Sensorized multifunctional device for biological cultivations

A sensorized multifunctional device (1) comprising: an upper chamber (13) and a lower chamber (14); said upper chamber (13) and said lower chamber (14) being separated by a membrane (31); a first pair of tubes (18) connected to said upper chamber (13); a second pair of tubes (20) connected to said lower chamber (14); an upper glass element (28) which delimits said upper chamber (13) at the top; a lower glass element (35) delimiting said lower chamber (14) at the bottom; characterized by comprising: a first and a second conductive electrode (27) arranged inside said upper chamber (13) electrically connected to a respective conductive track (26) arranged outside said upper chamber (13); a third and fourth conductive electrodes (39) arranged inside said lower chamber (14) electrically connected to a respective conductive track arranged outside said lower chamber (14); said first second third and fourth electrodes (27 39) each being connected to a respective conductive structure (25 44) adapted to receive measurement electrodes; said device further comprising a first upper body (10); a second intermediate body (11); a third lower body (12); said first (10) second (11) and third (12) body being assemblable with one another; said second intermediate body (11) has a hollow shape on the inside open at the top and closed at the bottom by said membrane (31) which divides said upper chamber (13) from said lower chamber (14); said third lower body (12) is designed to be inserted into a lower housing (40) which comprises two conductive structures (44) adapted to receive the measurement electrodes.