Sentence examples for modifications that produce from inspiring English sources
As can be recalled, these observations may be due to post-transcriptional modifications that produce an all-or-none effect.
The modifications that produce the QuickDASH-9 fulfil the original aims of the QuickDASH [ 20]: a shortened version of the full-length DASH with comparable or preferable psychometric properties, improved practicality and the elimination of item redundancy [ 9, 11].
Either these modifications produce a proportionally damped system, or the restrictions on these modifications are rather strict which suggests that in practical cases every rank 2 or higher modification that produces repeated pairs of complex eigenvalues will lead to a defective system.
If none of the eigenvalues of the unmodified system is an eigenvalue of the modified system then every rank 1 modification that produces a pair of repeated complex eigenvalues leads to a defective system.
Furthermore, as ROCK2 is not cleaved during apoptosis induced by conventional signals, the post-translational modification that produces constitutively active ROCK2 appears not to be generally required for apoptotic blebbing.
First, the proposed settlement only calls for loan modifications that would produce a greater "net present value" than foreclosure — that is, for offering deals that are in the interest of both homeowners and investors.
Nevertheless, the quinolone nucleus continues to provide opportunities for future modifications that may produce more valuable compounds.
These alterations in the structure and function of human atherosclerotic lesions might mirror the modifications that are produced in experimental plaques by lipid lowering, inspired by the vulnerable plaque construct.
Therefore, tenOever and his colleagues had to figure out how to make sequence modifications that still produced functional viral proteins.
These core sets probably contain epigenetic modification sites that produce the BTSC phenotype.
This paper describes a single-step modification process that produces a material with microstructure and hydrophobic properties analogous to those of the lotus leaf while maintaining the coating hardness necessary for industrial applications.
