Sentence examples for how alterations affect from inspiring English sources

Follow the recipe to the tee (you can always experiment with later batches, testing how alterations affect the final product) and take the time to learn how to use measuring spoons and cups properly.. Mix the wet and dry ingredients as little as possible.

It has previously stressed how landscape alterations affect both the investigation and the archaeological phases (Ktori et al. 2016), as well as the methodical work followed to establish the biogeographical context (Haglund and Sorg 2002).

To our knowledge no study has hitherto attempted to develop conceptual models of how landscape alterations affect population dynamics for different kinds of animals in landscapes using realistic environmental settings.

How these alterations affect the affinity of CLR01 for the various peptides will also be very interesting to determine.

An integrative 'genotype phenotype relationship' analysis was also performed, involving the characterization of how genetic alterations affect gene products (proteins) at the molecular level.

In the current publication we report our findings on the effects of varying the oligonucleotide design criteria and how these alterations affect our ability to detect deletions in both the C. elegans and human genomes.

Access to such information is essential in order to understand how genetic alterations affect gene products at the molecular level and subsequently to elucidate the relationships between genotypic and phenotypic variations.

Together, these factors allowed us assess how lignin alterations affect cell wall degradation at the molecular level, free from other confounding constraints that also hinder cell wall degradation such as the anatomical structure of plant tissues or the use of enzyme preparations lacking key hydrolase activities [ 12].

Some of these observations may be linked either to the observed overexpression of the Rad51 protein in several cell types or to the widespread disruption of pathways controlled by the p53 gene (Maacke et al, 2000; Linke et al, 2003), but it is yet unclear how these alterations affect radiation resistance (in the absence of apoptosis) (Albrechtsen et al, 1999; Dahm-Daphi, 2000; Böhnke et al, 2004).

A similar iconic status, especially for its possible implications for social research, has been reached by Meaney's (2001b) study on how variations in maternal behavior of rats alter methylation patterns in the offspring and how these epigenetic alterations affect the next generation, but can be reversed by cross-fostering the pups to more "affective mothers".

Here, we review various oxidative modifications of fibrinogen and the consequences of these modifications on protein structure and the ability to form fibrin and how the resulting alterations affect fibrin architecture and viscoelastic and biochemical properties that may contribute to disease.