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Sulfur-Specific Microbial Desulfurization of Sterically Hindered Analogs of Dibenzothiophene

机译:二苯并噻吩立体受阻类似物的特定于硫的微生物脱硫

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摘要

Dibenzothiophenes (DBTs) bearing alkyl substitutions adjacent to the sulfur atom, such as 4,6-diethyldibenzothiophene (4,6-DEDBT), are referred to as sterically hindered with regard to access to the sulfur moiety. By using enrichment cultures with 4,6-DEDBT as the sole sulfur source, bacterial isolates which selectively remove sulfur from sterically hindered DBTs were obtained. The isolates were tentatively identified as Arthrobacter species. 4,6-DEDBT sulfone was shown to be an intermediate in the 4,6-DEDBT desulfurization pathway, and 2-hydroxy-3,3(prm1)-diethylbiphenyl (HDEBP) was identified as the sulfur-free end product.
机译:就接近硫部分而言,在空间上受阻的具有与硫原子相邻的烷基取代的二苯并噻吩(DBT),例如4,6-二乙基二苯并噻吩(4,6-DEDBT)在空间上受阻。通过使用以4,6-DEDBT作为唯一硫源的富集培养,获得了从空间位阻DBT中选择性去除硫的细菌分离株。暂时将分离物鉴定为关节杆菌属。 4,6-DEDBT砜被证明是4,6-DEDBT脱硫途径的中间体,2-羟基-3,3(prm1)-二乙基联苯(HDEBP)被确定为无硫的最终产物。

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