• Nenhum resultado encontrado

Cell division and chromosome segregation in

N/A
N/A
Protected

Academic year: 2019

Share "Cell division and chromosome segregation in"

Copied!
233
0
0

Texto

Imagem

Figure 1.1. The bacterial chromosome is spatially organized inside the cell. Representation of the nucleoid  organization  inside  slow  growing E
Figure  1.2. Precatenanes  and  dimers  formed  as  a  consequence  of  bacterial  chromosome replication
Figure 1.3. B. subtilis SpoIIIE forms DNA conducting channels. During sporulation, to translocate the  last  two  thirds  of  the  chromosome  from  the  mother  cell  to  the  forespore,  across  two membranes and a peptidoglycan layer, SpoIIIE forms DNA
Figure  1.4.  Temporal  and  spatial  regulation  of  Z-ring  assembly  by  Min  system  and  Nucleoid occlusion
+7

Referências

Documentos relacionados

We suggest that protein interactions of PBP2 that occur via the N-terminal domain must be important for retaining PBP2 and/or other cell wall synthetic proteins in

This protein contains a serine protease domain in the N-terminal region that requires the formation of a non-co- valent complex with the membrane-bound cofactor NS2B for activity,

In its native background, the NifA activity is regulated by the prevailing ammonium levels and the N-terminal GAF domain of NifA has been implicated in

The sequence analyses of these proteins show that the Pso2p catalytic core is localized within the N-terminal part of the protein, while a DNA ligase I domain can be detected in the

In this work, we report the expression of the N-terminal domain of TPL in Pichia pastoris to study the effect of the C-terminal domain deletion on the enzyme activity, and to verify

To date, no crystal structure of laforin has been determined and thus the specific properties and relative positions of the N-terminal CBM and the C-terminal DSP domain

Through quantitative real-time PCR (QRT-PCR) and immunoblotting with Abs against both N-terminal and C-terminal regions of ZNF750, we showed that ZNF750 mRNA and protein

The present work has identified a new microtubule binding region in MAP7D3, formed by the conserved MAP7 domain and the C-terminal tail, which can bind to microtubules and promote