| abstract |
The present invention relates to a lab-on-a-chip system using finger-driven microfluidic control and, more particularly, to a lab-on-a-chip system using finger-driven microfluidic control and, more particularly, A lab-on-a-chip system according to the present invention is capable of driving a lab-on-a-chip system simply by moving a microfluid with a pressure according to a finger drive without being influenced by a user's finger operating characteristic In addition, the pressure chambers and the microfluidic moving parts can be separated from each other, and the microfluidic channel can be integrated regardless of the position of the pressure chamber, which is useful for multi-fluid analysis. |