Another significant impact of AS lies in its contribution to the phenotype. Although the process does not play as crucial a role as other transcription-related processes, it provides a rapid mechanism for the e
Interestingly, in Dunaliella cells the expression of NDPK after salt stress is positively coupled with the upregulation of energy metabolism proteins (i.e., with some subunits of mitochondrial respiratory chain complex I and FOF1 ATP synthase). Generally, increases in the levels of proteins that ...
Finally, the 195-211 loop of A.woodii is discussed in comparison with the extra -loops of mycobacterial and chloroplasts F-ATP synthases described to be involved in species-specific regulatory mechanisms.Bogdanovic, NebojsaTrifunovic, DraganSielaff, HendrikWestphal, LarsShushan, ShashiMueller, Volker...
In addition, 45%(9/20) of the crotonylated proteins are related to ATP synthesis, mainly including ATP synthase subunit b and ATP synthase CF1 alpha chai. Plants photosynthesize mainly through chloroplasts. Chloroplast ATP synthase (CFI and CFO) is present on the chloroplast thylakoid membrane ...
Plants photosynthesize mainly through chloroplasts. Chloroplast ATP synthase (CFI and CFO) is present on the chloroplast thylakoid membrane and is a key enzyme for physiological activity in plants. It converts light energy into chemical energy and forms ATP to supply a variety of life activities. ...
They modulate the level of phytohormones [365], lipids [366,367], and secondary metabolites [368] in chloroplasts. Moreover, alarmones promote the replication of plastidial DNA [364]. Plant RSH genes are differently expressed in presence of biotic and abiotic stress factors, which suggest that ...