Abstract: An exchanger for medical use comprises: a box-like body having a base, an upper end, a peripheral wall that delimits a heat exchange chamber; the body having: a first aperture from which a fluid to be thermo-regulated enters and a first exit of the thermo-regulated fluid; a second delivery aperture of a thermo-regulator fluid and a second exit of the thermo-regulated fluid; a heat exchange element that exchanges heat by lapping, housed in the exchange chamber and held between two holding elements, dividing the exchange chamber into a zone where the thermo-regulator fluid flows and a zone where the fluid to be thermo-regulated flows, which are fluid-dynamically separated from each other; a collection compartment to collect the air separated from the fluid to be thermo-regulated, obtained in the opposite end, connected to the thermo-regulation chamber and equipped with an aperture toward the outside; the box-like body has a second housing chamber for a pumping group, connected with the heat exchange chamber.

Abstract: The oxygenator of organic fluids comprises: a container body having a longitudinal axis; a first inlet opening for the oxygen and a second outlet opening for an exhaust gas obtained in the container body; a third inlet opening for an organic fluid to be oxygenated and a fourth outlet opening for oxygenated organic fluid obtained in the container body; an oxygenation chamber of the fluid to be oxygenated that is defined inside the container body; a distribution pre-chamber of the fluid to be oxygenated fitted between the third inlet opening and the oxygenation chamber; a mass of capillary fibers that are impermeable to liquids and porous to gasses, designed to be lapped by the organic fluid and arranged inside the oxygenation chamber according with a common parallel direction; dynamic distribution means supported in the distribution pre-chamber by support means.

Abstract: An exchanger for medical use comprises: a box-like body having a base, an upper end, a peripheral wall that delimits a heat exchange chamber; the body having: a first aperture from which a fluid to be thermo-regulated enters and a first exit of the thermo-regulated fluid; a second delivery aperture of a thermo-regulator fluid and a second exit of the thermo-regulated fluid; a heat exchange element that exchanges heat by lapping, housed in the exchange chamber and held between two holding elements, dividing the exchange chamber into a zone where the thermo-regulator fluid flows and a zone where the fluid to be thermo-regulated flows, which are fluid-dynamically separated from each other; a collection compartment to collect the air separated from the fluid to be thermo-regulated, obtained in the opposite end, connected to the thermo-regulation chamber and equipped with an aperture toward the outside; the box-like body has a second housing chamber for a pumping group, connected with the heat exchange chamber.

Abstract: The oxygenator of organic fluids comprises: a container body having a longitudinal axis; a first inlet opening for the oxygen and a second outlet opening for an exhaust gas obtained in the container body; a third inlet opening for an organic fluid to be oxygenated and a fourth outlet opening for oxygenated organic fluid obtained in the container body; an oxygenation chamber of the fluid to be oxygenated that is defined inside the container body; a distribution pre-chamber of the fluid to be oxygenated fitted between the third inlet opening and the oxygenation chamber; a mass of capillary fibers that are impermeable to liquids and porous to gasses, designed to be lapped by the organic fluid and arranged inside the oxygenation chamber according with a common parallel direction; dynamic distribution means supported in the distribution pre-chamber by support means.

Abstract: A device for oxygenating blood during extracorporeal circulation includes a box-like body having a first end and a second end opposite thereto and defining therebetween a treatment chamber with an inner surface. The device further includes, in the treatment chamber, at least one exchange unit having at least one flat diaphragm that is impervious to blood and has a major axis and a minor axis. The diaphragm has a winding of hollow microporous fibers. The device further includes an inlet port and an outlet port axially aligned with one another in an alignment direction. A compartment is provided for accumulation and delivery of blood to be treated, another compartment for collecting treated blood, the compartments being located downstream of the inlet port and upstream of the outlet port, between the exchange unit and the inner surface of the treatment chamber. The diaphragm is disposed with the major axis parallel to the alignment direction.

Abstract: A portable medical apparatus (1) for cardiopulmonary aid to patients (P) comprises: an extracorporeal circuit (500) for circulating the blood of a patient (P), which in turn comprises a line (200) for drawing venous blood from a patient (P) and a line (300) for returning arterial blood to said patient (P); at least one filtering arrangement (5, 6) placed on said extracorporeal circuit (500); a pumping unit (10) for pumping blood along the extracorporeal circuit (500); a heat exchanger (100) having an exchange body (101) for thermoregulating blood in said extracorporeal circuit (500); an oxygenator unit (111) for blood oxygenation; said medical apparatus comprising a transportable machine body (2) in which at least one seat (21) is formed for removable coupling with said exchange body (101).

Abstract: A wearable system for performing purifying therapies on organic fluids with the use of extracorporeal circuits includes a clothing article wearable by a patient, in which at least one disposable extracorporeal circuit is removably housed. The wearable clothing article has a line for drawing, from a patient drawing point, organic fluid to be purified, and a line for returning, to a patient infusion point, purified organic fluid. A filter is included for filtering the organic fluid to be purified, arranged between the drawing line and the return line. A first pump is provided for pumping, along the extracorporeal circuits, the organic fluid to be purified and the purified organic fluid. A means for collecting and storing fluid residues filtered from the organic fluid to be purified, is connected to the filter via a collection line. The extracorporeal circuit includes an anti-thrombogenic covering.

