As in the other phosphoproteomics studies of prokaryotes, the phosphoserine intermediates of four phosphomutases, which perform substrate phosphorylation via a phosphoserine intermediate [44], were identified.
The phosphoserine intermediate of three H. salinarum's phosphohexomutases, OE2318R, OE4094F, and OE4190F were identified, which are conserved in all domains of life.
The Arabidopsis thaliana genome structure was derived from a Brassicales intermediate of nine chromosomes (9 = 21+10Cfis+22Cfus) that has been duplicated (n = 18) with then 13Cfus to reach its n = 5 modern genome structure.
The apple genome structure derived from a Rosaceae intermediate of nine chromosomes (9 = 21+3Cfis+15Cfus) that has been duplicated with then 4Cfis –5Cfus to reach its n = 17 modern genome structure.
Finally, we suggest that the soybean genome structure derived from a Papilionoideae intermediate of six chromosomes (6 = 21+1Cfis+16Cfus) that have been duplicated (n = 24) with then 13Cfis –17Cfus to reach its n = 20 extant genome structure, cf. figure 1, centre.
Mitochondrial fusion is a complex process from the membrane biology and the bioenergetic point of view: fusion of two organelles involves the generation of a fusion intermediate of four membranes; if the process of mitochondrial fusion is analogous to other organellar fusions, when the IMM fuses a fusion pore shall be generated that would link two matrixes.
Unlike the folding intermediates of the two single-domain proteins, which have many non-native side-chain interactions, the structure of the hidden folding intermediate of T4 lysozyme is largely native-like.
Thus, the overall structure of Puf-A features a six-Puf-repeat domain with an intermediate region of two repeat-like segments so that it displays a topology similar to the conventional eight-repeat Pumilio homolog domain [13].
GC/MS analysis of intermediate metabolites of two, three, and four rings PAHs showed that phthalate was the major constant product that appeared in each day of degradation period.
During the interaction of the enzyme with H2O2, this center cycles back to oxidized CcO via the intermediate presence of two oxoferryl states.
As discussed earlier, most of the parent compounds and intermediates of the three CECs contained a phenolic or quinone group.
