Sentence examples for linkages connected from inspiring English sources

The spinal configuration was represented as a series of linkages connected by nodes that allowed for bending in the sagittal plane at the landmark pivots.

All comb-like polymers degraded into small fragments upon incubation in an acidic solution (pH 5.8) due to hydrolysis of the hydrazone linkages connecting the hydrophobic/cationic grafts to the polymer backbone.

At pH 5 (the endosomal pH) the amide linkages connecting the citraconate groups in the sidechains of the SS-PAAs are hydrolyzed by intramolecular catalysis, resulting in expulsion of the negative citraconate groups and formation of protonated amine groups, resulting in charge reversal of the polymeric carrier from negative to positive.

Style suggests endless experiment with technique, rigorous effort, deep training in the canon, elaboration and enhancement rather than sanguine discovery by subtraction, the possibility of change over time, crossover (positive and negative) effects between genres (Rushdie's essays versus his fiction), the linkages connecting one to the important developments in the reign of the language.

There are numerous linkages connecting DNA damage response with mTOR/RP-S6 pathways, primarily involving p53 signaling [ 113- 118].

This notion is consistent with the proposal of a network of protein linkages connecting chromatin fibers inferred from the micromechanical properties of mitotic chromosomes [ 27].

Since 1995, a Data Linkage Unit based at the Department of Health has developed and maintained a system of linkages connecting health event data and other information relevant to health for individuals in WA.

The final design element is the disulfide linkages, connecting the dendritic peptide headgroups to the central hydrophobic core to provide stimuli-responsive intracellular disassembly of the complexes, facilitating siRNA release in cytosol.

We hypothesize that the differences in stability between the AF488 and maytansine conjugates are related to the differences in the chemical linkages connecting the payload to the PEG2 portion of the linker (SI Figure S2).

The molecular architecture of fungal walls remains elusive because of difficulty in correlating chemical composition with the ultrastructural layers and uncertainty concerning the linkages connecting major cell wall polymers: glucans, mannan, and chitin.

As this process may involve hydrodynamic shear forces, all of the non-covalent linkages connecting the host to the bacterium must be able to survive force-loading for effective colonisation.