Reaction chip, reaction method, temperature controlling unit for gene treating apparatus and gene treating apparatus
The reaction chip of the present invention has a plurality of recesses 6 constituting a part of a reaction container and a groove constituting a part of a channel formed on at least one of one face of a first base material (resin base material 2 ) and one face of a second base material (metallic base material) and a notch 15 showing a gradual increase in width and a gradual increase in depth from one face 2 d of the base material toward an inner wall surface 6 d of the recess is formed on an edge of at least one recess in an extending direction of the groove. One face of the first base material and one face of the second base material are stuck together opposite to each other to form the plurality of reaction containers and the channel.
1. A temperature controlling assembly for a gene treating apparatus that treats a gene inside a gene sample by heating/cooling the gene sample filled in a reaction container comprising a first member arranged in an upper part and a second member arranged in a lower part, the second member having a different thermal conductivity from that of the first member, the temperature controlling assembly comprising:
a first temperature controlling unit arranged in such a way to allow contact with a top face of the reaction container;
a second temperature controlling unit arranged in such a way to allow contact with an undersurface of the reaction container and also arranged in such a way to be able to sandwich the reaction container between the first temperature controlling unit and the second temperature controlling unit;
a pair of metallic plates arranged on surfaces where the first temperature controlling unit and the second temperature controlling unit is in contact with the reaction container;
a pair of first heat conduction members arranged on surfaces of the pair of metallic plates facing the reaction container and also arranged in such a way to allow contact with the top face and the undersurface of the reaction container;
a pair of second heat conduction members arranged on surfaces of the pair of first heat conduction members facing the reaction container and also arranged in such a way to allow contact with the top face and the undersurface of the reaction container;
a first heat dissipation unit provided in contact with the first temperature controlling unit; and
a second heat dissipation unit provided in contact with the second temperature controlling unit wherein one of the pair of second heat conduction members in a side of the undersurface of the reaction container is thicker than another of the pair of second heat conduction members in a side of the top face of the reaction container.
2. The temperature controlling assembly according to claim 1 , further comprising a control unit connected to the first temperature controlling unit and the second temperature controlling unit to control temperatures of the first temperature controlling unit and the second temperature controlling unit, wherein
the control unit exercises temperature control of the first temperature controlling unit and the second temperature controlling unit independently based on the thermal conductivities of the first member and the second member.
3. A gene treating apparatus, comprising:
the temperature controlling assembly according to claim 1 ;
and
an emission detection unit.