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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| Format: | Book |
| Language: | English |
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| Online Access: | Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array |
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| 001 | vpro13876 | ||
| 005 | 20201223000000.0 | ||
| 008 | 180822s2018 ck # g## #001 0#eng#d | ||
| 020 | |||
| 022 | |a 1932-6203 | ||
| 040 | |a CO-BoINGC | ||
| 041 | 0 | |a eng | |
| 245 | 1 | 0 | |a Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array |
| 246 | |a Desulfuracin̤ diferencial de dibenzotiofeno mediante cepas MTCC recientemente identificadas: influencia del arreglo opern̤ | ||
| 264 | |a Bogot ̀(Colombia) : |b Revista VirtualPRO, |c 2018 | ||
| 520 | 3 | |a 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. | |
| 650 | \ | \ | |a Industria petroqum̕ica |
| 650 | \ | \ | |a Petrochemical industry |
| 650 | \ | \ | |a industria petroqum̕ica |
| 650 | \ | \ | |a desulfuracin̤ |
| 650 | \ | \ | |a biodesulfuracin̤ |
| 650 | \ | \ | |a dibenzotiofeno |
| 650 | \ | \ | |a microorganismos |
| 650 | \ | \ | |a cepas MTCC |
| 650 | \ | \ | |a arreglo opern̤ |
| 650 | \ | \ | |a petrochemical industry |
| 650 | \ | \ | |a desulfurization |
| 650 | \ | \ | |a biodesulfurization |
| 650 | \ | \ | |a dibenzothiophene |
| 650 | \ | \ | |a microorganisms |
| 650 | \ | \ | |a MTCC strains |
| 650 | \ | \ | |a operon array |
| 700 | \ | \ | |a Bhanjadeo Madhabi M. |
| 700 | \ | \ | |a Rath Kalyani |
| 700 | \ | \ | |a Gupta Dhirendra |
| 700 | \ | \ | |a Pradhan Nilotpala |
| 700 | \ | \ | |a Biswal Surendra K. |
| 700 | \ | \ | |a Mishra Barada K. |
| 700 | \ | \ | |a Subudhi Umakanta |
| 700 | \ | \ | |a PLoS |
| 856 | |z Differential Desulfurization of Dibenzothiophene by Newly Identified MTCC Strains, Influence of Operon Array |u https://virtualpro.unach.elogim.com/biblioteca/desulfuracion-diferencial-de-dibenzotiofeno-mediante-cepas-mtcc-recientemente-identificadas-influencia-del-arreglo-operon | ||