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Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi

Year 2008, Volume: 58 Issue: 2, 15 - 28, 01.07.2008

Coşkun Köse

Keywords

Serpula lacrymans oksalik asit ağırlık kaybı eğilme direnci kaybı çürüklük

References

  • A k am atsu , Y., M . T akalıaslıi and M . Slıim ada, 1992. Cell-free extraction and assay o f oxaloacetase from the brown-rot fungus Tyromyces palustri. Joım ıal o f the Japan IVood Research Society. 38: 495-500.
  • A ST M , 1998. Standard test m ethod for wood preservatives by Iaboratory soil-block cultures. D 1413-76. Annual Book o f Standards, Vol 4.10. W ood. American Society for Testing and M aterials, W est Consholıocken, PA. 206-212.
  • A ST M , 2005. Standard test method for M echanical propeıties o f Lumber and vvoodbase Structııral M aterial. D4761.
  • B eelı-A ndersen, J., 1987. Production, function and neutralization o f oxalic acid produced by the dry rot fungus and other brovvn rot fungi. Docımıent IRG/IVP 1330. International Research Group on W ood Protection, Stockholm, Swedeıı.
  • C lausen, A .C. and S.N. K a rta l, 2003. A cceleıated detection o f brown-rot decay: Comparisoıı o f soil block test, Chemical analysis, m echanical properties, and immunodetectioıı. Forest Products Journal. 53 (11-12): 90-94.
  • C lausen, A .C ., R .J. Ross, J.W . F o rsm an and J.D . Balachovvsld, 2001. Condition assessm ent o f ıo o f tmsses o f Quincy M ine Balcksm ith Shop in Keweenaw N ational Historical Park. Res. Note FPL-RN -0281.U SD A Forest Serv, Forest Prod. Lab., Madisoıı, VVI.
  • C urlin g , S.F., A.C. C lausen and J.E . W inaııdy, 2001. The effect o f hemicellulose degradation on the mechanical properties o f vvood during browıı-rot decay. Docımıent IRG/W P 01-20219. International Research Group on W ood Protection, Stockholm, Svveden.
  • E u ro p e an C om ıııittee for S tan d a rd izatio n 1993. EN 310: D eternıination o f bending strength and modııls o f elasticity.
  • E noki, A., S. Y oshioka, II. T aııak a and G. Fııse, 1990. Extracellular H 20 2-produciııg and one electron oxidation system o f brovvn rot fungi. Docımıent IRG/IVP 1445. International Research Group on W ood Protection, Stockholm, Svveden.
  • E noki, A., S.G. Fuse and H . T an a k a 1991. Extracellular H 20 2-producing and II20 2- reducing compouııds o f vvood decay fungi. Docımıent IRG/IVP 1516. International Research Group on Wood Protection, Stockholm, Svveden.
  • E spejo, E . and E. Agosiıı, 1991. Production and degradation o f oxalic acid by brovvn rot fungi. Applied and Enviroıunental M icrohiology. 57 (7): 1980-1986.
  • G ad d , G .M ., 1999. Fııngal production o f citric and oxalic acid: im portance iıı metal speciation, physiology and biogeochem ical processes. Advances in Microbial. Physiology. 41: 47-92.
  • G reen III, F. and A .C. C lausen, 2003. Copper tolerance o f brovvn-rot fungi: time course o f oxalic acid production, International Biodeterioration & Biodegradation. 51: 145-149.
  • G reen III, F., M .J. L arsen , J.E . W inandy and T .L . H ighley, 1991. Role o f oxalic acid in incipient brovvn-rot decay. M aterial und Organisman. 26-3: 191-213.
  • Ila s tru p , A .C.S., F. G reen III, C.A. C lausen and B. Jen sen , 2005. Tolerance of Serpula lacrynıans to copper-based vvood preservatives, International Biodeterioration c£ Biodegradation. 56: 173-177.
