Sentence examples for modification to the structural from inspiring English sources

A YSPD is composed of a thin steel diaphragm plate encapsulated within a square hollow steel tube, which is bolted to the structure to utilize the inelastic shear deformation capability of the steel diaphragm plate for energy dissipation and for consequent modification to the structural response.

The addition of L. rhamnosus GG cell pellets in the edible film did not confer any noticeable modification to the structural conformation of the films (Fig. 1b), apart from the presence of the bacterial cells embedded (tiny rod-like shapes as indicated by the arrows) in the plasticised gelatine matrix.

Conversely, the cytostatic effect of paclitaxel involves the inhibition of endothelial cell proliferation without the induction apoptosis and without any structural modification to the microtubule network.

Diseases can have many causes, from a single nucleotide modification to structural changes at the chromosome level, genetic damage, chromosomal rearrangements, mutations, or germinal and somatic deficiencies in genes associated with DNA repair.

Thus, we observe that the structural modifications to the treble clef fold of the UBR-box have precedents and these further corroborate the relationships between the UBR-box and RING-like domains.

MGO reacts predominantly with arginine residues on proteins, with methylglyoxal hydroimidazolone (MG-H1) being the most prevalent MGO-derived AGE modification found in vivo, leading to the structural change, inactivation and degradation of target proteins.

But the Coast Guard has decided to make structural modifications to the vessel and require design changes for the third cutter.

This was accomplished by creating structural modifications to the landscape designed to direct the prey into killing zones or enclosures.

It involves prohibited structural modifications to the 45-foot versions of the new 72-foot boats which were used in the America's Cup World Series.

This rather complicated mechanism causes irreversible structural modifications to the oxide lattice, which were verified systematically by various characterization techniques.

The ability to regulate cellular characteristics using structural modifications to the PEG-fibrinogen scaffold can be a valuable tool in tissue engineering and tissue regeneration.