CL2012001624A1 -
Transgenic plant cells comprising DNA encoding the proteins vip3a, cry1f; and cry1c; method to manage the development of resistance to a cry toxin in plant species.
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Transgenic plant cells comprising DNA encoding the proteins vip3a, cry1f; and cry1c; method to manage the development of resistance to a cry toxin in plant species.
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Abstract
Célula de planta que comprende ADN que codifica para las proteínas insecticidas Vip3Ab y Cry1F; composición para controlar plagas de lepidópteros que comprende dichas células; método para manejar el desarrollo de resistencia por un insecto a una proteína insecticida derivada de un Bacillus Thuringiensis, que comprende expresar en una planta las proteínas insecticida Vip3Ab y Cry1F.A plant cell comprising DNA encoding the insecticidal proteins Vip3Ab and Cry1F; composition for controlling lepidopteran pests comprising said cells; A method for managing the development of resistance by an insect to an insecticidal protein derived from a Bacillus Thuringiensis, which comprises expressing the insecticidal proteins Vip3Ab and Cry1F in a plant.
CL2012001624A2009-12-162012-06-15
Transgenic plant cells comprising DNA encoding the proteins vip3a, cry1f; and cry1c; method to manage the development of resistance to a cry toxin in plant species.
CL2012001624A1
(en)
Transgenic plant cells comprising DNA encoding the proteins vip3a, cry1f; and cry1c; method to manage the development of resistance to a cry toxin in plant species.
Plant cells comprising DNA encoding cry1c and cry1f insecticidal proteins, composition for controlling lepidopteran pests comprising said cells, and method for managing the development of resistance of an insect to a cry toxin.
Plant cells comprising DNA encoding the insecticidal proteins cry1d and cry1f; composition for controlling lepidopteran pests comprising said cells; and method of managing the development of resistance of an insect to a cry toxin.
Plant cells comprising DNA encoding cry1fa, cry1ab and cry1c insecticidal proteins, composition for controlling lepidopteran pests comprising said cells, and method for managing the development of resistance of an insect to a cry toxin.
Plant cells comprising DNA encoding cry1be and cry1fa insecticidal proteins, composition for controlling Lepidopteran pests comprising said cells, and method for managing the development of resistance of an insect to a cry toxin.
Plant cell comprising DNA encoding the insecticidal proteins cry1ab and cry2aa; method to manage the development of resistance of an insect to a cry toxcin.
A plant cell comprising DNA encoding the insecticidal proteins cry1da and cry1be, and a method for controlling a fall armyworm, as well as for managing the development of resistance to cry toxin.
Isolated nucleic acids from bacillus thuringensis, construct and host cells comprising said nucleic acids, isolated polypeptides with pesticidal activity encoded by these polynucleotics, method of production of said proteins with pesticidal activity, and for controlling an insect pest.
Plant cell comprising an DNA encoding the cry1ab and vip3ab proteins; composition comprising said cells; and method for the control of helicoverpa zea insects.
Transgenic plant cells comprising DNA encoding the proteins vip3a, cry1f; and cry1c; method to manage the development of resistance to a cry toxin in plant species.
The collective fraction of the insecticidal protein for the control of fall-army worms. And European corn borer and methods for managing insect resistance.