Efectos del ácido salicílico en la tolerancia de cultivos a factores abióticos de estrés

The development of the case study was based on the objective of analyzing the effects of salicylic acid on improving the tolerance of selected crops against abiotic stress factors. For its part, in the methodology process, a basic research with a qualitative approach was established, a bibliographic and descriptive analysis was carried out that was based on analyzing the effects that salicylic acid has on stress processes in plants. In reference to the results, they have been located in the genetic processes in terms of the accumulation of metabolites and in reference to the adaptation and defense response, the relevant changes in the genes linked to the response to stress, these discoveries provide insight most recondite of the biochemical components involved in the resistance of crops to salicylic acid, providing valuable information to optimize their diligence in agricultural practices. In conclusion, this compound triggers a series of biochemical responses in plants that affect their growth and development, salicylic acid induces the synthesis of defense proteins and the activation of antioxidant enzymes, a protective role for plants against biotic and abiotic stress.

The development of the case study was based on the objective of analyzing the effects of salicylic acid on improving the tolerance of selected crops against abiotic stress factors. For its part, in the methodology process, a basic research with a qualitative approach was established, a bibliographic and descriptive analysis was carried out that was based on analyzing the effects that salicylic acid has on stress processes in plants. In reference to the results, they have been located in the genetic processes in terms of the accumulation of metabolites and in reference to the adaptation and defense response, the relevant changes in the genes linked to the response to stress, these discoveries provide insight most recondite of the biochemical components involved in the resistance of crops to salicylic acid, providing valuable information to optimize their diligence in agricultural practices. In conclusion, this compound triggers a series of biochemical responses in plants that affect their growth and development, salicylic acid induces the synthesis of defense proteins and the activation of antioxidant enzymes, a protective role for plants against biotic and abiotic stress.

En el desarrollo del estudio de caso se basó en el objetivo de analizar los efectos del ácido salicílico en la mejora de la tolerancia de cultivos seleccionados frente a factores abióticos de estrés. Por su parte en el proceso de la metodología se estableció, una investigación básica con enfoque cualitativo se realizó un análisis bibliográfico y descriptivo que se basó en analizar los efectos que tiene el ácido salicílico en los procesos de estrés en las plantas. En referencia a los resultados, se han situado en los procesos genéticos en cuanto a la acumulación de metabolitos y en referencia a la respuesta de adaptación y defensa, los cambios relevantes en los genes vinculados con la respuesta ante el estrés, estos descubrimientos brindan una perspicacia más recóndita de los componentes bioquímicos implicados en la objeción de los sembríos al ácido salicílico, suministrando información meritoria para optimar su diligencia en prácticas agropecuarias. En conclusión, este compuesto desencadena una serie de respuestas bioquímicas en las plantas que afectan su crecimiento y desarrollo, el ácido salicílico induce la síntesis de proteínas de defensa y la activación de enzimas antioxidantes, un rol protector de las plantas contra el estrés biótico y abiótico