The investigation of dynamic elements of enormous scope organic organizations has increased as of late. A basic part in building up a comprehension of such elements includes the investigation of their various leveled association. We research the fleeting chain of command in biochemical response networks zeroing in on: (1) the clarification of the presence of "pools" (i.e., total factors) framed from segment focuses and (2) the assurance of their organization and connections throughout various time scales. To date the distinguishing proof of such pools without earlier information on their organization has been a test. Another methodology is created for the algorithmic recognizable proof of pool arrangement utilizing connections between's components of the modular grid that compare to a couple of fixations and how such relationships structure throughout the order of time scales.