Sentence examples for complex accessory from inspiring English sources

Similarly, the highly advanced suborder Holopoda and superfamily Limacacea show complex accessory organs on the genitalia and a more sophisticated means of water conservation through development of a closed secondary ureter and resorption of water from the excretory products.

These include the complex accessory gene regulatory system (agrABCD) that up-regulates the expression of superantigens, cytotoxins, and secreted enzymes, and represses the transcription of cell-wall proteins such as protein A and fibronectin binding proteins [38], [45].

A second trio (ritA1B1C1 Rmet_1271 to Rmet_127373) also lies on CMGI-2 and is part of a complex accessory module; it inactivates a tnpA gene of the IS66 family.

A potential solution to this problem comes from recent reports showing BAM complex accessory proteins, all of which are lipoproteins, promote insertion of BamA in the membrane [ 28, 29].

These include for iron oxidation: cup (copper oxidase-like), ctaABT (heme biogenesis and insertion), nuoI and nuoK (NADH complex subunits), sdrA1 (a NADH complex accessory protein) and atpB and atpE (ATP synthetase F0 subunits).

Novel genes predicted to be involved in RISCs oxidation include those potentially encoding: i) three sulfurtransferases, ii) a heterodisulfide reductase complex, iii) an ATP sulfurylase and iv) a NADH complex accessory protein that may promote uphill electron flow from the quinone pool to the NADH complex during RISCs oxidation.

RapidformRCA, which is a digital manufacturing and rapid prototyping center, gave her access to tools, such as a haptic arm, which Dorry used to design these fascinating and complex accessories.

Several components of the core exocytotic complex and accessory proteins are the same as those identified in the CNS as mediators for glutamate exocytosis [17,18,20,37].

Group one factors (SMADs and p53) interact with the microprocessor complex and accessory factors (EWSR1, p68 and p72) to activate or repress the processing of pri-miRNAs [ 59- 62].

These data show no apparent defects in the composition of assembled respiratory complexes in either ∆mic60 or ∆MICOS cells, indicating that ∆MICOS cells do not lack complex IV accessory factor(s).

Future studies in N. crassa will dissect the relationship between regulation of secretion by SAH-2, the Dsc E3 ligase complex and accessory proteins under cellulolytic and plant biomass conditions versus the role of this pathway under hypoxic conditions.