2-TRIDECANONA EVAPORATION SYSTEM TO IMPROVE THE PRODUCTIVITY OF CROPS OF AGRICULTURAL INTEREST IN GREENHOUSES: PROTECTIVE EFFECT AGAINST PHYTOPATHOGENIC BACTERIA AND ASSESSMENT OF THEIR POTENTIAL AS A PHYTOSTIMULANT (Q3180922): Difference between revisions
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(Created claim: summary (P836): The project combines industrial research and experimental development. The aim is to check whether the continuous and uniform generation and diffusion of 2-Tridecanone volatile, from the development of an electrical evaporation system, allows protecting plants (tomate, broccoli and Arabidopsis) from pathogenic bacteria in greenhouse._x000D__x000D_ The general objective is to analyse growth and resistance to pathogens, subjecting these plants to...) |
(Changed label, description and/or aliases in en: translated_label) |
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2-TRIDECANONA EVAPORATION SYSTEM TO IMPROVE THE PRODUCTIVITY OF CROPS OF AGRICULTURAL INTEREST IN GREENHOUSES: PROTECTIVE EFFECT AGAINST PHYTOPATHOGENIC BACTERIA AND ASSESSMENT OF THEIR POTENTIAL AS A PHYTOSTIMULANT | |||
Revision as of 19:29, 12 October 2021
Project Q3180922 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | 2-TRIDECANONA EVAPORATION SYSTEM TO IMPROVE THE PRODUCTIVITY OF CROPS OF AGRICULTURAL INTEREST IN GREENHOUSES: PROTECTIVE EFFECT AGAINST PHYTOPATHOGENIC BACTERIA AND ASSESSMENT OF THEIR POTENTIAL AS A PHYTOSTIMULANT |
Project Q3180922 in Spain |
Statements
102,092.0 Euro
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204,184.0 Euro
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50.0 percent
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2 May 2019
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30 October 2020
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INVICTA AMBIENTACION SL
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38°20'37.10"N, 0°29'17.41"W
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03014
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El proyecto combina investigación industrial y desarrollo experimental. Se pretende comprobar si la generación y difusión continuada y uniforme de 2-Tridecanona volátil, a partir del desarrollo de un sistema de evaporación eléctrico, permite proteger plantas (tomate, brócoli y Arabidopsis) de bacterias patógenas en invernadero._x000D_ _x000D_ El objetivo general es analizar el crecimiento y resistencia a patógenos, sometiendo estas plantas al efecto de dicho compuesto bioactivo.Este será el reto tecnológico del proyecto, debido a que la protección de 2-Tridecanona a partir de pulverización es transitoria, con el tiempo los síntomas de la enfermedad se incrementan. Resulta imposible predecir cuándo se va a producir la invasión del patógeno._x000D_ _x000D_ La complejidad está asociada a las características químicas de los volátiles microbianos y como ejercen su efecto en plantas, ya que evaporan y difunden rápidamente, son inestables, altamente reactivos y cuentan con una vida media relativamente corta. Además, los efectos en plantas requieren exposición prolongada del compuesto, son dependientes de la concentración y de la fase de desarrollo de la planta, incluso tienen cierta especificidad._x000D_ _x000D_ Estas limitaciones se esperan solventar con la aplicación continuada y controlada del compuesto en una formulación evaporada y difuminada empleando un sistema de evaporación eléctrico._x000D_ _x000D_ Los objetivos técnicos específicos son los derivados del principal:_x000D_ _x000D_ 1. Determinar los niveles de 2-Tridecanona presentes en invernadero y empleados en esta experimentación, que serán sometidos a distintos tratamientos._x000D_ 2. Comparar el grado de desarrollo de la enfermedad en las plantas tras ser infectadas por bacterias fitopatógenas en un invernadero con el sistema de evaporación con 2-Tridecanona y sin 2-Tridecanona._x000D_ 3. Comparar el crecimiento de plantas sanas de las variedades mencionadas en invernadero con el sistema de evaporación con 2-Tridecanona y sin 2-Tridecanona. (Spanish)
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The project combines industrial research and experimental development. The aim is to check whether the continuous and uniform generation and diffusion of 2-Tridecanone volatile, from the development of an electrical evaporation system, allows protecting plants (tomate, broccoli and Arabidopsis) from pathogenic bacteria in greenhouse._x000D__x000D_ The general objective is to analyse growth and resistance to pathogens, subjecting these plants to the effect of this bioactive compound.This will be the technological challenge of the project, because the protection of 2-Tridecanone from spraying is transient, with time the symptoms of the disease increase. It is impossible to predict when the pathogen will be invaded._x000D_ _x000D_ The complexity is associated with the chemical characteristics of microbial volatiles and how they exert their effect on plants, as they evaporate and diffuse rapidly, are unstable, highly reactive and have a relatively short half-life. In addition, plant effects require prolonged exposure of the compound, are dependent on the concentration and development phase of the plant, even have a certain specificity._x000D_ _x000D_ These limitations are expected to be solved by the continuous and controlled application of the compound in an evaporated and diffused formulation using an electrical evaporation system._x000D_ _x000D_ The specific technical objectives are the derivatives of the main:_x000D_ _x000D_ 1. Determine the levels of 2-Tridecanone present in greenhouses and used in this experiment, which will undergo different treatments._x000D_ 2. Compare the degree of disease development in plants after being infected by phytopathogenic bacteria in a greenhouse with the evaporation system with 2-Tridecanone and without 2-Tridecanone._x000D_ 3. Compare the growth of healthy plants of the varieties mentioned in greenhouse with the evaporation system with 2-Tridecanona and without 2-Tridecanona. (English)
12 October 2021
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Alicante/Alacant
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Identifiers
IDI-20190837
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