Transgene Pflanzen mit divergenten SCaM-4 und SCaM-5 Genen zur Etablierung multipler Krankheitsresistenz

TRANSGENE PLANTS WITH DIVERGENTEN SCAM-4 AND SCAM-5 GENES FOR THE ESTABLISHMENT OF MULTIPLE DISEASE RESISTANCE

Transgene Pflanzen mit divergenten SCaM-4 und SCaM-5 Genen zur Etablierung multipler Krankheitsresistenz

Transgenosis plant containing vergence soy-bean isodynamic calcium modulated protein gene for resisting multiple diseases

The present invention discloses a transgenic plant transformed by soybean's iso-calmodulin (SCaM) gene and its plant cells, which show the greatly increased resistance to broad-spectrum plant pathogen. The expression carrier containing SCaM gene and its host cells are also disclosed. Said gene in expression carrier has been introduced in the plant with resistance to plant pathogen. The transgenicplant expressing heterogeneous SCaM shows the increased resistance to fungus, bacteria and virus able to infect plant.

TRANSGENIC PLANT CONTAINING SCAM4 OR SCAM5 GENE AND RESISTANT TO MULTIPLE DISEASES

PROBLEM TO BE SOLVED: To obtain a transgenic plant cell transformed with an enzyme encoding soybean calmodulin 4 (SCaM4), or the like, expressing the soybean calmodulin 4 (SCaM4), or the like, and having multiple disease resistance to a wide range of plant diseases, and to obtain the descendants of the transgenic plant cell. SOLUTION: This transgenic plant cell is transformed by a gene encoding soybean calmodulin 4 (SCaM4) or soybean calmodulin 5 (SCaM5), and expresses the SCaM4 or the SCaM5. The transgenic plant cell is preferably the cell of tobacco plant or the cell of a dicotyledon. A method for increasing the multiple disease resistance in a higher plant against the infection of one or more plant pathogens comprises transforming the cell of the plant with an SCaM4 gene binary vector [for example, pLES 9804 (KCTC 0545BP)] or an SCaM5 gene binary vector [for example, pLES 9805 (KCTC 0546BP)]. COPYRIGHT: (C)2000,JPO ...