Add to ORKGViral diseases of ornamental plants cause major losses in productivity and quality. Host pl1ant resistance offers an effective means of controlling plant diseases caused by viruses. It minimizes the necessity for the application of pesticides. However, there are many ornamentals in which no natural disease resistance is available. Genetic engineering allows the introduction of specific, in some instances broad spectrum , disease resistance derived from other species , or even from the pathogen it self into plant genotypes that have been selected for desirable horticultural properties
Although disease control is of importance in ornamental production, breeding efforts to reach higher...
Development of genetic engineering technology and molecular characterization of plant defense respon...
The extent to which insecticides are needed is influenced by the level of resistance in the host pla...
Pest control in agriculture targeting insects, bacteria, fungi, and viruses appeared to be substanti...
Virus diseases are among the key limiting factors that cause significant yield loss and continuously...
Fungal diseases pose a major threat to ornamental plants, with an increasing percentage of pathogen-...
Viral diseases are a major threat to world agriculture and breeding resistant varieties against thes...
To engineer plants with increased and durable disease resistance using transgenic technologies we mu...
Abstract Insect and herbicide-resistant plants are the most widely grown transgenics in agricultural...
Diseases cause large problem in agriculture that the growers usually try to overcome by chemical con...
Of several control measures available, host-plant resistance has been a strong choice for economical...
Genetic engineering offers a means of incorporating new virus resistance traits into existing desira...
Not AvailableViral diseases of crop plants cause significant yield losses, which is a major threat t...
The global production of agricultural and food products is the world’s largest industry, with total ...
Genetically engineered crops are used for their better quality and superior characters and services...
Although disease control is of importance in ornamental production, breeding efforts to reach higher...
Development of genetic engineering technology and molecular characterization of plant defense respon...
The extent to which insecticides are needed is influenced by the level of resistance in the host pla...
Pest control in agriculture targeting insects, bacteria, fungi, and viruses appeared to be substanti...
Virus diseases are among the key limiting factors that cause significant yield loss and continuously...
Fungal diseases pose a major threat to ornamental plants, with an increasing percentage of pathogen-...
Viral diseases are a major threat to world agriculture and breeding resistant varieties against thes...
To engineer plants with increased and durable disease resistance using transgenic technologies we mu...
Abstract Insect and herbicide-resistant plants are the most widely grown transgenics in agricultural...
Diseases cause large problem in agriculture that the growers usually try to overcome by chemical con...
Of several control measures available, host-plant resistance has been a strong choice for economical...
Genetic engineering offers a means of incorporating new virus resistance traits into existing desira...
Not AvailableViral diseases of crop plants cause significant yield losses, which is a major threat t...
The global production of agricultural and food products is the world’s largest industry, with total ...
Genetically engineered crops are used for their better quality and superior characters and services...
Although disease control is of importance in ornamental production, breeding efforts to reach higher...
Development of genetic engineering technology and molecular characterization of plant defense respon...
The extent to which insecticides are needed is influenced by the level of resistance in the host pla...