Potencial de biorremediación de efluente de lavandería industrial por agaricomycetes del bosque seco tropical brasileño
DOI:
https://doi.org/10.33448/rsd-v11i9.31610Palabras clave:
Estrés nutricional; Tiempo de crecimiento inicial; Enzimas ligninolíticas; Sin esterilidad; Ecotoxicidade.Resumen
La biorremediación micótica de efluentes de lavado industrial de jeans es un tratamiento biotecnológico necesario para evitar la contaminación de cuerpos de agua. En la fase I, se evaluó la decoloración del Colorante Índigo Carmín (CIC) y del Efluente Textil (ET) por siente especies de Agaricomycetes del bosque tropical seco brasileño (Caatinga). Primero se provocó el estrés nutricional por Limitación de Nitrógeno (LN) en tres tiempos experimentales, T1 (1 día), T2 (4 días) y T3 (7 días). En la fase II, los microorganismos se cultivaron en los tiempos de crecimiento inicial, Ci1 (10 días) y Ci2 (25 días), Sin Adición de Nutrientes (SAN) y se indujo estrés por LN. Posteriormente las pruebas de decoloración de CIC y ET continuaron durante 28 días. En el análisis ecotóxico, las muestras biotratadas en la fase II se probaron en nauplios de Artemia HIGH 5 sin adición de alimento. En la fase I, los porcentajes de decoloración de CIC y ET fueron superiores al 55% utilizando los hongos F1, F2, F5 y F6 durante 10 días sin esterilidad. En la fase II, los mejores porcentajes de decoloración se encontraron para ET en Ci1 y para CIC en Ci2, con F1 y F5 (identificados por biología molecular). Los resultados mostraron que Ci1 (SAN) aumentó la biodegradación de ET y Ci2 (SAN) favoreció la biodegradación de CIC, en T1 (LN) sin esterilidad. La mejor actividad enzimática de lacasa y lignina peroxidasa se presentó en F5. Los extractos enzimáticos presentaron un comportamiento cinético de Michaelis-Menten. Todas las muestras de ET biorremediadas en la fase II, no mostraron toxicidad sobre Artemia sp. en 48 horas de experimentación.
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