Sentence examples for intermediate derived from from inspiring English sources

Initially, one molecule of glycerol 1-phosphate, the intermediate derived from carbohydrate catabolism, and two molecules of the appropriate fatty acyl coenzyme A (formed as described above, under The synthesis of building blocks: Lipid components) combine, yielding phosphatidic acid [83].

The relatively high stability of the intermediate, derived from NSPA, enables the time-dependent spectral observation of the intermediate on a multi second time scale.

Moreover, polymerization of intermediate derived from l-aspartic acid was carried out faster by comparison with that from l-glumatic acid.

The design strategy relies on four key transformations involving (1) stereoselective reduction of an acyl-aziridine intermediate derived from the aziridine-2-carboxylate, (2) regioselective aziridine ring opening, (3) N-allylation, and (4) ring-closing metathesis.

These data are consistent with Langmuir Hinshelwood kinetics where the products are not adsorbed and either (a) the adsorption of COS is rate determining or (b) the surface reaction of adsorbed COS and an intermediate derived from H2O is rate determining.

In terms of lysine demethylase reactions, the hydroxylated substrate is an unstable hemiaminal intermediate derived from the lysine methyl hydroxylation of the Nε -side-chain [ 6].

Both types of derivatives, 12,13-cyclic carbamates and non-carbamate analogues, were synthesized via 12-amino-13-hydroxy 12-amino-13-hydroxy 12-amino-13-hydroxy 12-amino-13-hydroxyby selectintermediateson at the C-12 anderivedpositions.

However, glucosinolate synthesis requires also cofactors and intermediates derived from primary metabolism.

A variety of reactive carbonyl intermediates derived from Maillard and lipid peroxidation reactions acts as intermediates in the formation of AGEs and ALEs [12, 13].

The large molecule intermediates derived from precracking reactions of VGO may be accessible to active sites in zeolites (zeolite Y with 0.74 nm).

Here, we used engineered concave microwell arrays to regulate the size and shape of embryoid bodies (EBs)—cell aggregate intermediates derived from ES cells.