12 research outputs found
Synthesis of energetic compounds via the metathesis reaction of 4-methylenespiro[2,3]hexane
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Activity and stereoselectivity of heterogeneous molybdenum-and tungsten-containing catalytic systems in α-olefin metathesis
No full textHydrodynamic and conformational properties of silicon-substituted addition-type polynorbornene macromolecules
No full textSynthesis and gas separation properties of metathesis polynorbornenes with different positions of one or two SiMe3 groups in a monomer unit
No full textCatalytic addition polymerization of norbornene and its derivatives and copolymerization of norbornene with olefins
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Microbial degradation of chlorophenols
No full textChlorophenols (CPs) are hazardous pollutant that are commonly encountered as major constituents of several types of wastewater such as industrial, refinery and pharmaceutical wastewater. They are also exposed to the environment in the form of chloro-based pesticides. CPs are considered harmful to human health due to their potential carcinogenic and toxic effects. Although some types of CPs are resistant to degradation and therefore persistent in the environment, many types of microorganisms have developed the ability to degrade them, and hence biological degradation can be exploited to remediate the environmental problems associated with CPs. Recent achievements in the degradation of CPs by microorganisms have been reviewed, focusing on the degradation mechanisms and pathways of 2, 4-dichlorophenol and Pentachlorophenol.Scopu
