METHOD FOR CARRYING OUT A REACTION IN A MICROREACTION CHAMBER

摘要

The procedure for carrying out PCR in DNA molecules, in a microreaction chamber, involves continuous supply of nanoparticle compositions into the microreaction chamber through supply channels (15a, 15b, 15c). Different nanoparticle compositions react with one another to form nanoparticle reaction product (25). The formed products are continuously taken from the microreaction cell of the reactor. The first supplied nanoparticle composition is functionalized at the surface before its supply into the chamber. The functionalization is formed on the first nanoparticle composition by a layer. The procedure for carrying out PCR in DNA molecules, in a microreaction chamber, comprises continuous supply of nanoparticle compositions into the microreaction chamber through supply channels (15a, 15b, 15c). Different nanoparticle compositions react with one another to form nanoparticle reaction product (25). The formed reaction products are continuously taken from the microreaction cell of the reactor. The first supplied nanoparticle composition is functionalized at the surface before its supply into the chamber. The functionalization is formed on the first nanoparticle composition by a layer. A controlled energy is supplied to the chamber or withdrawn from the chamber during the reaction of the nanoparticle. The dosage of the nanoparticle is carried out by an electric field (32) or magnetic field (28) stored in the supply channel. The nanoparticles are electrically charged or magnetized before the dosage. A fluidic reaction component (22) is added to the chamber and is involved in the reaction of the nanoparticles.