Función del nanobiosensor en la salud de los cultivos
DOI:
https://doi.org/10.51252/raa.v6i2.1637Palabras clave:
biosensor, nanobiosensor, nanoagricultura, biodetección de patógenos, protección vegetal, transductoresResumen
Los biosensores son tecnologías analíticas que integran elementos de reconocimiento biológico con transductores físicos o químicos para detectar y cuantificar diversos analitos. En la agricultura, facilitan el diagnóstico temprano de patógenos, plagas, toxinas y factores de estrés ambiental, contribuyendo a una gestión sostenible de los cultivos. Los avances en nanotecnología han impulsado el desarrollo de nanobiosensores con alta sensibilidad, selectividad y rapidez de respuesta. Fabricados con nanotubos de carbono, películas delgadas, polímeros y nanopartículas metálicas, estos dispositivos permiten un monitoreo preciso con bajo consumo de recursos. Sus aplicaciones abarcan el control de la humedad del suelo, la optimización del riego, la detección de contaminantes y enfermedades, y la evaluación de las respuestas fisiológicas de las plantas al estrés. Asimismo, la nanotecnología ha fortalecido la agricultura de precisión mediante nanofertilizantes que mejoran la absorción de nutrientes y reducen el impacto ambiental. Los nanomateriales también favorecen la germinación, el crecimiento vegetal y la tolerancia al estrés al incrementar la actividad enzimática, la absorción de agua y los mecanismos antioxidantes. En conjunto, la integración de biosensores y nanotecnología representa una estrategia innovadora para aumentar la productividad agrícola, optimizar el manejo de cultivos y promover sistemas producción eficientes, sostenibles y bajo costo.
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