Applied and Environmental Microbiology · 1995 · 21 citations · 19 references
Life SciencesMicrobiologyPlant PathologyForest PathologyMicrobial EcologyMycologyFungal Decay In WoodFungal DiagnosticsFungal DiversityPlant-pathogenic FungiWood DecayWood Decay AssessmentBasidiomycete DecayDecay SymptomsDecolorizationFungal Decay AssessmentFungal Decay ProcessesSaprophytic FungiWood Decay FungiWood Rot Pathogenesis
In both Basidiomycotina and Ascomycotina, Poly B-411 decolorization was an excellent indicator of the ability to cause white rot: 109 of the 110 isolates of brown rot fungi tested definitely did not decolorize Poly B-411, and 392 of the 401 mainly active isolates of white rot fungi decolorized Poly B-411. The Bavendamm (tannic acid) reaction was a less reliable test: of 74 white rot isolates examined that could not decay wood, 6 decolorized Poly B-411, but 19 gave positive Bavendamm reactions. Of 80 isolates of Ascomycotina and Deuteromycotina that do not cause white rot, only 4 decolorized Poly B-411, but 17 gave a positive Bavendamm test.
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Effects of Microorganisms on Lignin
T. Kent Kirk · Annual Review of Phytopathology · 1971 · 218 citations