2017
DOI: 10.18781/r.mex.fit.1704-2
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Principales preservadores maderables y exudados microbianos con actividad antagonista al desarrollo en agentes biológicos deletéreos

Abstract: Resumen. La madera de baja durabilidad es susceptible de deterioro por xilófagos y su protección es una meta tecnológica no alcanzada que genera pérdidas económicas y materiales. Alternativas para evitar el uso de preservadores convencionales tóxicos y contaminantes se pueden establecer mediante el conocimiento del microecosistema bacteriano en la madera. La protección de este material es posible obtenerla con bacterias y sus exudados. El propósito de esta investigación es destacar que el biodeterioro de la ma… Show more

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(1 citation statement)
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“…The industry for the chemical preservation of wood developed at the beginning of the 19 th century and has been of great technological, social, historical, and economic importance, using extremely effective mixtures of mineral salts with organic molecules. Mixtures such as Copper/Chromium/Arsenical salts (CCA); Copper/Azoles/Organics (CA); Coppers/Azoles/Organics/Boron (CAB); Pentachlorophenol (PCF); Arsenic/Copper/Ammonia (ACA); Chromium/Zinc/Chlorine (CZC), among others, to control the growth and proliferation of bacteria, fungi, and insects in wood [12,13]. Those compounds are highly effective to inhibit and eliminate microbial growth since lignocellulosic materials treated with CCA and exposed to extreme environmental conditions (high humidity and temperature) can maintain a useful life for decades.…”
Section: Introductionmentioning
confidence: 99%
“…The industry for the chemical preservation of wood developed at the beginning of the 19 th century and has been of great technological, social, historical, and economic importance, using extremely effective mixtures of mineral salts with organic molecules. Mixtures such as Copper/Chromium/Arsenical salts (CCA); Copper/Azoles/Organics (CA); Coppers/Azoles/Organics/Boron (CAB); Pentachlorophenol (PCF); Arsenic/Copper/Ammonia (ACA); Chromium/Zinc/Chlorine (CZC), among others, to control the growth and proliferation of bacteria, fungi, and insects in wood [12,13]. Those compounds are highly effective to inhibit and eliminate microbial growth since lignocellulosic materials treated with CCA and exposed to extreme environmental conditions (high humidity and temperature) can maintain a useful life for decades.…”
Section: Introductionmentioning
confidence: 99%