Wood-rotting fungus

Tokimatsu T, Y Nagai, T Hattori, M Shimada (1998) Purification and characteristics of a novel cytochrome c dependent glyoxylate dehydrogenase from a wood-rotting fungus Tyromyces palustris. EEBS Lett 437 117-121. [Pg.335]

Knapp, J.S. Zhang, F. Tapely, K.N. Decolourisation of Orange II by a wood-rotting fungus. J. Chem. Technol. Biot. 1997, 69, 289-296. [Pg.395]

Because the three-dimensional structures of the peroxidase, its reductant cytochrome c, and the complex of the two (Fig. 16-9) are known, cytochrome c peroxidase is the subject of much experimental study. Other fungal peroxidases, some of which contain manganese rather than iron, act to degrade lignin (Chapter 25).218 A lignin peroxidase from the white wood-rot fungus Phanerochaete chrysosporium has a surface tryptophan with a specifically hydroxylated C(3 carbon atom which may have a functional role in catalysis.2183 0... [Pg.853]

A wood-rotting fungus is able to convert glucose to oxalate approximately according to the following equation ... [Pg.1011]

McsSb is also formed in very low yield by the process of biomethylation of Sb203 or other antimony compounds by the wood rotting fungus Phaeolus schweinitzii ... [Pg.219]

Arnott H. J. and Webb M. A. (1983) The structure and formation of calcium oxalate crystal deposits on the hyphae of a wood rot fungus. Scan. Electr. Micros. 3, 1747-1750. [Pg.4042]

Wood rot fungus Gloeophyllum trabeum growing over a WPC block (sample of decking) with a wood block control above... [Pg.6]

Fomannosin (53), isolated from a wood-rotting fungus, has been synthesized in eleven steps from the cyclopentene (51) and the triester (52). ° Synthesis has been achieved from the dione (54) of an enzyme inhibitor called compactin (55), which has potential as a regulator of cholesterol bio-... [Pg.352]

Kuhlberg, Ann. 163, 123 (1872) von Miller, Ann. 188, 196 0877). Synthesis (Perkin reaction) Irom benzaldehyde, aoe-tic anhydride, and potassium acetate Org. Reactions 1, 248 (1942) from oxalyl bromide + styrene Treibs et aL, NatUr-wiss. 45, 85 (1958) from acetylene + benzaldehyde Her-betz, Her. 92, 541 (1959). Prepn of cis- and traui-isomers Comte et at. Compt. Rend. 245, 1144 (1957). lsoln from wood-rotting fungus, Stereum subpileatum Berk. St Curt. Birkinshaw et at, Biochem. J. 66, 188 (1957). [Pg.358]

Tetrahedron 17. 31 (1962). Isoln from wood-rotting fungus. EndoconidiopAoni coerulescens Munch. Birkinshaw. Mor-... [Pg.810]

The wood-rotting fungus, Phaeolus schweinitizn, has recently been shown to transform the Sb compounds, PAT and antimony trioxide, to involatile dimethylantimony and trimethylantimony species. The maximum yield of the... [Pg.645]

Methoxycarbonylbenzene oxide (48), the valence tautomer of 2-methoxycarbonyloxepin, was isolated from liquid cultures of wood-rotting fungus Phellinus tremulae <93TL1589>. [Pg.66]

CjfeHjgOe, Mr 446.58, cryst., mp. 59-60°C. Bis-citra-conic acid anhydride derivative and an inhibitor of leucine and cysteine aminopeptidases from cultures of the wood-rotting fungus Tyromyces lacteus (Basidiomy-cetes). T. shows cytostatic activity. [Pg.675]

Isoxerocomic acid (84) and some of its derivatives are produced by cultures of Serpula lacrimans 89, 90). Variegatic acid (73) is also produced by this most destructive and insidious wood-rotting fungus and may be used for on-site detection by thin layer chromatography 125). [Pg.40]

A xylanase has been isolated from a wood-rot fungus Trametes hirsuta, and the subunits of a xylanase from Trichoderma viride have been fractionated by preparative electrophoresis on polyacrylamide gel. ... [Pg.400]

Polyporus sanguineus (wood-rotting fungus) (183) Polyporus versicolor (183) Archangium gephyra (bacterium strain Ar T205) (182) Myxococcus virescens (bacterium strain Mx v48) (182)... [Pg.248]

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