McFarland B L
MicroBioTech Consulting, 1143 Halifax Avenue, Davis, CA 95616-2718, USA.
Curr Opin Microbiol. 1999 Jun;2(3):257-64. doi: 10.1016/S1369-5274(99)80045-9.
Microbial sulfur-specific transformations have been identified that selectively desulfurize organic sulfur compounds in fossil fuels. Recent discoveries related to biodesulfurization mechanisms may lead to commercial applications of biodesulfurization through engineering recombinant strains for over-expression of biodesulfurization genes, removal of end product repression, and/or by combining relevant industrial and environmental traits with improvements in bioprocess design.
已发现微生物的硫特异性转化可选择性地使化石燃料中的有机硫化合物脱硫。与生物脱硫机制相关的最新发现可能会通过工程改造重组菌株以过度表达生物脱硫基因、消除终产物抑制,和/或通过将相关的工业和环境特性与生物工艺设计的改进相结合,从而实现生物脱硫的商业应用。