Come visit our page, inspire us and get inspired! PhotoBioCat aims to drive selective enzymatic reactions with visible light as energy source. Enzymatic redox reactions need electron transfer to and from external molecules, requiring costly cofactors and sacrificial co-substrates. This project aims to develop sustainable, light-driven biocatalytic systems, and to prove the usefulness in a commercial environment. The ultimate goal is to use catalytic water-splitting to drive a wide range of attractive synthetic reactions.
Come visit our page, inspire us and get inspired! PhotoBioCat aims to drive selective enzymatic reactions with visible light as energy source. Enzymatic redox reactions need electron transfer to and from external molecules, requiring costly cofactors and sacrificial co-substrates. This project aims to develop sustainable, light-driven biocatalytic systems, and to prove the usefulness in a commercial environment. The ultimate goal is to use catalytic water-splitting to drive a wide range of attractive synthetic reactions.
Company Information
- Industry
- Research
- Company Type
- Privately Held
- Founded
- unknown
- Employee Range
- 1-10
- Revenue Range
- Not available
Location
- Address
- City
- Region
- Postal Code
- Country
- Austria