Sentence examples for these conjugation from inspiring English sources

These conjugation methods have recently become even more advanced with the advent of modern biochemical techniques such as unnatural protein expression or enzymatic reactions that allow the site-specific modification of proteins.

These conjugation reactions are performed by enzymes known as transferases.

Cysteine alkylation reactions are typically quite fast, making these conjugation schemes an appealing choice.

These conjugation processes play an essential role in the expansion of the autophagosomes [ 30– 30].

27 While these conjugation reactions can be efficient, often a large moiety is retained from the reaction (e.g. triazolyl- or norbonenyl-), which might interfere with biological function.

These conjugation reactions occur via the hydroxyl groups of phenolics, thus reducing the degree of hydroxylation and hence the antioxidant potential.

These conjugations reduce their ability to function as good antioxidants.

The chemical reactions discussed for these conjugations are useful for coupling peptides, proteins, carbohydrates, oligonucleotides, and other small organic molecules to various carrier macromolecules.

These conjugations attach new functional groups to the xenobiotic that had gone through phase I metabolism[ 2].

These conjugations are problematic, however, because they produce products that are heterogeneous in two regards illustrated here for lysine conjugation: first, the product population contains conjugates with a variable drug-to-antibody ratio (DAR).

When these conjugations are performed under stochastic reaction conditions, Poisson distributions of dye/scaffold ratio result, as highlighted in Figures 3– 6 and 9. Dye dye interactions have long been understood to impact photophysical properties, and these effects are readily measured.