Igea S.p.a.

Igea S.r.l.

Claudio Bertacchini

Ruggero Cadossi

Donata Marazzi

Stefania Setti

Mattia Ronchetti

Giacomo Perazzolo Gallo

Francesca De Terlizzi

A method for controlling an electroporation device configured for supplying an electrical power signal to a plurality of pairs of electrodes coupled to a portion of the human body, wherein the following steps are performed: detecting, in the course of an electroporation treatment, a condition of malfunctioning or fail for the pairs of electrodes for which at least one electrical parameter of the power signal supplied to the electrodes themselves has an anomalous value; storing an indicator of the pairs of electrodes in the fail condition; and selecting the pairs of electrodes in the fail condition and re-computing new parameters in order to implement a subsequent electroporation process.

Method for controlling an electroporation device

Hand held adjustable device comprising: a grip provided with an end portion; a plurality of needles which extend axially from the end portion and are made of electrically conductive material, and a device for adjusting the insertion depth of the needles in a tissue in which a cup-shaped body borne by said end portion of the grip is provided with an end wall having holes for the passage of said needles. A system for adjustment of the relative position between the cup-shaped body and the end portion provides an axial sliding of the cup-shaped body with respect to the end portion adjust the length of the portion of the needles protruding from said end wall and therefore the insertion depth in the tissue.

Hand held adjustable device

An electronic system for determining the density and structure of bone tissue and stimulating osteogenesis in dentistry, having a diagnosis system for injecting an ultrasonic signal U(t) into a bone portion and analyzing the ultrasonic signal received after traveling through the bone portion to determine a number of characteristic data items of the signal describing physical and structural characteristics of the bone tissue. The diagnosis system performs a number of measuring steps to determine and memorize a set of characteristic data items describing progress of a bone growth process and/or a bone repair process following extraction of a tooth and/or placement of a dental prosthesis in the bone portion. The system also has an osteogenesis stimulation system for directing an ultrasonic stimulation signal onto the bone portion to promote the bone growth and/or bone repair process.

Electronic system for determining the density and structure of bone tissue and stimulating osteogenesis in dentistry

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Carpi, Italy

Claudio Bertacchini