Abstract
In this paper, we employed photochemical reaction for controlling the cell adhesion on the glass surface. The strategy is based on combining 2-Methacryloyloxyethyl phosphorylcholine (MPC) which is known to reduce non-specific binding, and photolabile linker (PL) for selective cell patterning. The MPC modified surface was irradiated through the MASK by UV and MPC were removed. After selective MPC cleavage, the cells only attached on UV illuminated region, which showed the selective surface control of cell attachment was performed using photochemical reaction.