The structure of the library is guided by a general modelling concept for the systematic formulation of chemical engineering process models.
Chemical activity and the closely related fugacity were suggested as measures of chemical behaviour and affinity by G. N. Lewis in his now century old formulation of chemical thermodynamics [1].
The Zh formulation is based on the economic formulation of chemical process found in the literature [ 33].
The mechanistic model for the PRR pathway, developed according to the stochastic formulation of chemical kinetics, consists of 25 reactions among 23 molecular species.
Hence, the present study opens the new era in enzyme-based detergent sector for formulation of chemical-free detergent using alkaline bacterial lipase.
For stochastic simulations of our system, we resort to the stochastic formulation of chemical kinetics (McQuarrie 1967), and use the stochastic simulation algorithm (SSA) due to Gillespie (1976) for our stochastic simulations of Eqs.
Secondly, the mechanistic approach based on the stochastic formulation of chemical kinetics [ 28] that we exploited to define the mathematical model of PRR, allows to give a detailed description of the molecular interactions occurring in PRR events, and also to test different interaction topologies while minimizing the model revision from time to time.
Here, we present a mechanistic model of the PRR pathway, defined according to the stochastic formulation of chemical kinetics [ 28], which requires to specify the set of molecular species occurring in the pathway and their respective interactions, formally described as a set of biochemical reactions.
Many cleaning agents used since the 1960s/70s are formulations of chemicals that have been available for a considerable time, such as bleach or phenolic disinfectants.
