The Growth-Signal-Directed Rate Equations are developed by abstraction of the reaction mechanism template to guide the construction of cellular reaction rate equations along principles of mass action kinetics for cellular reactions, and as such provides more global analyses by necessarily enabling the construction of even rate equations for Death reactions including by product inhibition, and therefore affords enhanced predictability of bioreactors performance, and so best suited for designing bioreactor, compliant with established principles of chemical reactor design. Moreover, the Kinetics Model proffers the added benefit of enabling the discovering and postulation of cellular reaction mechanisms through the polynomial order of derived Mass Action Kinetics Rate Equations.

Cellular Reactions Mechanisms Kinetics, Vol-1 Composited Reactions Mass Action Kinetics & Rate Equations; proffers the Bioreactor Engineer an effective tool for constructing cellular rate equations most efficacious for the design of bioreactor because of the kinetics alignment of the mass action bioreactions with the cellular reactions.