The present invention discloses genetically modified plants, such as potato plants. The plants are more resistant to a pathogen of interest following transformation of plant cells with a chimeric gene comprising a chitinase gene and beta-1,3-glucanase gene. The invention also provides a method of enhancing the resistance of plants to pathogens by introducing a Brassica chitinase gene encoding two or more chitin-binding domains and beta-1,3-glucanase gene and expressing the chitinase gene and beta-1,3-glucanase gene.published_or_final_versio
Agrobacterium mediated transformation protocols for introduction of rice chitinase gene have been es...
To engineer crop disease resistance by utilizing natural defense mechanism that was expressed in the...
The present study was planned to evaluate the transgenic potato plants containing chitinase (RCG-3) ...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
Plant diseases are caused by a variety of plant pathogens including fungi, and their management requ...
Development of recombinant DNA technology allowed scientists to manipulate plant genomes, making it ...
The development of plant transformation and gene cloning techniques has opened new avenues for aug-m...
Development of recombinant DNA technology allowed scientists to manipulate plant genomes, making it ...
Transgenic plants, plant tissue, and propagation materials are disclosed that exhibit or convey incr...
The present invention relates to bacterial pathogen derived resistance in plants and particularly, a...
The present invention relates to bacterial pathogen derived resistance in plants and particularly, a...
Plants are prone to various infections and diseases caused by viruses and microbes which adversely a...
Agrobacterium mediated transformation protocols for introduction of rice chitinase gene have been es...
To engineer crop disease resistance by utilizing natural defense mechanism that was expressed in the...
The present study was planned to evaluate the transgenic potato plants containing chitinase (RCG-3) ...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
The present invention discloses genetically modified plants, such as potato plants. The plants are m...
Plant diseases are caused by a variety of plant pathogens including fungi, and their management requ...
Development of recombinant DNA technology allowed scientists to manipulate plant genomes, making it ...
The development of plant transformation and gene cloning techniques has opened new avenues for aug-m...
Development of recombinant DNA technology allowed scientists to manipulate plant genomes, making it ...
Transgenic plants, plant tissue, and propagation materials are disclosed that exhibit or convey incr...
The present invention relates to bacterial pathogen derived resistance in plants and particularly, a...
The present invention relates to bacterial pathogen derived resistance in plants and particularly, a...
Plants are prone to various infections and diseases caused by viruses and microbes which adversely a...
Agrobacterium mediated transformation protocols for introduction of rice chitinase gene have been es...
To engineer crop disease resistance by utilizing natural defense mechanism that was expressed in the...
The present study was planned to evaluate the transgenic potato plants containing chitinase (RCG-3) ...