Alfa Laval Corporate Ab

Nobel Biocare Ab

Acreo Swedish Ict Ab

Imego Ab

Rise Acreo Ab

Vasensor Ab

O-sense Ab

Vasasensor Ab

Anatol Krozer

Christer Johansson

Jan Hall

Klas Bertilsson

Anders Nyander

Christian Jonasson

Peter Thomsen

Bengt Kasemo

Jakob Blomgren

Lei Ye

Sofia Johnsson

Andrea Prieto Astalan

Keiichi Yoshimatsu

Henrik Danielsson

Brodde Wetter

Gustav Perers

Kerstin Lagerwall-Larsson

Kristina Reimhult

Andrea P Astalan

Ana Minchole

Fredrik Hook

Björn Löfving

Michael Rodahl

Karolina Petersson

Björn Malm

Dag Ilver

Andrea Prieto-Astalan

Karolina Pettersson

A plate heat exchanger includes a heat exchanger plate having a heat transfer area and an edge area, extending around the heat transfer area. The heat exchanger plate is a double wall plate formed by two adjoining plates compressed to be in contact with each other. A sensor configured to sense at least one parameter and to produce a signal depending on the parameter includes a sensor probe that is provided between the adjoining plates.

Heat exchanger plate and a plate heat exchanger with insulated sensor internal to heat exchange area

A method of manufacturing at least one customized MIP unit including: (a) providing at least one MIP unit having a surface including at least one target binding site configured to resemble a target molecule and surface-bound chargeable groups; (b) contacting the MIP unit(s) from the step (a) with at least one template molecule in a first solvent allowing the template molecule(s) to bind to the MIP unit(s); (c) passivating the surface-bound chargeable groups on the MIP unit(s) by adding a passivating agent; and (d) removing the template molecule(s) by washing in a second solvent, wherein the passivating agent binds to the surface of the unit(s) through bonds which remain stable upon washing in the second solvent.

Customized molecularly imprinted polymer (MIP) units

A device for detecting a magnetic field response or changes in a magnetic response of at least one magnetic particle in a carrier fluid, the detection comprising measuring the magnetic particles characteristic rotation period, and the measurement involving measurement of a Brownian relaxation in the carrier fluid under influence of an external pulsed magnetic field. The device includes means for generating the pulsed magnetic field, at least two substantially identical detection coils connected in gradiometer coupling to detection electronics for measuring the differential induced voltage which is dependent on the frequency dependent susceptibility or the magnetization change.

Method and arrangement relating to analyses of a substance

The present invention relates to a system for detecting characteristics of an elastic structure (), said structure being provided with at least one sensor () and said system comprising at least one detector (). The sensor comprises a deformable member, which upon deformation generates a signal convertible to a signal representing said characteristic, said sensor further comprises a passive transmitter and said detector a receiver for receiving said signal representing said characteristic.

Sensor arrangement

A method for detecting changes of magnetic response of at least one magnetic particle provided with a external layer in a carrier fluid, comprising measuring the characteristic rotation time of the magnetic particle with respect to the external layer, and measuring Brownian relaxation in the carrier fluid under the influence of an external alternating magnetic field. The method implies that upon modification of the effective volume of the particle or its interaction with the carrier fluid, a hydrodynamic volume of the particle changes, which implies a change of the frequency (&fnof; ) at which an out of phase component of the magnetic susceptibility has its maximum.

Method and arrangement for detecting changes of a magnetic response in magnetic particles

The invention relates to an implant element for permanent anchorage in bone tissue in which at least the surface intended to face the tissue in the implantation region is made of a biocompatible material such as titanium and having a clinically well documented surface. The element is provided with a thin, uniform and adherent calcium-phosphate coating with a well controlled dissolution rate. The coating follows the topography of the underlying well documented surface in order to combine properties for rapid bone growth during the healing phase and properties for a guaranteed long-term stability during clinical loading conditions.

Calcium-phosphate coated implant element

Piezoelectric crystal microbalance device

Growing community of inventors

Göteborg, Sweden

Anatol Krozer