Research Tools

Shrink Technologies, Inc., based in Carlsbad, California, was acquired by Shrink Nanotechnologies, Inc. on May 29, 2009. Shrink Technologies specializes in developing innovative technologies, particularly focused on metal-enhanced fluorescence (MEF) applications. Their MEF technology, which integrates rapid prototyping methods with metal-fluorescence enhanced immunoassays, significantly enhances the sensitivity of diagnostic assays, making it possible to detect interactions that current methods miss. This technology has broad applications in drug discovery,...

Ogma Scientific works with clients in the energy, mining and agriculture sectors and clients in the chemical industry to identify innovative treatment strategies for problems in industrial ecosystems. Our high-throughput screening services are uniquely tailored to identify successful treatments to stop undesirable microbial activity that impacts industrial processes. Examples include biosouring in the oil sector and acid mine drainage in the mining sector. Biosouring alone, caused by the inadvertent stimulation of microbial activity during oil or gas recovery, costs the...

Spiral Devices LLC is a biotechnology company committed to developing and commercializing technologies that improve the in vivo delivery of biological molecules for studying and treating disease. The company's BioDriver particle bombardment device delivers biolactive molecules into cells.

The company was co-founded by Kenneth Greenberg, to commercialize technology he invented as a UC Berkeley postdoctoral fellow in MCB Neurobiology, where he developed gene therapies for neurological diseases using chemogenetics,...

This life science research tools company was spun out of technology developed in the UC Berkeley bioengineering department. Zephyrus Biosciences developed medical research tools for single-cell analyses, enabling high resolution biology. The company's first product, called Milo, was a benchtop instrument that allowed researchers to search for specific proteins in about 1,000 single cells at once. This improved western blotting instrument made it possible to analyze individual cells for the first time. The high-throughput and high-selectivity protein fingerprinting gave...