Ge Healthcare Bio-sciences Ab

Pricer Ab

Pharmacia Biosensor Ab

Other

Infineon Technologies Ag

Håkan Sjödin

Stefan Sjolander

Magnus Malmqvist

Mattias Tidare

Hakan Erik Roos

Ralph Stalberg

Nils Hulth

Pär Rosander

Anders Nilsson

Ove Öhman

Anders Emericks

Bengt Ivarsson

Henrik Helmer Hellberg

Bjorn Ekstrom

Stefan Sjölander

Håkan Roos

Daniel Ekfjorden

Elias Svensson

Ralph Stålberg

Kenneth Ellingsen

Gunilla Jacobson

Jonsson Ulf

Torsten Frey-Hall

Ralph Stanghlberg

Eirik Lundmark

Maral Babapour

Ines Junge

An ESL and ESL holder combination includes a locking mechanism for releasably securing the ESL to the ESL holder and an ESL provided with at least one gripping means for cooperative engagement with the ESL holder. A protruding, spring loaded locking element is arranged on the ESL for cooperative engagement with the shelf edge rail. The ESL holder is attachable to the edge of a shelf, the ESL holder being provided with one or more receiving means such as slots for receiving the gripping means and the locking element in cooperative engagement. The spring loaded locking element arranged adjacent to the gripping means and positioned on the ESL such that the spring loaded locking element cannot enter the receiving means on the ESL holder during insertion of the gripping means into the receiving means, and such that it enters the receiving means by spring action when the gripping means is brought into a hooked position, in the receiving means. The spring loaded locking element prevents removal of the ESL from the ESL holder, unless the spring loaded locking element is retracted from its receiving means, and allows for the gripping means to leave its hooked position.

ESL locking mechanism

An ESL and ESL holder combination includes a locking mechanism for releasably securing the ESL to the ESL holder, and an ESL provided with at least one gripping means for cooperative engagement with the ESL holder. The ESL holder is attachable to an edge of a shelf, the ESL holder being provided with one or more receiving means such as for example slots for receiving the gripping means and the locking element in cooperative engagement. A spring loaded element is arranged inside the ESL such that the spring loaded element, in a latched position, secures the ESL to the ESL holder when the gripping means is brought into a hooked position in the receiving means. When displaced from its latched position, allowing the gripping means to leave its hooked position, this enables removal of the ESL from the ESL holder.

Beading of a label holder

Methods and devices are provided for controlling a fluid flow over a sensing surface within a flow cell. The methods employ laminar flow techniques to position a fluid flow over one or more discrete sensing areas on the sensing surface of the flow cell. Such methods permit selective sensitization of the discrete sensing areas, and provide selective contact of the discrete sensing areas with a sample fluid flow. Immobilization of a ligand upon the discrete sensing area, followed by selective contact with an analyte contained within the sample fluid flow, allows analysis by a wide variety of techniques. Sensitized sensing surfaces, and sensor devices and systems are also provided.

Method and device for laminar flow on a sensing surface

In a circuit designed to output a varying output voltage, the substrate of the semi-conductor component is connected to a regulator, in particular a switch, connected to a lower potential than the potential of the substrate of the circuit. The circuit can for example be used in a Subscriber Line Interface Circuit (SLIC).

Semiconductor circuit regulator

The microfluidic structure comprises first and second substantially planar form-stable base layers and an intermediate spacing layer of elastic material, said spacing layer being recessed to define a microcavity or channel system with at least one of said first and second base layers. The structure is produced by moulding the spacing layer, optionally applied to or integral with a first base layer, against a planar mould, and the microcavity or channel system is completed by applying a second base layer, and optionally said first base layer, to the spacing layer.

Microfluidic structure and process for its manufacture

Optical biosensor system

Growing community of inventors

Knivsta, Sweden

Håkan Sjödin