Sentence examples for variable architecture from inspiring English sources
Functional macromolecular building blocks localized near the "charged" surface by a variety of weak electrostatic interactions create a flexible and structurally variable architecture.
Owing to their variable architecture, a bewildering nomenclature has emerged for these tumours, exemplified by the many names applied to the goitrous thyroid gland: hyperplasia, adenomatous goitre, adenomatoid nodules, benign nodular thyroid disease, adenoma, etc.
Histological examination revealed a highly cellular tumoral proliferation, with a variable architecture, of which chief cells were immunoreactive for neuroendocrine markers and spindle-shaped cells positive for PS 100.
Variable architecture polymeric materials have been developed covering interpolymeric complexes (IPC), graft copolymers and hydrogels constituted from natural and synthetic polymers which offer unique properties such as responsivity to temperature and/or pH, biodegradability, specificity, and biocompatibility.
Reverse transcriptases (RTs) are multidomain enzymes of variable architecture that couple both RNA- and DNA-directed DNA polymerase activities with an RNase H activity specific for an RNA DNA hybrid in order to replicate the single-stranded RNA genome of the retrovirus.
The selected families represent seven single domain families, five families of conserved multidomain architecture and eight families of variable architecture.
The two variable architectures perform better than the others but each still suffer from increased monitoring latency.
Despite being able to provision additional VMs in order to tolerate demand, the tree based structure of each of the variable architectures resulted in top level VM eventually subsuming to load and monitoring latency increased as a result.
Theoretic models [35], as well as physiological data [36], suggest that neuronal circuits are able to maintain similar functionality with variable architectures.
In contrast, classification with the rewired network shows a dramatic improvement over sequence similarity for families with variable architectures.
Families are grouped by domain architecture: first, single domain families; then, multidomain families with conserved architectures, followed by families with variable architectures.
