Sentence examples for modification for many from inspiring English sources

Although SI-ATRP has been developed and used for surface modification for many years, there are only few studies about the modification of electrospun fiber by this method.

Although the Staudinger ligation has been utilized in protein modification for many years only one example based on polysaccharides has been published to apply this reaction also for hydrogel formation.

Despite these differences, both scenarios suggest an important role of Pleistocene climatic oscillations as an engine of genetic structure modification for many Amazon species and communities.

To further investigate the functional significance of this region, we carried out C-terminal amidation, a common post-translational modification for many toxins from venoms of scorpions, spiders and cone snails [ 18, 53, 54].

Current practice suggests that children with ADHD benefit from medications such as stimulants (methylphenidate [MPH] and amfetamines) or the non-stimulant atomoxetine (Strattera®) [ 24, 25], and that effective treatment requires a comprehensive multimodal approach that includes behaviour modification for many children [ 26].

The Making Home Affordable mortgage modification program, for example, has been dogged by complaints that the banks charged with implementing it are unmotivated to do so, resulting in modification nightmares for many borrowers.

The airplane was produced in so many modifications for so many missions, however, that armament varied widely through the war and later, when it was used in the air forces of countries around the world.

Since these structural modifications account for many of the biological functions of phenazines, the expression of these individual genes greatly affects the ecological fitness and activities of the producing bacterium.

As we know, bacteria are limited in their ability to perform the posttranslational protein modifications necessary for many targets [ 2, 3], and transgenic plant [ 4– 6] and insect production systems involve relatively slow production set-ups and have yet to cross many regulatory hurdles [ 7– 9].

Genetic engineering offers one of the most potential techniques for modification of many horticulturally important traits, which have been found impossible so far to incorporate in elite backgrounds via conventional breeding methods without affecting their phenotypic traits.

To date protein SUMOylation has emerged as an important strategy for modification of many proteins that play regulatory roles in diverse cellular processes, including protein relocalization, stability and stress response [22].