapiro 201
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Ve pole take significant time to form one, and cell division depends on time rather than cell dimensions. As a result, the population of progeny cells in a very young microcolony is physiologically heterogeneous, different cell types even differing in their patterns of sensitivity to antibiotics (Aldridge et al., 2012). Comparative genomic analysis suggests that DivIVAmediated apical growth is typ
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Wild-type (WT) mice. (B) There was no difference in discrimination index (DI) between the WT and NSC group (ns. = p > 0.05), p
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Wild-type (WT) mice. (B) There was no difference in discrimination index (DI) between the WT and NSC group (ns. = p > 0.05), p
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An air ater interface when aerial hyphae emerge from a hydrated environment, and the provision of a hydrated extracellular compartment to aerial hyphae, permitting `normal' cell physiology such as the generation of membrane potential to be sustained, as well as potentially providing a route for nutrients to reach the apical compartment (Wosten Willey, 2000; Chater et al., 2010; Chater, 2011). Ch
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DivIC or/and ftsL are particularly affected in sporulation septation, forming many incomplete and asymmetrical septal ingrowths in aerial hyphal apical compartments of colonies grown on high osmolarity medium (Bennett et al., 2007). The primary amino acid sequence divergence between nonactinobacterial and actinobacterial DivIC proteins suggests co-evolution with some other cell division difference