Sentence examples for remarkable structural and functional from inspiring English sources

This course will provide a working knowledge of tools and concepts that are central to understanding the developmental basis for the remarkable structural and functional diversity of plants.

The biological importance of skeletal muscle is reflected in its remarkable structural and functional plasticity that enables rapid alterations to phenotype following repeated bouts of exercise [ 5].

A major cell type in all sponges, the choanocyte, bears remarkable structural and functional similarity with the choanoflagellates, and this suggests a close evolutionary history between the two.

Given the remarkable structural and functional diversity displayed by known TOMMs, a comprehensive bioinformatic study to catalog and classify the entire RiPP class was undertaken.

Remarkable structural and functional conservation of human POLG and its S. cerevisiae ortholog (Mip1p) led to the development of many successful yeast models, enabling to study the phenotype of putative pathogenic mutations.

Thus, even within these two folds alone, a remarkable structural and functional complexity had been attained before the fully-fledged RNA-protein machinery of translation resembling the modern one has evolved.

Consisting of a modular structure and accepting both intra-and extra-cellular signals, the integrins constitute another group of horizontal receptors with remarkable structural pliability and functional versatility.

Although ECs display many common features, they also exhibit remarkable morphological and functional heterogeneity [ 70].

The reasons for such conspicuous genotype phenotype discrepancies among tissues and species are elusive, but emerging evidence support that the subcellular assembly, sorting and targeting of components of pre-ciliary complexes mediated by RPGRIP1 present remarkable cell type-dependent structural and functional plasticity.

Despite variations in the rate and extent of these processes across the population, remarkable similarities are evident within the general spatiotemporal sequence of structural and functional development [Giedd and Rapoport, 2010; Supekar et al.; 2010; Yakovlev and Lecours, 1967].

Synthetic model complexes and molecular catalysts inspired by nature have unveiled the structural and functional basis of the active site with remarkable accuracy and this has led to the discovery of active synthetic catalysts.