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Interim report January - June 2010
Biotage AB (publ) - disclosure notice of substantial holding of shares
Biotage appoints Anders Wikström as Vice President of Operations and Anthony Rees as Chief Scientific Officer

Biotage Introduces Resolux™ Peptides Purification HPLC ColumnsNew Isolera™ UV-VIS Flash Purification System delivers widest wavelength range available to chemists (Copy)Biotage Launches New Isolera™ ELS Detector, Helps Isolate Virtually Any CompoundBiotage Introduces Highly-Selective ExploraSep 96-Well Screening Plates based on Molecularly Imprinted PolymersBiotage Introduces Highly-Selective AFFINILUTE MIP

European Peptide SymposiumBiotage are Gold Sponsors.
5th - 9th September
Copenhagen, DenmarkILMAC 201021st - 24th September
Basel, SwitzerlandAOACAugust 27-28
Orlando, FL27th Montreux Symposium on LC/MS 10th - 12th November
Montreux, SwitzerlandThe 3rd EBF Open Symposium 1st - 3rd December
Barcelona, Spain
 

Syro I
Fully Automated Peptide Synthesizer

Syro 1

The Syro I is a fully automated computer
controlled peptide synthesizer based
on a one arm pipetting robot.

The arm is equipped with a pipette tip that is connected to a dosing pump via a tube and a three-way valve. All of the reagents defined on the work area can be sampled by the arm and delivered to any chosen container on the work area. Additionally, the arm can take in a solvent from outside the work area via the three-way valve and also deliver it to any reachable container.

Syro I is equipped with one type-U reactor block that can accept two, five and 10 ml reactors. An infinitely variable vortexer guarantees an optimal mixing of the reactants.

Digital injection pumps enable dosing with microliter precision and user-friendly software allows all technical possibilities of the robot to be easily implemented.

The modular construction offers great flexibility with respect to the number and size of the storage and reaction containers. Optionally, all storage containers for reagents and reactors can be equipped with the capability to work under inert gas.

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