Sentence examples for transfer machineries from inspiring English sources

We chose to look at the CYP+CPR reaction system with a fresh perspective because three arguments were in strong opposition to such hypothesis- It seeks conserved electron transfer machineries in a diverse array of CYPs but proton shuttling systems are not evident within the hydrophobic active site pockets of CYPs with elucidated crystal structure (like CYP2C9) [17], [17].

Therefore, IEAS can transfer machinery and/or cargo alarms to the on-duty engineer according to the system type of alarms.

Recently, the effector SidK has been shown to contribute to such regulation by antagonizing the activity of v-ATPase, the proton transfer machinery that controls organellar pH [20].

The pAPEC-1 plasmid could only use the transfer machinery of other plasmids to compensate for its defective apparatus without necessarily co-integrated to the helper plasmids.

Previously, sex pili-like appendages have been observed in other intracellular bacteria such as Rickettsiae, and this probably supports the functionality of such putative conjugal DNA transfer machinery [17].

Thus, it seems that compared with some elements of the transfer machinery the repABC replication-partition system is highly diverse.

GI-I coded for the synthesis of two polyketide/nonribosomal peptides (yersiniabactin and colibactin) and for the conjugative transfer machinery (T4SS) that allows horizontal transfer of the island [ 56].

The soluble electron transfer machinery of the strain consists of a [NiFeSe]-periplasmic hydrogenase HysAB, a [NiFe]-membrane bound periplasmic hydrogenase HynCAB (EC 1.12.99.6), a HypABEDFC hydrogenase, and a soluble periplasmic [NiFe]-hydrogen: quinone oxidoreductase HydAB (EC 1.12.5.1).

It is reasonable to assume that the rate of successful transfers relates to overall similarity (use of the same transfer machinery, phages that infect both organism, similar machineries for transcription and translation, and similar signals functioning in replication and genome organization [ 81]).

The defect in transfer at high temperatures may be due to a reduced functionality of the T-DNA transfer machinery [ 32] or due to the fact that high temperature leads to a reduced level of virulence protein and hence bacterial virulence [ 22].

It should be noted that, pABTJ2 is neither a conjugative plasmid, as it lacks the required transfer machinery, nor it is a mobilizable plasmid, as it lacks the mobilization regions either and it is much larger than the co-resident conjugative plasmid pABTJ1 [7,20].