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Feasibility study for microfluidic separation device for biological fluids


Imego AB

18

Denator AB

Yes

The study requested is a preparation for a possible research and development project of a product that can perform fast separation and inactivation of biological fluids. Proteins, peptides and metabolites are rapidly degraded after extraction, which causes large problems for both academic and industrial protein research. In this study, Imego will investigate the feasibility of fabricating low-cost glass and polymer chips that combine microfluidic separation with Denator’s proprietary preservation technology.

Submitted on April 2, 2007 - 14:10.

University of Ljubljana


Electrical Discharge machine (IT Elektronika), Waterjet and Abrasive Waterjet machine (OMAX), Waterjet Incremental Sheet Metal Forming machine (Hefajst), Contact surface roughness measurement (Perthometer), various metrology equipment.down to 0.1nm


jvalen
Submitted on May 3, 2006 - 08:49.

Fraunhofer IZM


All kinds of Assembly and Packaging Technologies and Equipment suitable for the microsystem implementation


Erik Jung
Submitted on March 31, 2005 - 15:13.

Cardiff University, Manufacturing Engineering Centre


The award-winning Manufacturing Engineering Centre (MEC) forms part of Cardiff University, which dates back to 1883 and is one of Britain's major civic universities. The 80-strong ISO 9001:2000 accredited Centre has an international reputation for its leading-edge research in advanced manufacturing and information technology spanning a broad spectrum of subjects.


Chris Matthews
Submitted on March 17, 2005 - 09:47.
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