Flow-biochemistry utilizes continuous flow biochemical devices for biocatalysis, biotransformation and biochemical interaction based flow-analytical systems. Design of flow-biochemistry based rare cell capture systems was supported by computational fluid dynamics modeling. Trajectories of yeast cell movement were followed under a microscope and compared with the modeling results. Melanoma cells were used to evaluate the efficiency of the cell capture capability of the bioaffinity based flow-biochemistry microdevice.
Flow Chemistry