Sentence examples for components of the division from inspiring English sources

In contrast to bacterial FtsZ, the in vitro assembled plant FtsZ1 and FtsZ2 proteins did not show highly curved filaments [17, 27], hinting that in chloroplast the curvature and force for constriction could be generated by other components of the division machinery, such as the dynamin-related protein ARC5 residing on the outside of the chloroplast envelope [28, 29].

Further experiments to elucidate components of the division septum are required.

Consistent with the origin of primary plastids, protein components of the division complex on the stromal side are typically descended from cyanobacterial cell division proteins, and several host-derived proteins comprise the cytoplasmic portion [ 13].

Subsequently, the stromal plastid division proteins directly or indirectly recruit cytoplasmic components of the division complex, including the outer membrane proteins PDV1 and PDV2 [ 24], and the dynamin-related GTPase DRP5B (also called ARC5) that assembles into a ring-like structure on the cytoplasmic portion [ 25].

The components of the army, division by division, were being separated from one another.

Formin is invoked as an important component of the division process; could mutants have been analyzed to strengthen the connection?

The division complex has retained certain components of the cyanobacterial division complex, which function inside the chloroplast.

This unique mechanism of cell division is associated with the loss of numerous components of the cell division machinery and delayed expression of the ftsZ gene, the key component of the Z ring that is essential for septation.

However, several other proteins that are involved in bacterial cell division [ 24] are not found in plants, and there are still unidentified arc (accumulation and replication of chloroplasts) loci that impair chloroplast division in A. thaliana [ 25], suggesting that there are still unidentified components of the plastid division machinery.

Bisson is primarily focused on understanding how individual components of the bacterial division machinery behave on the molecular level over time, and how these collective dynamics ultimately create the cell wall that differentiates one dividing cell into two identical daughter cells.

Although some divisome proteins such as FtsZ are conserved among nearly all bacteria, other components of the cell division machinery diverge significantly to reflect the diversity of bacterial shapes.