Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array

Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array

Debido a que el clivaje (cleavage) especf̕ico de azufre es vital para la remocin̤ orgǹica de este elemento de combustibles fs̤iles, en esta investigacin̤ se exploraron cepas bacterianas potenciales de MTCC (microbial type culture collection) para retirar dibenzotiofeno (DBT) a travš del clivaje de...

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Bibliographic Details
Other Authors: Bhanjadeo Madhabi M., Rath Kalyani, Gupta Dhirendra, Pradhan Nilotpala, Biswal Surendra K., Mishra Barada K., Subudhi Umakanta, PLoS
Format: Book
Language:English
Subjects:
Industria petroqum̕ica
Petrochemical industry
industria petroqum̕ica
desulfuracin̤
biodesulfuracin̤
dibenzotiofeno
microorganismos
cepas MTCC
arreglo opern̤
petrochemical industry
desulfurization
biodesulfurization
dibenzothiophene
microorganisms
MTCC strains
operon array
Online Access:Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array
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Summary:Debido a que el clivaje (cleavage) especf̕ico de azufre es vital para la remocin̤ orgǹica de este elemento de combustibles fs̤iles, en esta investigacin̤ se exploraron cepas bacterianas potenciales de MTCC (microbial type culture collection) para retirar dibenzotiofeno (DBT) a travš del clivaje de enlace C-S (ruta 4-S). Las cepas MTCC Rhodococcus rhodochrous (3552), Arthrobacter sulfureus (3332), Gordonia rubropertincta (289) y Rhodococcus erythropolis (3951), capaces de crecer en una solucin̤ de DBT 0,5 nM, se examinaron para determinar su habilidad de desulfuracin̤.
ISSN:1932-6203

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