Sentence examples for active backbone from inspiring English sources

The nodes have to cooperate and self-organize to provide an active backbone, making optimal use of energy by putting off the radio of the nodes which are not required.

But geophysicist Robert Lowell at the Georgia Institute of Technology in Atlanta said he never believed the reaction could produce enough heat to power a hydrothermal vent until a vent was discovered in 2000 in the Atlantic Ocean, atop a region of peridotite and away from the volcanically active backbone of the mid-ocean ridge.

These trends have been explained previously from theoretical studies of oligothiophenes where lower energy chromophores (viz. longer conjugation lengths) show red-shifted Raman-active backbone vibrations.

Based on the modeling of an active peptide backbone in the active site of HMGR, two peptide libraries for constrained and unconstrained peptides were designed using different amino acids varying in hydrophobicity and electronic properties.

Our results suggest that sphinganine rather than fatty acid (PA) is the active lipid backbone of DHSM.

In this case, we hypothesize the presence of an active terpenoid backbone pathway, which will be the focus of our follow up studies using experimental and analytical methods.

Also included in this category were genes encoding enzymes active on backbone decorations; axhA encoding a GH62 arabinoxylan-specific arabinofuranosidase, aguA encoding a α-glucuronidase, and the acetyl xylan esterase and feruloyl esterase encoding axeA and An12g02550 respectively.

However the two cyclization strategies employed have different effects, with disulfide cyclization resulting in more active peptides while backbone cyclization results in more proteolytically stable peptides.

However, B RDEE enables these two strands to move away from each other locally, whereas in the BD conformations, the strands were observed to move together in the same direction, as part of a coordinated shift of the entire active site's backbone.

A common character among above scheduling schemes is that these active nodes form a backbone network to assure network connectivity without considering sensing coverage.

For example, in [8], an adaptive partitioning scheme called connectivity-based partition approach (CPA) was presented for sleep scheduling and topology control in WSNs, CPA divides the network into several groups, only one node in each group will be selected to be active to form a backbone network.