Ostomycure as

Cardiaccs as

Oslo Universitetssykehus Hf

Universitetet I Oslo

Medinnova Sf

Anastomosis as

Erik Fosse

Robert Axelsson

Martin Johansson

Anette Johnsson

Bjørn Edwin

Andreas Espinoza

Per Steinar Halvorsen

Sumit Roy

Sverre Jøran Grimnes

Ole Jakob Elle

Jonas Tysso

Bjorn Edwin

Frode Laerum

Ole Jacob Elle

Jonas Tyssø

Ørjan Grøttem Martinsen

Halfdan Ihlen

Lars Hoff

A control system for a cardiac assist device includes a sensor implantable in the body at the heart or at an implanted pump of the cardiac assist device, the sensor being for detecting motion of the pump within the body and hence being for monitoring movement of the pump, where the control system is arranged to, in use: receive signals from the sensor, the signals providing information on the movement of the pump; and to process the signals to monitor the pump speed and/or to identify pump malfunction and/or cardiac assist treatment complications.

Monitoring of a cardiac assist device

An apparatus for securing a sensor at the heart is formed based on a modified, branched, pacemaker lead to provide a heart anchor lead where two anchors are coupled to a single main lead rather than there being just a single anchor. Thus, the proposed heart anchor lead comprises a single main lead, a sensor included within the main lead, in which the sensor has a distal end and a proximal end, a first anchor coupled to the distal end of the sensor and extending outward from the distal end of the sensor, and a second anchor coupled to the proximal end of the sensor and extending outward from the proximal end of the sensor in a direction that forms an angle with the first anchor. The heart anchor lead can optionally also have a pacemaking function.

Methods and devices for securing a sensor at the heart

An implant for percutaneous implantation through the abdominal wall for encircling and engaging an externalized length of a body duct of a human or animal patient. The implant has an exterior tubular section defined by an circumferential exterior wall at least a part of which is adapted to protrude outwardly from the abdominal wall with a free end for mounting of a detachable device, an interior section defined by an circumferential interior wall adapted to extend through the abdominal wall and inside the patient for internal fixation of the implant, wherein the exterior tubular section and the interior section have a common axis A. The circumferential exterior wall of the exterior tubular section and the circumferential interior wall of the interior section are arranged axially spaced apart at a distance D from each other to provide an axial gap between opposing free ends of the exterior tubular section and the interior section, with the exterior tubular section and interior section being connected inside the sections.

Percutaneous abdominal implant

An implant for percutaneous implantation through the abdominal wall for encircling and engaging an externalized length of a body duct of a human or animal patient. The implant has an exterior ring section protruding outwardly from the abdominal wall with a free end which serves for mounting of a detachable device, and an interior section extending through the abdominal wall and inside the patient for internal fixation of the implant. The exterior ring section and interior section have a common axis. The internal circumference of at least a part of the exterior ring section above the interior section is arranged with a biocompatible, integrated ingrowth means for the exterior surface of the body duct wall.

Implant and method for its manufacture

The invention relates to sweat activity measurement, e.g. for determining a physiological state of a subject, embodied by a method as well as a kit with an immittance measuring circuit and electrodes with contact electrolyte. Sweat activity is considered a transport phenomenon and can be defined as a flux, e.g. gram water per skin area per second. Prior art methods determining water absorbed per gram dry stratum corneum measures skin moisture and do not truly reflect sweat activity. A periodic signal with frequency of 60 Hz or lower is applied to reduce contribution from complex admittance of the skin, and skin conductance is measured as a degree of sweat activity. The contact electrolyte allows filling of sweat ducts with sweat from sweat glands, this may be characterized in that it does not substantially fill the sweat ducts when being positioned on the skin and/or in that it has a re-absorption time constant from the sweat ducts into the Epidermis of less than 15 min.

Method and kit for sweat activity measurement

A method for interconnection of two tubular organs via an opening at one end of an end portion of a first organ and an aperture in a side wall of a second organ. The end portion is initially passed through a first passage of a first element until the end portion projects past an end edge of the element, whereupon the end portion is everted round the end edge. Gripping parts of a second element with a second passage are then inserted in the second organ via the aperture. Finally, the first element with the everted portion of the first organ is inserted in the second passage, whereby the gripping parts are influenced in such a manner that they come into engagement with the inside of an edge portion of the aperture. A device for implementation of the method.

Method and device for interconnection of two tubular organs

A percutaneous implant serves for implantation into an animal or a human body. The implant is of the kind that has an anchoring section, extending radially from a distal end of an interior section. The anchoring section comprises an inner anchoring ring extending from or integral with the interior section, an outer anchoring ring, and at least one connection member for connecting the inner anchoring ring with the outer anchoring ring. Since a first connection point between a first end of the at least one connection member and the inner anchoring ring is angularly offset from a second connection point between a second end of the connection member and the outer anchoring ring, the anchoring section constitutes a resilient spring means, which adapts to the movements of the body. The implant is especially designed for use without externalization of the vessel to be brought into communication with the exterior.

Percutaneous implant

A lighting system, preferably for use in operating theatres, in which at least one light source is mounted to be movable an adjustable in a single ceiling and/or wall element in the form of a prefabricated module element ( ). The light sources in each module element may be controlled singly or in clusters by means of a control device designed to direct the source or sources to focus at a point defined by an optical, ultrasound or magnetic, radio frequency pointer that is seen by an appropriate sensor/camera system or receiver in the room, and which, via control means, moves the light source to the desired position. The light source consists of light-emitting diodes, halogen bulbs or the end of one or several fiber-optical cables, fixed ion a holder shaped as one half of a cup or a sphere, the holder being arranges to be movable about two perpendicular axes in the xy-plane (the ceiling plane) of the ceiling module ( ). The holder is attached to the ceiling element by means of a gyroscopic suspension system or a ball joint suspension system. On the top of the holder, which is at the back of the ceiling module ( ), there is provided two attachment points ( ) offset by 90&deg; with respect to each other but parallel to the plane of the ceiling when the light beam is directed downwards normal to the ceiling plane (xy-plane), respective linear actuators being articulated to the attachment points for reciprocating movement, so as to rotate the holder about the x-axis and the y-axis, respectively. This can also be done by use of rotary actuators, possibly mounted in combination with a gear unit, which rotate the suspension ball/holder directly about the axis of rotation.

Light system for use especially by operating theatre

Growing community of inventors

Oslo, Norway

Erik Fosse