Abstract:A bacterium growing on papaverine as sole carbon and nitrogen source was isolated by incubation of soil with papaverine. The bacterium could be identified as aNocardia strain by morphological and physiological tests. When growing on papaverine, this strain excretes metabolites into the medium. Based on the structure of the metabolites 1-9 a degradation pathway is proposed.
“…Using papaverine as a substrate, a soil bacterium was isolated in Hohenheim, Germany, in the late 1970s ( 1 ). Morphological and physiological tests identified this microorganism as Nocardia sp.…”
Section: Genome Announcementmentioning
confidence: 99%
“…During cultivation on papaverine as the sole source of carbon and nitrogen, several substrate intermediates were found to be excreted into the medium. A partial degradation pathway for papaverine involving initial ring hydroxylation was proposed ( 1 , 2 ). Here, we present a draft genome sequence by shotgun sequencing to explore its enzymatic content for novel oxygenases capable of converting bulky aromatic substrates such as papaverine.…”
We present the 4.8-Mb draft genome of a soil bacterium identified as Arthrobacter sp. This Gram-positive soil bacterium is able to use the aromatic compound papaverine as sole carbon source and will be examined for novel oxygenases.
“…Using papaverine as a substrate, a soil bacterium was isolated in Hohenheim, Germany, in the late 1970s ( 1 ). Morphological and physiological tests identified this microorganism as Nocardia sp.…”
Section: Genome Announcementmentioning
confidence: 99%
“…During cultivation on papaverine as the sole source of carbon and nitrogen, several substrate intermediates were found to be excreted into the medium. A partial degradation pathway for papaverine involving initial ring hydroxylation was proposed ( 1 , 2 ). Here, we present a draft genome sequence by shotgun sequencing to explore its enzymatic content for novel oxygenases capable of converting bulky aromatic substrates such as papaverine.…”
We present the 4.8-Mb draft genome of a soil bacterium identified as Arthrobacter sp. This Gram-positive soil bacterium is able to use the aromatic compound papaverine as sole carbon source and will be examined for novel oxygenases.
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