Advanced Software, applied with the Polygraph technique, is useful to interpret electrochemical signals, emitted from Superior Plants (Gymnosperms), during the Depatterning procedure, with the aim to alter the biophysical state, of the same vegetal, and interpret elaborations through a procedure of reverse engineering

Background: Plant organisms, in addition to electrochemical communication, which occurs both between plants belonging to the same species and between plants belonging to different species, are also supposed to communicate through other means, defined by the discipline known as Plant Neurobiology. Acting with the method called Depatterning, defined by the Canadian psychiatrist D.E. Cameron, and used as a Reverse Engineering procedure, the aim is to cancel the "consciousness" of the vegetable, to understand if they are in possession of the same consciousness. Methods: A plant organism, Dracaena fragrans, was connected to a digital polygraph, in order to monitor its parameters and, successively, doses of a psychotropic compound such as N, N-Dimethyltryptamine (N, N-DMT), and electrical impulses supplied by a Tesla coil. By interfacing directly with the plant, through direct questions, and waiting for the computerized re-elaboration of the answer, data relating to Plant Depatterning were obtained. Results: The computerized processing of the alteration of the responses provided by the polygraph (vegetable connected to the polygraph), with respect to the control condition, has made it possible to define the significance of the effect of both the psychotropic compound and the electrical discharges, in the alteration of the same responses. Conclusions: Based on the interpretation of the data obtained, it is possible to affirm the positive effect of the Depatterning procedure, in the alteration of the biophysical state of the plant.