Microfluidic Reagent Delivery System By Hydrogel Dehydration Through A Porous Encapsulant
Tech ID: 18085 / UC Case 2009-088-0
Abstract
Microfluidic constructs have proven to have many important applications. Small sample sizes can be sufficient to give a large number of laboratory results, for instance, in "lab-on-a-chip" technologies, such as those developed by Caliper. Testing and processing previously available only in specialized laboratories under highly controlled conditions with expert technicians are now available for field work using these new technologies. However, these highly minimized fluid managing devices are typically very expensive, and so are of limited availability to many potential applications.
Researchers at the University of California, Berkeley achieve patterned Agarose micro-structures using photolithography and oxygen plasma. The resulting Agarose micro-structures can be then rehydrated back into the original form, if the proper conditions are maintained during processing.
Related to B09-061 and B09-058
Applications
- point-of-care diagnostics, chemical/biological sensing, drug discovery, enzyme/substrate quantification,
- iRNA / mRNA / DNA separations, Rapid, highly parallel DNA fingerprinting
- HDL / LDL particle size classification for assesment of cholestrol risk,Ri
- bio compatible scaffolds for tissue cultures
Advantages
- dramatically lowere fabrication cost
- hydrogel / polymer chip rapid prototyping
- three-dimensional polymer rapid prototyping
- Room temperature storage of reagent molecules (DNA, RNA, protein, enzymes, etc)
INVENTORS
- Cheng, Jim C.
- Demko, Michael
- Erdem, E. Yegan
- Pisano, Albert P.
Contact
Curt Theisen/ curt@berkeley.edu / tel: 510-643-7214. Please reference Tech ID #18085.
ADDITIONAL TECHNOLOGIES BY THESE INVENTORS
- Improved Elecrophoresis Method for Separation of Macromolecules
- Improved Photodetection for Mobile Sensing Applications
- Nanoparticle Transistor Photodetector for Sensing Applications
- Silicon Carbide Passivated Mems Capacitive Strain Gauge
- Agarose Photolithography
- Hydrogel Micro-extrusion
- Zero Residual Layer Nanoimprint Lithography
- Direct Patterning Of Materials By Microcapillary Molding
- Metal And Metal Core, Oxide Shell Nanoparticles
- Nano-Aggregate Thin-Film Ultracapacitor Module (N-Atum)