TH130291A - - Google Patents

Abstract

DC60 (19/09/54) This invention relates to the process of creating yeast, hypercellulase, pea pasta, yeast. A new strain with the endoglucanase 2 gene genetically engineered to include RNA extraction of the endoglucanase 2 gene from tricordermare cultures. Cisitistra 3081 then took RNA that was converted to C DNA to be edited into DNA vectors until it obtained hybrid DNA. In E. coli bacteria And the hybrid DNA that was transferred into the yeast, peasteris, containing Efficiency in mass production of the required enzymes. This will help reduce the cost of Producing enzymes to be lower And suitable for industrial use Here it is called Pea Pastoris CU - PTT EG2. The invention involves the process of producing yeast, hypercelluless, peat cassia pastries. A new strain with the endoglucanase 2 gene genetically engineered to include RNA extraction of the endoglucanase 2 gene from tricordermare cultures. CISITIS 3081 and then using RNA that has been converted to C DNA to be modified into vehicle DNA until hybrid DNA is obtained. In E. coli bacteria And the hybrid DNA that was transferred into the yeast, peasteris, containing Efficiency in mass production of the required enzymes. This will help reduce the cost of Producing enzymes to be lower And suitable for industrial use Here it is named Pete Pastoris CU - PTT EG2.

Claims (1)

1. The process of creating a new species of yeast, hypercellulase, pea cassia paste, by editing. Genetically, the endoglucanase 2 gene, which has a procedure consisting of (1) cultivation of Trichordermaresiitistra 3081 in cellobios precursors to induce the Make a lot of cellulase enzymes Which is the period that the fungus is It produces many RNA as well. (2) Extract RNA from fungi. And converted to C DNA using a primer Specific to the endoglucanase 2 gene by lugag reaction: