Based on the development of "human structure-state space" top ten reference maps and deep interpretation and rule mining from these maps, elucidate the principles governing cellular composition within human organs and proteome composition within cells, forming a systematic deconstruction theory of the human body. In terms of reconstruction, establish the world's first "digital element model" by realizing digital simulation and characterization for cellular compositions across all human organs and their respective proteome compositions; achieve precise positioning for humans in state-space positions concerning their respective proteomes during various stages or conditions such as development stage, environment, or diet type, etc., and implement numerical representation for path conversion among various state spaces regarding proteins. Synthesize deconstruction principles with reconstruction methods to formulate theories about human composition.