CERZOS   05458
CENTRO DE RECURSOS NATURALES RENOVABLES DE LA ZONA SEMIARIDA
Unidad Ejecutora - UE
artículos
Título:
Laccases production by A. blazei grown either in composted or non-composted substrates.
Autor/es:
GONZÁLEZ MATUTE, R., D. FIGLAS AND N. CURVETTO
Revista:
INDIAN JOURNAL OF BIOTECHNOLOGY
Editorial:
NATL INST SCIENCE COMMUNICATION
Referencias:
Año: 2013 vol. 7 p. 102 - 112
ISSN:
0972-5849
Resumen:
Agaricus blazei is an edible andmedicinalmushroomcommonly cultivated
on compost. However, non-composted substrates are being particularly
studied for specialty mushrooms because their economic and labour
advantages. Addition of salt minerals to the substrate or casing materials
may stimulate both the synthesis and activity of enzymes involved in the
mushroomsubstrate biotransformation and eventually lead to an increase
not only in mushroom productivity but in the fruitbody mineral content
too. Remaining substrates frommushroomcultivation are a potential source
for the extraction of high valued ligninolytic enzymes like laccases. The
main objective of this study was to determine the laccase activity level
produced by A. blazei on different phases of its growth cycle, using
composted and non-composted substrates.is an edible andmedicinalmushroomcommonly cultivated
on compost. However, non-composted substrates are being particularly
studied for specialty mushrooms because their economic and labour
advantages. Addition of salt minerals to the substrate or casing materials
may stimulate both the synthesis and activity of enzymes involved in the
mushroomsubstrate biotransformation and eventually lead to an increase
not only in mushroom productivity but in the fruitbody mineral content
too. Remaining substrates frommushroomcultivation are a potential source
for the extraction of high valued ligninolytic enzymes like laccases. The
main objective of this study was to determine the laccase activity level
produced by A. blazei on different phases of its growth cycle, using
composted and non-composted substrates.A. blazei on different phases of its growth cycle, using
composted and non-composted substrates.