Objetivos: establecer la relación entre el nivel de conocimientos y las prácticas sobre bioseguridad del personal de enfermería de Centro Quirúrgico del hospital Docente Clínico Quirúrgico Daniel Alcides Carrión-Huancayo, 2018. Objetivos específicos: Identificar el nivel de conocimientos sobre bioseguridad del personal de enfermería de Centro Quirúrgico del Hospital Docente Clínico Quirúrgico Daniel Alcides Carrión-Huancayo, 2018.- Identificar las prácticas sobre bioseguridad del personal de enfermería de Centro Quirúrgico del Hospital Docente Clínico Quirúrgico Daniel Alcides Carrión-Huancayo. Metodología: tipo de investigación cuantitativo, descriptivo correlacional, prospectivo, observacional, transversal. Técnica: encuesta. Instrumento: cuestionario y lista de chequeo. Los resultados fueron: el 72,2% del total de trabajadores tienen conocimiento bueno sobre bios...

used in gold production this compound is very toxic especially for environment, by nature reaction with sulfur it converts into thiocyanate (-SCN). In this paper, we isolate -SCN degrading fungus from Junin and Tumbes mining zones. Strains were assayed on 5 to 600 mM -SCN concentration, at least thiocyanate degrading kinetic was assayed at 1.2 g.L-1 of KSCN initial concentration, then the best strains had been morphological, biochemical and molecular identified using ITS RNA molecular marker. From 58 isolated fungus we found 4 unparfait funguses with a great thiocyanate degrading capacity those strains could be used for bioremediation processes. Thiocyanate degrading capacity of these strains was 50 g.L-1 on plate into 72 hours and their average capacity was 10.05 mg.L-1 -SCN with an standard velocity of -SCN degradation of 28.77 mg.L-1.h-1. Two strains were molecular identified as Fusar...

used in gold production this compound is very toxic especially for environment, by nature reaction with sulfur it converts into thiocyanate (-SCN). In this paper, we isolate -SCN degrading fungus from Junin and Tumbes mining zones. Strains were assayed on 5 to 600 mM -SCN concentration, at least thiocyanate degrading kinetic was assayed at 1.2 g.L-1 of KSCN initial concentration, then the best strains had been morphological, biochemical and molecular identified using ITS RNA molecular marker. From 58 isolated fungus we found 4 unparfait funguses with a great thiocyanate degrading capacity those strains could be used for bioremediation processes. Thiocyanate degrading capacity of these strains was 50 g.L-1 on plate into 72 hours and their average capacity was 10.05 mg.L-1 -SCN with an standard velocity of -SCN degradation of 28.77 mg.L-1.h-1. Two strains were molecular identified as Fusar...