Nachweis eines CO-bindenden Hämoproteins inCandida guilliermondii, Stamm H 17, nach Kultur aufn-Alkanen

M, Tittelbach; Hg, Rohde; Weide, H.

doi:10.1002/jobm.3630160209

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1981

1988

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Cited by 10 publications

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Regulation der mikrobiellen Alkanoxidation mit Hinblick auf die Produktbildung

Rehm

Reiff

1982

Acta Biotechnologica

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Catabolic pathways of long‐chain n‐alkanes in the range of C8 to C18 are demonstrated and results of investigation about the regulation of monoterminal oxidation are given: – Enzymes of monoterminal alkane oxidation usually are inducible – Several intermediates of alkane oxidation can inhibit the primary oxidation of concerned alkane –Substances, e.g. glucose and glycerol, which ordinary don't be developed in catabolic alkane reactions, in many cases have an inhibitory effect on alkane oxidation The regulation of catabolic pathways has a great influence on the formation of specific products This influence is demonstrated examplarily at the production of biotin, fatty acids and citric acid.

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Regulation der mikrobiellen Alkanoxidation mit Hinblick auf die Produktbildung

Rehm

Reiff

1982

Acta Biotechnologica

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The induction of cytochrome P-450 inLodderomyces elongisporus

Mauersberger¹,

Schunck²,

Müller³

1981

Z Allg Mikrobiol

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In the alkane-utilizing yeast strain Lodderomyces elongisporus cytochrome P-450 is induced by aliphatic hydrocarbons and to a lesser degree also by some of their derivatives. Cycloheximide and glucose inhibit the induction process, the former by inhibition of cytoplasmic translation, the latter presumably by catabolite repression. Among the nearly 40 checked compounds tetradecane and 1-tetradecene are the most effective inducers. The branching of the alkyl chain as well as the terminal introduction of electrophilic atoms decrease the induction effect.

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