Sentence examples for coa selection from inspiring English sources

Asfotase alfa was granted breakthrough therapy designation and subsequently approved for the treatment of hypophosphatasia (HPP; a genetic metabolic musculoskeletal disorder) and is used in this discussion to illustrate COA selection in a pediatric rare disease.

During the original CoA selection, CoA was immobilized to the affinity matrix through an amide linkage to its exocyclic N6, while during the original ATP, NAD+ and SAM selections, the cofactors were immobilized through an alkyl chain to the C8 positions of the base [ 1, 3, 4].

Herein, key steps of acyl-CoA extender unit selection are explored by in vitro biochemical analysis of the PikAIV PKS model system.

To evaluate the effect of affinity resin linkage on the selection of CoA aptamers and to obtain new libraries of CoA-binding RNA aptamers, CoA was immobilized on an activated thiopropyl sepharose matrix through a disulfide bond to its unique sulfur.

The primary difference between the present 70SA and 80SA selections and the previous 70A and 80A selections for CoA aptamers is the nature of the covalent linkage of the CoA to the solid support.

Selections and enzymatic manipulations of nucleic acids were performed as in previous selections for CoA aptamers [ 8] except where noted.

Previous selections for CoA aptamers have also included counterselections [ 8], but those utilized 3'AMP rather than adenosine as the counterselection agent.

While some aptamers from previous selections have shown specificity for the Watson-Crick edge [ 1], the Höogsteen edge of adenine dominates the selections involving CoA, even when the resin attachment is far removed from the nucleoside moiety.

Letters are then sent to the CoA for final review and selection.

In the present work, a sterically accessible, disulfide-linked CoA affinity resin afforded the selection of a more diverse aptamer collection then previous work with a N6 linked CoA resin.

Chang, C. et al. Uncovering the formation and selection of benzylmalonyl-CoA from the biosynthesis of splenocin and enterocin reveals a versatile way to introduce amino acids into polyketide carbon scaffolds.