CoC2O4·2H2O powders were transformed to Co3O4 in a gas-solid fluid bed unit designed and build independently, where the reactant of CoC2O4·2H2O powders and the reactant of air were poured and introduced from the top and the bottom of the bed at a certain rates respectively.
For example, HK2 (Hexokinase II) catalyzes the reaction Glucose + ATP < - > Glucose-6-phosphate + ADP, while GPI (glucose phosphate isomerase) catalyzes the reaction Glucose-6-phosphate - > Fructose-6-phosphate. Since Glucose-6-phosphate is a product of one and the reactant of the other, these two genes are assigned an interaction in the network.
To inspect the properties involved in the reset process, the proportional reaction rate and the reactant concentration of the first-order rate law in electrochemical reaction were used and discussed.
As with FACTA+, where the reaction type does not match the known type, the query will consist of the conjunction of all of the products and reactants of the reaction.
Such assumptions range from considering that the elementary chemical steps of the catalytic process occur at very different timescales to assuming that the concentration of the catalyst and of the reactants differ in orders of magnitude.
The reaction temperature and the concentration of the reactants on the morphology of the γ-Mn3O4 products were also investigated.
In this technique the equilibrium of a system is disrupted by suddenly changing the temperature and observing the concentrations of the reactants as a function of time.
When a reaction does not match any of the known types, the FACTA + query consists of the conjunction of all of the reactants and products of the reaction.
After two Mg2+ ions had bound (at 40 s), the fully occupied A-site Mg2+ coordinated by the 3′-OH and the α-phosphate of dNTP led to the alignment of the reactants and tightening of the catalytic center.
The products and reactants of rocks are summarized in Fig. 2. Due to the aqueous alteration, the initial olivine alters into serpentine, talc and magnetite.
Furthermore, the stoichiometry of the reactants and products of BiochemicalReaction and TransportWithBiochemicalReaction is also translated into SBML.