  • Hastrup, A .C .S., F., B. Jensen, C.A. Clauseıı and F. Greeıı III, 2006. The effect of GaCl2 on grovvth rate, vvood decay and oxalic acid accum ulation in Serpııla lacıyınans and related brown-rot fungi. H olzforschung, 60: 339-345.
  • H iglıley, T.L., 1987. Change in chaemical com ponents o f hardvvood and softvvood by bro\vn-rot fungi. M aterial ııııd Orgaııisman. 22 (1): 36-45.
  • Im anıura, Y., 1993. Estim ation of the fungal resistance o f vvood composites for structuıal tise. Ctırr. Japonese Mater. Res. 11:75-S4.
  • Itakura, S., T. H iraııo, H. Tanaka and A. Enoki, 1994. Relationship betvveen degradatioıı o f vvood, cellulose or ligniıı-related com pounds and production o f hydroxyl radical or accumulation o f oxalic acid in cultuıes o f brovvn-rot fungi.
  • D ocum ent IRGAVP 94-10062. International Research Group 011 \V00d Protection, Stockholm, Svveden.
  • Kim , G., W . Jee and J. Ra, 1996. Reduction in m echanical properties o f radiate pine vvood associated vvith incipieııt brovvn-rot decay. Afokchac Koııghak. 24( 1 ):81 -86.
  • Ivoeııigs J.W ., 1974. Hydrogen peroxide an iron: A proposed system for decom position o f vvood by brovvn-rot basidiomycetes. Wood and Fiber. 6: 66-80.
  • K öse, C., 2006. Esmer Çürüklükte Oksalik A sidin Önemi. Doktora Tezi. İ.Ü. Fen Bilimleri Enstitüsü (in Turkislı)
  • M icales, J.A . and T.L. Higlıley, 1988. Some plıysiological clıaracteristics of a nondegradative strain o f Postia(=Poria) placenta. Docum ent IRGAVP 1341. International Research Group on W ood Protection, Stockholm, Svveden.
  • M ıınir, E., J.J. Yoon, T. Tokim atsu, T. Hattori and M. Shim ada, 2001. A plıysiological role for oxalic acid biosyntlıesis in tlıe vvood-rotling basidiomycete Fom itopsis palustris. Proceedings o f the National Acadenıy o f Science. 98:11126-11130.
  • M ıırplıy, R.J. and J.F. Levy, 1983. Production o f copper oxalate by some copper tolerant fungi. Transactioııs o f the Biritish M ycology Society, 81: 165-16S.
  • RitsclıkolT, A.C.S. and L. Viikari, 1991. The production o f extıacellular lıydrogenperoxide by brovvn-rot fungi. M aterial utul Orgaııisman. 26:157-167.
  • S clım idt, E.L., DAV. Frendi, R. Gertjejansen, J. Ilerm an and II. Hail, 1978. Strength redııctions in particleboard caused by fungi. Forest Products Journal 2S (2): 26-31.
  • Sclım idt, C.J., B.K. W lıitteııden and D.D. N iclıolas, 1981. Apropose role for oxalic acid in non-enzymatic vvood decay by Brovvn-rot fungi. Proc Am erican Wood Pres. Assoc., 77: 157-164.
  • Shim ada, M., Y. Akam atsu, A. Otta and M. Takalıaslıi, 1991. Biochemical relationships betvveen biodegradation o f cellulose and formation o f oxalic acid in brovvn-rot decay. D ocument JRG/IVP 1472. International Research Group on W ood Protection, Stockholm, Svveden.
  • Shim ada, M ., D.A. Ma, Y. Akam atsu and T. H attori, 1994. A proposed role of oxalic acid in vvood decay systems o f vvood-rotting Basidiom ycetes. FEM S M icrobiolgy Re\'ie\\’s. 13: 285-296.
  • W ilcox, W .W ., 1978. Revievv o f literatüre on the effects o f early stages o f decay on vvood strength. Wood Fiber. 9: 252-257.
  • Zabel, R.A. and M orrel J.J., 1992. W ood M icrobiology, Decay and Its Prevantion. A cadem ic Press, Inc., San Diego, Califorııia.

