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Bioscanner® TRIMprob™

trimprob eng

Non Linear Resonance Interaction.
A radiofrequency diagnostic identification and targetting device.

The Bioscanner Trimprob (Tissue Resonance Interaction Method Probe) is a diagnostic device provided of the EC certification as an “electro medical system for the non-invasive diagnosis”; registered in the List of the Medical Devices of the National Sanitary Service.
The Bioscanner represents an innovation for the early diagnosis in the field of oncology, is present in more than seventy public and private Hospitals in Italy as well as in 10 different Countries.

The device consists of a probe that emits an electromagnetic field of slight power that interacting with the living matter, generates a non-invasive analysis of the tissues. This process allows to a selective early reveal of diseases like inflammations, benign neoplasm, and cancer.  A spectrum receiver-analyzer   visualize the interaction between the emitting probe and the tissues, the tests made are recorded on the computer.

TRIMprob: Medical device written in the Book of Medical Devices of the Italian National Health Service (Repertorio dei Dispositivi Medici del Servizio Sanitario Nazionale) as
“Medical Validated Device”

repertorio dispositivi medici


The probe contains a special oscillator which emits three frequencies in UHF band (circa 460, 920 and 1350 MHz), each frequency selectively interacts with the diseased conditions of the biological tissues. In particular, the first spectral line is absorbed by the active growing tumors. The absorption is shown on the receiver / analyzer spectrum display with a slight decrease of the corresponding  spectral line. Similarly, it happens for the others spectral lines related to the benign pathologies.


tre linee

Visualization of the three spectral lines on the display.

The Principle of Operation
The slight electromagnetic field emitted by the Bioscanner® is irradiated on the patient body in the proximity of the organ to be examined.  The e.m. field stimulates tiny electric oscillations in the tissues by means of a physical mechanism of energy transfer. Such interaction can be revealed accurately analyzing the waves emitted by the generator, as a result of a process of non-linear resonance interaction (NLRI) which allows to reveal the  alterations of some electromagnetic characteristics of the cells (dielectric constant and conductivity) which appear significantly modified in the diseased tissues, the “NLRI” allows a selective early detection of diseases like inflammations, benign neoplasm, and cancer.

Cfr. Vedruccio C., Meessen, A.,  EM Cancer Detection by Means of Non Linear Resonance Interaction, Proceedings of PIERS 2004, Progress in Electromagnetics Research Simposium, Pisa, Italy, March 28-31 2004 : 909-912;  http://www.clarbrunovedruccio.it/doc/Vedruccio-Meessen%20PIERS%202004.pdf
Meessen, A., Working Principle of an EM Cancer Detector; Institut de Physique,   Université Catholique de Louvain, Louvain-la-Neuve, Belgium (2004);            http://www.meessen.net/AMeessen/EMcancerDet2.pdf
Cfr. Jiri Pokorny; Clarbruno Vedruccio; Michal Cifra, PhD.; Ondrej Kucera, Cancer physics: Diagnostic based on damped cellular elasto-electrical vibrations in microtubules – European Biophysics Journal –  online 2011 March 10-  Vol 40, num 6 (2011), 747-759.



bioscanner in action