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      토양사상균(土壤絲狀菌) Chaetomium globosum 에 의한 Butachlor 의 분해에 관한 연구  :  (제1보) 주요대사산물의 GLC - MS 에 의한 확인 [Part Ⅰ] Identification of major metabolites by GLC - MS = A Study on Degradation of Butachlor by a Soil Fungus , Chaetomium globosum

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      https://www.riss.kr/link?id=A3208842

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      다국어 초록 (Multilingual Abstract)

      In an effort to elucidate degradation mechanisms of an acetanilide herbicide, Butachlor, by soil microorganisms, a common soil fungus, Chaetomium globosum which is known to be powerful was selected and incubated in a Butachlor-contained medium. The results obtained. from the resulting metabolites are as follows:
      (1) Dechlorination from Butachlor occurred very easily, remaining almost constant after 180 hrs. of incubation.
      (2) More than 10 metabolites were isolated and characterized, of which the metabolites, m/e 205, 177, 223, 182, and 206 were the main products.
      (3) In this paper, the structures and pathways of formation of metabolites, m/e 206, 182, 223, 225, and 189 were tentatively proposed.
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      In an effort to elucidate degradation mechanisms of an acetanilide herbicide, Butachlor, by soil microorganisms, a common soil fungus, Chaetomium globosum which is known to be powerful was selected and incubated in a Butachlor-contained medium. The re...

      In an effort to elucidate degradation mechanisms of an acetanilide herbicide, Butachlor, by soil microorganisms, a common soil fungus, Chaetomium globosum which is known to be powerful was selected and incubated in a Butachlor-contained medium. The results obtained. from the resulting metabolites are as follows:
      (1) Dechlorination from Butachlor occurred very easily, remaining almost constant after 180 hrs. of incubation.
      (2) More than 10 metabolites were isolated and characterized, of which the metabolites, m/e 205, 177, 223, 182, and 206 were the main products.
      (3) In this paper, the structures and pathways of formation of metabolites, m/e 206, 182, 223, 225, and 189 were tentatively proposed.

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