Medtronic, Inc.

Syntach Ag

Redsense Medical Malta Ltd

Redsense Medical Ab

Daniel Engvall

Anders Nilsson

Martin Wolff

Jan Otto Solem

Kristian Solem

Patrik Strömsten

Victoria Krüger

Jonathan Berg

André Spånberg

Patrik Stroemsten

Patrick Strömsten

Lars Rutgersson

Per-Olof Karlsson

Fredrik Svensson

Lennart Jonsson

An access device for a heart chamber, a removable hemostatic valve unit, and a system and a method of creating a transapical passage on a beating heart are disclosed. In examples, the access device () includes an apical base plate () and a sealing unit () configured to provide a separation of a wet zone from a heart chamber and a dry zone with a gaseous environment outside of said heart chamber inside a patient body at the same time.

Access device for a heart, a removable hemostatic valve unit, and a system and a method of creating a transapical passage on a beating heart

An implantable medical device is disclosed including an anchor unit configured to be permanently anchored at a cardiac valve of a patient, at least one locking unit, such as for fixation of tissue of the cardiac valve and/or fixation of at least a part of a shape of the anchor unit, and at least one coupling unit for connecting the anchor unit to at least one of the locking unit. The coupling unit has a first end portion and a second end portion, wherein the first end portion is connectable to the anchor unit, and the second end portion includes the locking unit.

Implantable cardiac valve improvement device, system and procedure

A device for monitoring a skin surface for leakage of blood at, for example, a wound or a vascular access. The device comprises a patient unit, a connection unit and a monitor unit. The patient unit comprises a patch, including an adhesive layer to be attached to the skin surface of the patient. The adhesive layer is arranged to attach the patch to the skin so that a predetermined removal force, such as 30N, is required for removing the patch from the skin surface. A patient optical fiber is arranged at the patch and has a proximal end for connection to the connection unit. A patient connector is arranged at the distal end of a connection optical fiber. The connector has an opening passing through the connector, whereby the connection optical fiber is arranged in one end of the opening. The patient optical fiber may be inserted in the other end of the opening so that the proximal end of the patient optical fiber is arranged in register with the distal end of the connection optical fiber in order to transmit light between the optical fibers. A spring is arranged in the connector for exerting a force at the patient optical fiber at a side surface thereof for preventing unintentional withdrawal of the patient optical fiber. However, when the withdrawal force is larger than the removal force of the patch, the patient optical fiber is withdrawn from the connector. Thus, the patch is not removed from the skin even when a large force is exerted on the optical fibers.

Device for monitoring blood leakage from wounds

A method of detecting bleeding from a wound including: providing, on a support, a substantially non-volatile agent capable of forming a volatile agent on contact with blood; disposing the non-volatile agent on the support at or near the wound; providing a probe for detection of the volatile agent; disposing the probe for detection of the volatile agent at a distance from the support; generating a flow of air in a direction from the support to the probe; monitoring the formation of volatile agent by the probe, thereby detecting a bleeding of the wound. Also disclosed are a system and a disposable device for use in the method.

Detection of blood leakage by detecting a volatile agent

A blood leakage detection device for attachment to the skin of a patient at a wound such as one caused by insertion a cannula into a vein or artery comprises a support of a flexible material having a top side and an opposite bottom side, a zone of adhesive for attachment to the skin on the bottom side of the support extending along its periphery except for a sector of from about 5&#xb0; to about 150&#xb0;, a blood absorbent patch disposed on the support and extending inwardly of the adhesive zone and, optionally, in the sector, and a blood detection probe comprising a probe head disposed at or near the center of the support in the absorbent patch or abutting the bottom side thereof. A blood transport element can be disposed between the support and the absorbent patch.

Blood leakage detection device

A transportable apparatus for treating M&#xe9;ni&#xe8;re's disease comprises electronically controlled pressure variation unit housed in an inner casing which is partially enclosed by an outer casing provided with an opening covered by a removable cover. A storage compartment is disposed between the casings to receive a flexible tube provided with an ear plug. The flexible tube is connected to the pressure variation unit. The storage compartment surrounds a first portion of the inner casing in which the flexible tube can be disposed in a coiled manner.

Transportable apparatus for treating Meniere's disease

An apparatus for treatment of M&eacute;ni&egrave;re's disease by intermittently increasing air (gas) pressure, in an air (gas) pressure chamber in communication with an outwardly sealed external ear volume bordering the tympanic membrane, comprises a peripherally fixed flexible circular diaphragm forming a wall of the chamber and being displaceable in a perpendicular direction essentially without being tensioned. Displacement of the diaphragm away from the chamber is effected by air pressure built up in the chamber, not by a separate displacement device. The apparatus further comprises a linear electromagnetic device for displacing the diaphragm. The apparatus may include systems for gas pressure sensing; chamber pressure equalizing; and microprocessor control, for controlling the displacement of the diaphragm and the pressure equalizing device by a signal input from the pressure sensing device.

Growing community of inventors

Halmstad, Sweden

Daniel Engvall