RAS Reports and Case Studies
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.
categories
blanking/punching | blood diagnostics | consultancy | design for manufacture | dies | DNA protein analysis | drilling | dry etching | flow | glass | heat exchangers | Injection moulding | Laser ablation | Measurement / Metrology | Medical | metals | Micro-fluidics | Micro-sensors & actuators | micro-valve actuators | Pharmaceutical | polishing | polymers | pressure | sensors | small scale production | surface finishing | temperature | 10 Days (€5000) maximumread more | 519 reads | subscribe post
Glide performance vs surface microstructure
KTH
10
Confidential
No
Correlation between ski glide and measured surface micro structure
Submitted on October 24, 2006 - 08:39.
read more | 336 reads | subscribe post
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