Existing in vivo molecular imaging techniques reveals only molecular pathways and not describes the dynamics of molecular rearrangements and thus this technique is proposed to manipulate the dynamics of the bio molecular target source. To achieve this, a scenario of spiral wave propagation of eigen-rotational string-matter segments and spin-simplexes of T-brane that constructs atoms and molecules, are defined as axioms. This implies to assign Multiple Pyramidal arrays of detectors for detecting the incident signals by the propagating spiral waves of string-segments, from the molecules fabricated with spin-simplexes. For Virtual molecular dynamics manipulation by this system, the processed image by the data of the incident signals, is to be in Tetrahedral-mesh. While on Virtual manipulation, impulse of matter and energy are forced into the target source in synchronisation with the molecular dynamics of the biomolecules at the target source. A Fuzzy Knowledge-Based Controller unit is been integrated with this system for effective manipulations. This system is assigned with eleven integrated units and an external data network.
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