The phrase "a network of reactions" is correct and usable in written English.
It can be used in contexts discussing interconnected processes, such as in biology, chemistry, or social interactions.
Example: "In the ecosystem, a network of reactions occurs between various species, influencing their survival and growth."
Alternatives: "a web of interactions" or "a system of responses".
A method is developed to design a tank reactor in which a network of reactions is carried out.
Having a network of reactions rather than a database greatly facilitates the identification of possible synthetic pathways by using network traversal algorithms [4].
A network of reactions in which ribozymes were replicated as long as they supplied the replicator could have readily formed; such a network would have been the first genome, irrespective of whether the ribozyme templates/genes were covalently connected or not.
These target genes of Nrf2 can form a network of reactions, resulting in protection against oxidative insults and enhancing cell survival.
Biological processes can be represented as a network of reactions which can be described in deterministic terms using ordinary differential equations (ODE) systems, in order to mathematically simulate their dynamics.
Such a combination has the added advantage of working with intact mixtures, allowing analyses to be carried out without perturbing mixtures in which chemical entities are part of a network of reactions in equilibrium.
A useful way to model cellular metabolism is to represent it as a network of biochemical reactions, where one enzyme-catalyzed reaction connects to another through shared reactants, products, and/or cofactors.
It is at this stage of the Maillard reaction that many different flavor compounds develop in a network of competing reactions.
We model a network of biochemical reactions as a Markov process that is derived from the stochastic chemical reaction kinetics [ 16, 29].
For a network of m reactions and n metabolites, the S-matrix is (n × m) with rows representing metabolites and columns reactions.
The chemical transformation among the components involved in a network of chemical reactions can be described quantitatively by means of stoichiometric relations.
