Upadhyay R C, Hofrichter M
National Centre for Mushroom Research and Training, Solan, India.
J Basic Microbiol. 1993;33(5):343-7. doi: 10.1002/jobm.3620330512.
Cometabolic growth studies with phenol were undertaken to screen 32 strains of white and brown rot fungi. All the cultures studied grew well up to 4 mM of phenol on Czapekdox agar except Agaricus bisporus (white button mushroom) and Pleurotus cystidiosus. Most of them could grow even up to 6 mM of phenol. Phenol induced a brown pigmentation of the culture medium. P. flabellatus and P. pulmonarius metabolized 67 and 64 mg/l phenol in 10 days. Studies have indicated that phenol (0.1 to 1.0 mM) incorporated in malt-extract agar has no inhibitory effect on fruitbody formation. Preliminary studies indicate that soaking of wheat straw with phenol solution up to 1600 mg/l give better mycelial growth and fructification of P. cornucopiae, P. ostreatus Z-15 and Calocybe indica than water soaked. Soaking of wheat straw in phenol inhibited the growth of common competitor weed fungi like Stachybotrys sp. and Coprinus sp.
开展了苯酚共代谢生长研究,以筛选32株白腐真菌和褐腐真菌。除双孢蘑菇(白蘑菇)和平菇外,所有研究的菌株在查氏琼脂培养基上,在苯酚浓度达到4 mM时均生长良好。大多数菌株甚至能在苯酚浓度达到6 mM时生长。苯酚会使培养基产生褐色色素沉着。扇形侧耳和肺形侧耳在10天内分别代谢67毫克/升和64毫克/升苯酚。研究表明,麦芽提取物琼脂中添加的苯酚(0.1至1.0 mM)对子实体形成没有抑制作用。初步研究表明,用浓度高达1600毫克/升的苯酚溶液浸泡小麦秸秆,相较于用水浸泡,对鹿角灵芝、平菇Z-15和印度杯伞的菌丝生长和结实效果更好。用苯酚浸泡小麦秸秆会抑制常见竞争性杂草真菌如葡萄穗霉属和鬼伞属的生长。