The entry analysis show that elevated levels of modulators in the involved clusters elicit mostly rough linear surges for the calculated rate coefficients (Figure ), with lower linearity scores than those that appear in the exit analysis. The detected mutually-catalytic influences were summarized in accordance to the GARD concepts, in a similar manner to the 𝛽-matrix of the exit analysis (Figure ). Interestingly the entry matrix conveys similar trends to those that appear in the exit matrix, whereby the same modulator-probe pairs show significant rate modifications. This symmetrical pattern suggests that the same mechanism underlie both types of rate modification. It also accentuates the influence of cluster composition over accretion dynamics, as accelerated entry and decelerated exit both promote faster assembly growth.