Since atToc159 protein isoforms might recognize and allow to import diverse plastid proteins, atTOC159 homologous genes should be independently regulated during the process of vegetative and reproductive development.
They are therefore able to begin the process of vegetative material decomposition and permit the secondary colonization of bacteria and yeasts, which can then further decompose the organic matter (Sahoo and Dhal 2009).
However, when the carcass is opened prior to this process, the vegetative cells of B. anthracis may escape into the aerobic environment.
Thus, the HPr phosphorylation state has different implication on the revival process versus vegetative growth.
Prior studies on Microbotryum have suggested that the fungal non-self recognition process of "vegetative incompatibility" likely serves as a mechanism of competitive exclusion [ 16, 17].
In the biological process category, vegetative to reproductive phase transition, positive regulation of biological process, regulation of developmental process, regulation of multicellular organismal process, reproductive developmental process, reproductive process attribute to Cluster VI.
RIP occurs only during meiosis, and as such, evidence of RIP may indicate the occurrence of meiosis in an ancestral or cryptic sexual stage, or alternatively, the existence of a similar process in vegetative cells [ 27].
RIP occurs only during meiosis, and as such, evidence of RIP in these species may indicate the occurrence of meiosis in an ancestral or cryptic sexual stage, or alternatively, the existence of a similar process in vegetative cells.
This result is consistent with the view that, although these sequences have to be associated with permissive histone modifications in order to become processed into vegetative genes, they are not expressed during macronuclear differentiation but have to be activated upon termination of the differentiation process.
Among internal stimuli, plant hormones and particularly auxin and its polar transport (PAT) have been shown to regulate a multitude of plant physiological processes during vegetative and reproductive development.
Thus, the failure of Osw3-S365 to be processed in vegetative cells is likely due to a defect in auto-cleavage and not to the absence of some other sporulation-specific processing factor.
