Mechanisms that similarly utilize the synergistic activity of two proteins may be used in the regulation of other actin regulators, which integrate between multiple signals.
The proposed method is applied to the industrially relevant optimization of a glucose dehydrogenase-based amperometric biosensor utilizing the synergistic substrates conversion.
This work shows promise for the creation of a tissue-engineered heart valve utilizing the synergistic relationship between hyaluronic acid and VICs.
In this paper, a novel seeding device utilizing the synergistic effects of vacuum, centrifugal force and flow has been developed and analyzed.
The enhanced electrochemical behaviors could be ascribed to rational design of NiCo2O4 nanoflakes adhering on Co3O4 nanowires, which promotes two electroactive materials utilizing the synergistic effect to supply more pathways for accelerating fast electron and ion transfer.
In terms of high efficient DSSCs, if we can rationally design a composite structure composed of microflowers and short nanorod arrays, utilizing the synergistic effect of high light harvesting and fast electron transport, the conversion efficiency of DSSCs may be largely improved compared with photoanodes using nanorod arrays or microflowers alone.
Hydrophobic and lipid-coated cores containing drugs, such as siRNA containing lipid-coated calcium phosphate cores, can also be efficiently coloaded to treat a variety of diseases with the advantage of utilizing the synergistic activity between individual drug components.
ZrO2 microparticles and self-doped polyaniline nanofibres (nanoSPAN, copolymer of aniline and m-aminobenzenesulfonic acid) were utilized to fabricate synergistic membranes for the DNA hybridization sensing.
The design of AFCD utilizes a novel synergistic approach by forming an alliance between approximated fair queuing and controlled delay queuing.
Negative regulation by the CDK8 subcomplex appears to utilize multiple independent, but apparently synergistic, actions of its distinct subunits (see Figure 3B).
However, it is clear that, at least in the case of deletion of BUD21, activation of S. cerevisiae's natural ability to utilize and ferment xylose is not synergistic with exogenous pXYLA, XKS1 in aerobic xylose fermentations.
