Degradation and decolourization potential of ligninolytic enzyme producing Bacillus paramycoides BL2 and Micrococcus luteus BL3 for pulp paper industrial effluent …
P Verma, S Tripathi, S Yadav, R Chandra - Archives of Microbiology, 2022 - Springer
Aim of this study was to optimize the production of Ligninolytic enzyme for the degradation of
complex pollutants present in pulp paper industrial effluent (PPIE). Two ligninolytic enzyme …
complex pollutants present in pulp paper industrial effluent (PPIE). Two ligninolytic enzyme …
[HTML][HTML] Screening of some Brazilian fungi and bacteria able to decolor a textile effluent and evaluation of effluent toxicity on Artemia salina
JF Oliveira, LCBB Coelho, LAO Silva… - Revista Ambiente & …, 2023 - SciELO Brasil
The screening of organisms capable of decoloring a textile effluent was performed using 4
fungi (F24= Aspergillus spp.., F48= Aspergillus spp.., F98= Aspergillus fumigatus, FTL01 …
fungi (F24= Aspergillus spp.., F48= Aspergillus spp.., F98= Aspergillus fumigatus, FTL01 …
[PDF][PDF] Heat stress on Fomes culture reduces proteases and improves laccases thermostability El estrés térmico en el cultivo de Fomes reduce las proteasas y mejora …
FJ Martínez-Valdez, G Carrillo-Sancen, O Loera - rmiq.org
El objetivo de este trabajo fue estudiar la producción de actividad lacasa y proteasa por
Fomes sp. EUM1 bajo estrés térmico cuando se aplicó un cambio de temperatura de 35 a …
Fomes sp. EUM1 bajo estrés térmico cuando se aplicó un cambio de temperatura de 35 a …
[引用][C] Heat stress on Fomes culture reduces proteases and improves laccases thermostability
FJ Martínez-Valdez, G Carrillo-Sancen, O Loera - Revista Mexicana de Ingeniería …, 2022