The invention relates to an advanced human-organ diagnostic device for the testing of human organs for therapeutic purposes by measuring the electronic current frequency of the organ under examination. The inventive device comprises two parallel interspaced, vertically erected plate-shaped component parts, which are electrically connected to a sensor that can be inserted there between. One of the plate-shaped component parts is electrically connected to a measuring element, which can be brought into contact with the body of an individual to be tested, and the other plate-shaped component part is electronically connected to an evaluation unit, controlled and guided by a computer-program. The evaluation unit is connected via an electrical lead to a therapy unit, which is the contact point of the device with that part of the body of the person, which is to undergo therapy.
