A Arachnia sp.P163 producing alcohol dehydrogenase which is able to reduce aminoacetophenone to R\|1\|phenyl\|2\|aminoethanol was obtained from soil and cultures.The maximum activity of enzyme was produced by the LB m...A Arachnia sp.P163 producing alcohol dehydrogenase which is able to reduce aminoacetophenone to R\|1\|phenyl\|2\|aminoethanol was obtained from soil and cultures.The maximum activity of enzyme was produced by the LB medium containing 1% sodium citrate and peptone,0 1% phenylaminoethanol as inducer at 30℃ for 48 hs.展开更多
Fourteen strains with valonia tannin resisting were isolated from nature.Three of them were proved to be quite effective in biodegradation of valonia tannin to produce ellagic acid.Cultured in 5g/L tannin solution at ...Fourteen strains with valonia tannin resisting were isolated from nature.Three of them were proved to be quite effective in biodegradation of valonia tannin to produce ellagic acid.Cultured in 5g/L tannin solution at pH4.5 and 28℃ in 120r/min for 8 d,they led to 52%,45% and 64% COD removed rates of culture medium and 41.6%,41.3% and 41.8% production rates of ellagic acid,respectively.展开更多
文摘A Arachnia sp.P163 producing alcohol dehydrogenase which is able to reduce aminoacetophenone to R\|1\|phenyl\|2\|aminoethanol was obtained from soil and cultures.The maximum activity of enzyme was produced by the LB medium containing 1% sodium citrate and peptone,0 1% phenylaminoethanol as inducer at 30℃ for 48 hs.
文摘Fourteen strains with valonia tannin resisting were isolated from nature.Three of them were proved to be quite effective in biodegradation of valonia tannin to produce ellagic acid.Cultured in 5g/L tannin solution at pH4.5 and 28℃ in 120r/min for 8 d,they led to 52%,45% and 64% COD removed rates of culture medium and 41.6%,41.3% and 41.8% production rates of ellagic acid,respectively.