Applied Microbiology · 1974 · 32 citations · 7 references
Life SciencesBiochemistryMicrobiologyBiocatalysisMicrobial MetabolismMycologyFungal BiochemistryFungal MetabolismFungal PhysiologyFungal Secondary MetabolitesMicrobial FermentationOrganic Acid ProductionBiodegradation By FungiStereoselectivity
The results of a microbial survey study have shown that the ability to reduce added ketopantoic acid (or ketopantoyl lactone) and accumulate pantoic acid (or pantoyl lactone) in the growth medium is widespread among diverse fungi. The reductions generally proceeded with less than full stereoselectivity. However, specific strains of the ascomycete Byssochlamys fulva were found to form D[-]-pantoic acid in unusually high yields and optical purity.
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CELL DIVISION IN A SPECIES OF <i>ERWINIA</i> III
E. A. Grula, Mary M. Grula · Journal of Bacteriology · 1962 · 71 citations · Full text