Hybrid devices with integrated CMOS and smart consumables for biomedicine: Aspects of technologies and commercialization
Ali Tinazli
Sony DADC BioSciences, USA
: J Electr Eng Electron Technol
Abstract
Smart consumables based on polymer materials with nano-/microscale or supreme optical features are prerequisites for emerging applications in the biomedical markets as in in-vitro diagnostics. Single molecule detection techniques based on fluorescence read-out methods are a prominent example for a number of commercial products. The need for highly parallel read-out of e.g. electrical signals requires the use of CMOS components. Such concepts are required for example in DNA sequencing technologies. Hence, the functional integration of CMOS components in microfluidic, polymer chip architectures is becoming of key importance in a successful product development. The increasing complexity of such new products requires new manufacturing technologies. Sony DADC BioSciences provides in its partnering business a deep know-how in development, manufacturing and supply of polymer-based smart consumables to OEM partners. Specializing in customized mass manufacturing of highly sophisticated consumables, Sony DADC actively applies expertise in innovation to offer stateof-the-art solutions to the biomedical industry
Biography
Ali.Tinazli@sonydadc.com
