Capitainer Ab

Aerocrine Ab

Spiber Technologies Ab

Myfc Ab

Mercene Labs Ab

Lucky Loop Medical Ab

Utilizer Ab

Circassia Ab

Wouter Van Der Wijngaart

Göran Stemme

Niclas Roxhed

Jonas Hansson

My Hedhammar

Anders Lundblad

Tommy Haraldsson

Gabriel Lenk

Linnea Gustafsson

Thomas Frisk

Emre Iseri

Per Månsson

Frederic Jaouen

Urban Arnelo

Ronnie Jansson

Sjoerd Haasl

Filipe Marques

Gaspard Pardon

Francisco Baldaque Silva

Hansson Jonas

Frédéric Jaouen

A capillary driven microfluidic device with blood plasma separation means that can be used to separate, meter and transfer a blood sample. The blood separation means can be arranged as a capillary pump by the configuration of a porous membrane and the microfluidic device.

Plasma separating microfluidic device

The present disclosure is directed to a device () comprising a sampling part (), wherein the sampling part () comprises an array of capture zones () for sampling liquid volumes between tens of microliters and femtoliters, wherein some or all of the capture zones () contain a sponge-like material. Also disclosed are a method for the preparation of such a device and a method for the detection and determination of the presence, concentration and/or properties of an analyte by contacting a liquid sample with such a device.

Device for bioassay and methods for preparation and use thereof

A device for detaching cells or tissue from a cavity in a subject, the device includes: an elongated member arranged to be moved within a lumen of a needle or a catheter; and at least one flexible member arranged at a distal end of the elongated member, wherein the flexible member is configured to be brought between a first, constrained configuration within the lumen of the needle or catheter, and a second, expanded configuration outside said lumen, wherein the flexible member in the second, expanded configuration is configured to conform to an inner geometry of a cavity in which the device is inserted.

Biopsy/cytology device for sampling cells or tissue in mammals

A method for manufacturing shaped polymers of surface-active macromolecules, in particular silk, is provided. The method is comprising the steps of: • a) depositing an aqueous solution of the surface-active macromolecules on a surface, wherein the aqueous solution of the surface-active macromolecules is deposited in the form of a droplet, and wherein the surface is a hydrophobic micropatterned surface adapted to prevent the aqueous solution from penetrating into the pattern and to receive the droplet of the aqueous solution of the surface-active macromolecules and retain its droplet state; and • b) forming shaped polymers of the surface-active macromolecules on the surface.

Structuring of surface-active macromolecules

Method for separating blood plasma and metering thereof

Modification of polymer surface properties is disclosed by using a method comprising providing a liquid curable monomer formulation comprising a surface-active compound so that the surface active component is attracted to or repelled from at least a specific part of a master surface and is fixed in the polymer article upon curing. The method is carried out in one step and is thus simple and inexpensive to carry out.

Modification of polymer surface properties

There is provided an analysis device comprising a gas phase and a liquid phase and at least one sensor, said sensor having at least one point where an analyte is detected, said at least point being in contact with the liquid phase, characterized in that the device comprises a membrane with a first and a second side, which membrane is in contact with the gas phase on at least a part of one side of the membrane and which membrane is in contact with the liquid phase on at least a part of the other side of the membrane, wherein the membrane comprises openings, and wherein the largest possible distance between any two openings in the membrane is larger than the distance between the membrane and the point where an analyte is detected, moreover there is provided a method for analyzing an analyte in a gas phase.

Analysis device

A polymer electrolyte electrochemical device includes an anode current collector (), a membrane electrode assembly () with anode and cathode gas backings (), and a cathode current collector (), wherein the membrane electrode assembly is sealed and attached at least to the anode current collector by adhesive elements, thereby creating an anode gas chamber, and optionally attached to the cathode current collector by adhesive elements, the adhesive elements being electrically conducting or electrically non-conducting. The invention also relates to polymer electrolyte electrochemical device components adapted for use in a single cell electrochemical device and a series arrangement electrochemical device.

Electrochemical device

Growing community of inventors

Sollentuna, Sweden

Wouter Van Der Wijngaart