Sentence examples for consequence of structural modifications from inspiring English sources

However, the average variation of Vmax values for both enzymes was not higher than 7%, indicating that the modified affinity of enzymes for their respective substrates and cofactors, as consequence of structural modifications suffered by them during the extraction, are compensated in some extension.

As consequence of structural modification in the crystalline orientation of the Ni deposit, grain refining and strain occurred in the nickel lattice.

This review is focused on the development of chemosensors containing NH-binding sites for application in anion sensing and discusses the variation in selectivity as a consequence of structural modification.

Heparanase activity has been traditionally correlated with cell invasion associated with cancer metastasis, a consequence of structural modification that loosens the ECM barrier [19] [21].

The immunological consequences of structural modifications that modulate peptide susceptibility to proteolysis are of interest not only for designing therapeutic agents that target protein protein recognition events but also for developing more effective peptide-based vaccines.

In an offset frontal crash test by the Insurance Institute for Highway Safety, the rating for the 2005 Escape improved from marginal to acceptable because of structural modifications.

Although all frogs are readily recognizable, there are great varieties of sizes and of structural modifications.

Moreover, the potency orders and tendencies (signs of regression coefficients) of structural modifications coincide with our knowledge about the structural modifications of PPARγ agonists.

Mantis shrimp (Stomatopoda) generate extremely rapid and forceful predatory strikes through a suite of structural modifications of their raptorial appendages.

As a consequence of the structural modifications by these preparation parameters, the composites were tailored to have an optimum electrochemical performance as the electrodes for lithium-ion batteries.

As quantitative measure of functional robustness we suggest to use an information theoretic measure [ 36], previously used to study synthetic networks, that does not focus directly on structural changes of the network topology due to the perturbations but on the alterations of information flow, modeled as Markov Chain [ 37], within the network as consequence of the structural modifications.