QB3 Garage@Berkeley
Our Facility
The QB3 Garage@Berkeley in Stanley Hall features approximately 800 square feet of wet laboratory space, set up with eight stations for incubator use. Each station offers bench and desk space, and network connections. Tenants also share use of a prep bench with standard lab facilities, along with space for floor-standing equipment such as a refrigerator, freezer, and centrifuge.
Garage tenants can make arrangements to use the following QB3 core facilities:
- Biomolecular Nanotechnology Center
- Central California 900 MHz NMR Spectrometer Facility
- Functional Genomics Laboratory
- QB3/College of Chemistry Mass Spectrometry Facility
- QB3 MacroLab
- Vincent J. Coates Genomics Sequencing Laboratory
- Vincent J. Coates Proteomics/Mass Spectrometry Laboratory
Our Location
The QB3 Garage@Berkeley is located in 130 Stanley Hall on the UC Berkeley campus, in space adjoining the Biomolecular Nanotechnology Center. Information on directions and parking is available here.
Tenants
Adheren provides the most general, efficient biotechnology available for the attachment of any living cell to any desired analysis and diagnostic platform. Our solutions are used by academic, government, biotech, and pharmaceutical research laboratories for cellular analysis, molecular diagnostics, and drug screening applications. Relative to other cell immobilization methods, our technology produces higher binding efficiency, stronger adhesion, and decreased activation of intracellular signaling pathways.
Aperys, LLC offers advanced cell culture platforms that enable biomedical investigators to precisely control the positioning and orientation of cells in culture. Our proprietary technology combines techniques in microfabrication and surface chemistry to create inexpensive substrates featuring precisely defined micropatterns that organize cultured cells with near-perfect compliance to desired geometries.
EndoOrthopaedics has developed a novel fracture fixation platform to repair bones that have been broken adjacent to a joint. Our technology is based on a system of modular fixation elements featuring an intuitive method of surgical deployment. It requires substantially fewer steps for implantation, and much greater capability compared to presently available devices.
Nanonerve
Silicon BioDevices is a biotech semiconductor company operating at the interface between life sciences and information technology. By leveraging the high functionality and low cost of integrated circuit technology, Silicon BioDevices is able to bring novel digital solutions to bear on complex and persistent medical problems.