Sentence examples for intermediates of both from inspiring English sources

Carbohydrates yield intermediates of glycolysis and of the phosphogluconate pathway, which in turn yield acetyl coenzyme A (or acetyl-CoA; see Figure 4); lipids yield glycolytic intermediates and acetyl coenzyme A (see Figure 2); and many amino acids form intermediates of both the TCA cycle and glycolysis.

The nature of the electrolyte strongly influences the electrode kinetics of the oxygen evolution reaction (OER) and electrochemical ozone production (EOP) mainly by affecting the degree of coverage by the intermediates of both processes.

The enzyme GTP-cyclohydrolase (Gch) is involved in the conversion of intermediates of both melanin and pteridine synthesis [34] [36].

In order to investigate the capability of isoprenols like geraniol (Gol), farnesol (Fol) and geranylgeraniol (GGol) and intermediates of both isoprenoid biosynthetic pathways (MVA-pathway: mevalonolactone (MVL) and its open-acid form MVA; MEP-pathway: DX) to overcome the (partial) mislocalization induced by SQ, different chemical complementation experiments were performed.

The latter metabolite is a common intermediate of both the catechol and protocatechuate branches, and it thus represents the point of metabolic convergence (Figure 4).

3-hydroxybutyryl-CoA, which is an intermediate of both the EMC pathway and PHB cycle, showed a similar pattern, increasing initially and then remaining relatively constant (Table 1).

KIV is also an intermediate of the de novo synthesis of valine and is thus a common intermediate of both, valine synthesis and degradation [ 5].

Typically, carcinomas arising in these areas may show a differentiation resembling either of the colliding epithelia (and sometimes a mixture or an intermediate of both).

However, the hybrid appeared to be intermediate of both parents in the cytosolic H2O2 content, levels of FD and AP1 expression, flowering time, and rosette leaf number.

Under aerobic conditions, succinate is an intermediate of both tricarboxylic acid (TCA) cycle and glyoxylate shunt, but no wild-type microorganism could accumulate it in large quantities.

This can be accounted for accumulation of butyryl-CoA (an intermediate of both n-butanol and butyrate) with increased carbon flux using galactose, probably due to insufficient activity of AdhE2 or the stoichiometric imbalance of reducing equivalent, NADH [ 23].