Before revision: The processes that will be used are going to take place in aqueous solutions and are very close to that of biotechnology manufacturing / bio-molecular manufacturing which is largely concerned with the production of biomolecules like proteins and DNA/RNA.. Superficially there is some area of overlap between Biotech and Wet nanotechnology but wet nanotech seeks to analyse living things and there components as engineering systems and aims to understand them completely to have complete control of the behavior of the system and to derive principles and methods that can be applied more broadly to bottom up manufacturing, to manipulate matter on the atomic and molecular scales and to creating machines at the nanometer and microscopic scales.
After revision: The processes that will be used are going to take place in aqueous solutions and are very close to that of biotechnology manufacturing / bio-molecular manufacturing which is largely concerned with the production of biomolecules like proteins and DNA/RNA.. Superficially there is some area of overlap between Biotechnology and Wet nanotechnology but wet nanotech seeks to analyse living things and there components as engineering systems and aims to understand them completely to have complete control of the behavior of the system and to derive principles and methods that can be applied more broadly to bottom up manufacturing, to manipulate matter on the atomic and molecular scales and to creating machines at the nanometer and microscopic scales.