Gyros Ab

Gyros Patent Ab

Xspray Pharma Ab

Robotic Lawn Care Sweden Ab

Xspray Microparticles Ab

Amic Ab

Per X Andersson

Thomas Meijer

Victor Söderberg

Gunnar Ekstrand

Helene Derand

Gunnar Kylberg

Magnus Gustafsson

Anders Palm

Gunnar Thorsen

Owe Salven

Gérald Jesson

Sussanne Wallenborg

Susanne Wallenborg

Nicholas Thomas

Anders Larsson

Nigel Eric Tooke

Mats Inganas

Derand Helene

Kalle Andersson

Per Ove Öhman

Tobias Söderman

Arvi Aksberg

Mats Inganäs

Gunnar Thorsén

Jan Sjöberg

Klas Allmer

Gerald Jesson

Ulrike Selditz

Ebru Togan-Tekin

Björn Berg

Cecilia Hellermark

Gunnar Thors N

A system, for cutting a plurality of lawns, including: A) two or more robotic lawn mowers which each has a rechargeable energy storage, and B) a carrier, which includes: a) at least two holders, each of which is capable of retaining one of the two or more robotic lawn mowers and b) a charging system for the rechargeable energy storage. Also provided is the carrier as such and a method in which the system and the carrier can be used. The mowers are typically battery powered.

Method and means for mowing lawns

The instant application relates to the field of pharmaceutical compositions comprising dasatinb. Furthermore, the instant application relates to a method of treating proliferative disorders in a patient in need thereof, comprising administering a therapeutically effective amount of said compositions.

Rapidly disintegrating solid oral dosage forms containing dasatinib

A system, for cutting a plurality of lawns, including: two or more robotic lawn mowers which each has a rechargeable energy storage, and a carrier, which includes: at least two holders, each of which is capable of retaining one of the two or more robotic lawn mowers, and two or more fences, each fence delineating an individual lawn of the plurality of lawns and configured to be operable while a respective of the two or more robotic lawn mowers is operating at the respective of the plurality of lawns.

System for mowing lawns with robotic lawn mowers and a charging mobile carrier

A microscale method for the characterization of one or more reaction variables that influence the formation or dissociation of an affinity complex comprising a ligand and a binder, which have mutual affinity for each other. The method is characterized in comprising the steps of: (i) providing a microfluidic device comprising a microchannel structures that are under a common flow control, each microchannel structure comprising a reaction microactivity; (ii) performing essentially in parallel an experiment in each of two or more of the plurality of microchannel structures, the experiment in these two or more microchannel structures comprising either a) formation of an immobilized form of the complex and retaining under flow conditions said form within the reaction microactivity, or b) dissociating, preferably under flow condition, an immobilized form of the complex which has been included in the microfluidic device provided in step (i), at least one reaction variable varies or is uncharacterized for said two or more microchannel structures while the remaining reaction variables are kept essentially constant; (iii) measuring the presentation of the complex in said reaction microactivity in said two or more microchannel structures; and (iv) characterizing said one or more reaction variables based on the values for presentation obtained in step (iii).

Characterization of reaction variables

A microfluidic device adapted such that the flow of fluids within the device is controlled by different surfaces of the device having different surface characteristics. Preferably the device comprises a substrate not formed from a hydrated oxide material.

Microfluidic device

A rotatable microfluidic device that comprises a hydrophilic microchannel structure in which there is a) an upstream microcavity I with a liquid outlet I, b) a microconduit I connected to liquid outlet I, and c) a capillary valve I associated with microconduit I. The inlet end of the microconduit is closer to the spin axis than the outlet end of the microconduit. The difference in radial distance between the inlet end and the outlet end of microconduit I is typically &#x2267;5%, such as &#x2267;10% or &#x2267;100% or &#x2267;500%, of the difference in radial distance between the uppermost part of the upstream microcavity and liquid outlet I.

Liquid plugs

A microfluidic device that comprises several microchannel structures in which there are an inlet port, an outlet port and there between a structural unit comprising a fluidic function. The structural unit can be selected amongst units enabling a) retaining of nl-aliquots comprising constituents which has been defined by mixing of aliquots within the microfluidic device (unit A), b) mixing of aliquots of liquids (unit B), c) partition of larger aliquots of liquids into smaller aliquots of liquids and distributing the latter individually and in parallel to different microchannel structure of the same microfluidic device (unit C), d) quick penetration into a microchannel structure of an aliquot of a liquid dispensed to an inlet port of a microchannel structure (unit D), and e) volume definition integrated within a microchannel structure (unit E).

Retaining microfluidic microcavity and other microfluidic structures

Growing community of inventors

Stockholm, Sweden

Per X Andersson