Sentence examples for respective synthesis from inspiring English sources
The strong induction of alcohol oxidase, dihydroxyacetone synthase, formaldehyde and formate dehydrogenase, and catalase leads to high demand of their cofactors riboflavin, thiamine, nicotinamide, and heme, respectively, which is reflected in strong up-regulation of the respective synthesis pathways on methanol.
Feedback loops can develop when two molecules regulate their respective synthesis.
The higher demand for amino acids creates a metabolic pull for the respective synthesis pathways.
In addition, a significant amount of energy is required for the respective synthesis, estimated to be 6 NADPH and 16 ATP for actinorhodin [ 39] and 14 NADPH for RED (this study, data not shown).
Productivity enhancement in the case of simpler molecules, for instance amino acids or TCA cycle intermediaries, has been previously achieved by stoichiometric analysis of their respective synthesis pathways [ 32, 33].
It can be hypothesized that miRNA mediated control represents an ancient major mechanism of cellular control providing small versatile molecules at comparably less metabolic effort for respective synthesis compared to protein translation.
Since ATP, NADPH and other metabolites (precursors) appear in several synthesis pathways, their respective stoichiometric coeffcients along all these pathways are summed up to eventually obtain the cumulative stoichiometry of biomass synthesis.
Kinetic and thermodynamic parameter estimation modelling has been employed in order to compute essential data for design, and all PFR reactors have been designed based on reported conversions of feed and intermediate organic molecules in the respective organic synthesis reactions.
Thus, it is possible that the measure of serum levels of these cytokines and the investigation of their polymorphisms together could have contributed to a better understanding of the molecular control and respective protein synthesis, clarifying the possible associations with outcomes.
The respective cDNA syntheses were performed using 100 ng total RNA of each sample and the TaqMan MicroRNA Reverse Transcription Kit following the manufacturer's protocol (Applied Biosystems, Darmstadt, Germany).
To measure their respective rates of synthesis and nucleolar targeting, we uniformly photobleached entire cells and measured recovery of nucleolar fluorescence.