Abstract: A device for oxygenating blood during extracorporeal circulation includes a box-like body having a first end and a second end opposite thereto and defining therebetween a treatment chamber with an inner surface. The device further includes, in the treatment chamber, at least one exchange unit having at least one flat diaphragm that is impervious to blood and has a major axis and a minor axis. The diaphragm has a winding of hollow microporous fibers. The device further includes an inlet port and an outlet port axially aligned with one another in an alignment direction. A compartment is provided for accumulation and delivery of blood to be treated, another compartment for collecting treated blood, the compartments being located downstream of the inlet port and upstream of the outlet port, between the exchange unit and the inner surface of the treatment chamber. The diaphragm is disposed with the major axis parallel to the alignment direction.

Abstract: The filtering and pumping apparatus (1; 100; 200) for medical use comprises: feed lines (13, 15, 18, 20, 22, 24, 26) for feeding in and out a liquid to be pumped and filtered; a pumping unit (10, 11, 12) for pumping the fluid in said lines (13, 15, 18, 20, 22, 24, 26); a filter unit (4) for filtering said liquid; said lines V, said pumping unit (10, 11, 12), said filter unit (4) being associated together into a single compact body (2).

Abstract: A bioreactor for bioartificial organs, comprising a closed and substantially tubular body inside which there is a containment cavity; an animal and/or human cell culture and support structure, accommodated in the cavity and suitable to be crossed by a fluid to be processed; a port for the inflow of the fluid to be processed, which is formed in the body upstream of the structure; a port for the outflow of the processed fluid, which is formed in the body downstream of the structure; a first chamber for collecting the fluid to be processed, which is formed in the cavity upstream of the structure and is connected to the outside of the body by means of the inflow port; a second chamber for collecting the processed fluid, which is formed in the cavity downstream of the structure and is connected to the outside of the body by means of the outflow port; a first bundle of hollow capillary fibers for the inflow of the fluid to be processed, which is accommodated in the cavity and is interposed between the first collect

Abstract: The system for the monitoring of the extracorporeal circulation and the perfusion of medical flows during cardiopulmonary bypass operations includes a substantially vertical support structure that can be associated with at least one induced circulation circuit of the blood flow in a patient and that is equipped with at least one integrated pump that supplies at least one infusion circuit that infuses a medical fluid to the patient, as it is designed to be used with means of monitoring and control of the induced circulation circuit and the infusion circuit.

Abstract: A blood treatment device for extracorporeal circulation, comprising: a box-like body for containing at least one chamber, which is associated with an intake port for the blood to be treated, with a discharge port for the treated blood, and with an intake passage and a discharge passage for a fluid; at least one substantially tubular membrane accommodated inside the chamber and arranged between the ports so that its mutually opposite ends are each connected to one of the passages; at least one pair of containment elements, which are accommodated hermetically within the chamber proximate to the mutually opposite ends of the membrane and in which the ends of the hollow fibers are inserted so as to pass substantially through in order to maintain the substantially tubular configuration of the membrane; and at least one substantially plate-like baffle insert accommodated inside the membrane so that its mutually opposite ends are each associated with a respective containment element and is arranged substantially tra

Abstract: A bioreactor for bioartificial organs, comprising a closed and substantially tubular body inside which there is a containment cavity; an animal and/or human cell culture and support structure, accommodated in the cavity and suitable to be crossed by a fluid to be processed; a port for the inflow of the fluid to be processed, which is formed in the body upstream of the structure; a port for the outflow of the processed fluid, which is formed in the body downstream of the structure; a first chamber for collecting the fluid to be processed, which is formed in the cavity upstream of the structure and is connected to the outside of the body by means of the inflow port; a second chamber for collecting the processed fluid, which is formed in the cavity downstream of the structure and is connected to the outside of the body by means of the outflow port; a first bundle of hollow capillary fibers for the inflow of the fluid to be processed, which is accommodated in the cavity and is interposed between the first collect

Abstract: A bioartificial organ for hosting animal and/or human cells comprising a container body having an internal cavity which can accommodate a cell support and culture structure; the body is provided with at least one inlet port for plasma or ultrafiltrate to be treated drawn from a patient, the inlet port being arranged upstream of the support and culture structure, and with an outlet port for the treated plasma or ultrafiltrate, which is arranged downstream of the support and culture structure; between the structure and the internal cavity two end chambers are provided, respectively a first chamber for collecting plasma or ultrafiltrate to be treated and a second chamber for collecting treated plasma or ultrafiltrate; the chambers are connected to the outside through the ports, and a shaft-like element for coupling the support and culture structure is further provided inside the cavity of the container body and is arranged between the ends of the container body.