Sentence examples for this pathway generates from inspiring English sources

40 This pathway generates pristanal, a 1-carbon-shortened, branched-chain aldehyde that is oxidized to pristanic acid.

This pathway generates oscillations via a critical enzyme phosphofructokinase (PFK), the rate limiting variable in glycolysis and an important control.

This pathway generates ATP (via pyruvate kinase) and releases NADH (via pyruvate dehydrogenase), resulting in a transhydrogenase-like mechanism where the redox equivalents are transferred from NADPH to NAD+ in addition to the transfer to CO2.

When these two equations are combined, the degradation of each acetyl radical derived from the fat molecule results in the overall equation: 1 Acetyl-CoA + 2 O2→ 2 CO2 + 8 ATP This pathway generates two fewer ATP per acetyl radical degraded than does degradation through the Krebs cycle.

This result raises the question of whether this atypical pathway generates a diverse TCR repertoire.

This four-step pathway generates α-glucan from trehalose, whereby GlgE extends maltooligosaccharide acceptors with disaccharide units from the donor α-maltose 1-phosphate.

This means that the enzyme does not favor one product or another from a thermodynamic perspective along the pathway generating the appropriately positioned carbocation intermediate.

The equation of glyoxylate pathway is: (2) 2 Acetyl    CoA + 2 H 2 O + NAD +     → Succinate + 2 CoASH + NADH + 2 H + Since the conversion of glucose to succinate via glyoxylate pathway generates NADH, this route alone is not sufficient to balance the electrons.

The mevalonate pathway generates the isopentenyl-diphosphate precursor for biosynthesis of this carotenoid, and the pathway genes mvaK1, mvaD and mvaK2 were up-regulated accordingly (Table 1).

The extrageniculate visual pathway generates distinct response properties in the higher visual areas of mice.

Similar to glycolysis, the pentose phosphate pathway generates NADPH and pentoses.