Year 2008, Volume: 58 Issue: 2, 15 - 28, 01.07.2008

Coşkun Köse

References

  • A k am atsu , Y., M . T akalıaslıi and M . Slıim ada, 1992. Cell-free extraction and assay o f oxaloacetase from the brown-rot fungus Tyromyces palustri. Joım ıal o f the Japan IVood Research Society. 38: 495-500.
  • A ST M , 1998. Standard test m ethod for wood preservatives by Iaboratory soil-block cultures. D 1413-76. Annual Book o f Standards, Vol 4.10. W ood. American Society for Testing and M aterials, W est Consholıocken, PA. 206-212.
  • A ST M , 2005. Standard test method for M echanical propeıties o f Lumber and vvoodbase Structııral M aterial. D4761.
  • B eelı-A ndersen, J., 1987. Production, function and neutralization o f oxalic acid produced by the dry rot fungus and other brovvn rot fungi. Docımıent IRG/IVP 1330. International Research Group on W ood Protection, Stockholm, Swedeıı.
  • C lausen, A .C. and S.N. K a rta l, 2003. A cceleıated detection o f brown-rot decay: Comparisoıı o f soil block test, Chemical analysis, m echanical properties, and immunodetectioıı. Forest Products Journal. 53 (11-12): 90-94.
  • C lausen, A .C ., R .J. Ross, J.W . F o rsm an and J.D . Balachovvsld, 2001. Condition assessm ent o f ıo o f tmsses o f Quincy M ine Balcksm ith Shop in Keweenaw N ational Historical Park. Res. Note FPL-RN -0281.U SD A Forest Serv, Forest Prod. Lab., Madisoıı, VVI.
  • C urlin g , S.F., A.C. C lausen and J.E . W inaııdy, 2001. The effect o f hemicellulose degradation on the mechanical properties o f vvood during browıı-rot decay. Docımıent IRG/W P 01-20219. International Research Group on W ood Protection, Stockholm, Svveden.
  • E u ro p e an C om ıııittee for S tan d a rd izatio n 1993. EN 310: D eternıination o f bending strength and modııls o f elasticity.
  • E noki, A., S. Y oshioka, II. T aııak a and G. Fııse, 1990. Extracellular H 20 2-produciııg and one electron oxidation system o f brovvn rot fungi. Docımıent IRG/IVP 1445. International Research Group on W ood Protection, Stockholm, Svveden.
  • E noki, A., S.G. Fuse and H . T an a k a 1991. Extracellular H 20 2-producing and II20 2- reducing compouııds o f vvood decay fungi. Docımıent IRG/IVP 1516. International Research Group on Wood Protection, Stockholm, Svveden.
  • E spejo, E . and E. Agosiıı, 1991. Production and degradation o f oxalic acid by brovvn rot fungi. Applied and Enviroıunental M icrohiology. 57 (7): 1980-1986.
  • G ad d , G .M ., 1999. Fııngal production o f citric and oxalic acid: im portance iıı metal speciation, physiology and biogeochem ical processes. Advances in Microbial. Physiology. 41: 47-92.
  • G reen III, F. and A .C. C lausen, 2003. Copper tolerance o f brovvn-rot fungi: time course o f oxalic acid production, International Biodeterioration & Biodegradation. 51: 145-149.
  • G reen III, F., M .J. L arsen , J.E . W inandy and T .L . H ighley, 1991. Role o f oxalic acid in incipient brovvn-rot decay. M aterial und Organisman. 26-3: 191-213.
  • Ila s tru p , A .C.S., F. G reen III, C.A. C lausen and B. Jen sen , 2005. Tolerance of Serpula lacrynıans to copper-based vvood preservatives, International Biodeterioration c£ Biodegradation. 56: 173-177.
  • Hastrup, A .C .S., F., B. Jensen, C.A. Clauseıı and F. Greeıı III, 2006. The effect of GaCl2 on grovvth rate, vvood decay and oxalic acid accum ulation in Serpııla lacıyınans and related brown-rot fungi. H olzforschung, 60: 339-345.
  • H iglıley, T.L., 1987. Change in chaemical com ponents o f hardvvood and softvvood by bro\vn-rot fungi. M aterial ııııd Orgaııisman. 22 (1): 36-45.
  • Im anıura, Y., 1993. Estim ation of the fungal resistance o f vvood composites for structuıal tise. Ctırr. Japonese Mater. Res. 11:75-S4.
  • Itakura, S., T. H iraııo, H. Tanaka and A. Enoki, 1994. Relationship betvveen degradatioıı o f vvood, cellulose or ligniıı-related com pounds and production o f hydroxyl radical or accumulation o f oxalic acid in cultuıes o f brovvn-rot fungi.
  • D ocum ent IRGAVP 94-10062. International Research Group 011 \V00d Protection, Stockholm, Svveden.
  • Kim , G., W . Jee and J. Ra, 1996. Reduction in m echanical properties o f radiate pine vvood associated vvith incipieııt brovvn-rot decay. Afokchac Koııghak. 24( 1 ):81 -86.
  • Ivoeııigs J.W ., 1974. Hydrogen peroxide an iron: A proposed system for decom position o f vvood by brovvn-rot basidiomycetes. Wood and Fiber. 6: 66-80.
  • K öse, C., 2006. Esmer Çürüklükte Oksalik A sidin Önemi. Doktora Tezi. İ.Ü. Fen Bilimleri Enstitüsü (in Turkislı)
  • M icales, J.A . and T.L. Higlıley, 1988. Some plıysiological clıaracteristics of a nondegradative strain o f Postia(=Poria) placenta. Docum ent IRGAVP 1341. International Research Group on W ood Protection, Stockholm, Svveden.
  • M ıınir, E., J.J. Yoon, T. Tokim atsu, T. Hattori and M. Shim ada, 2001. A plıysiological role for oxalic acid biosyntlıesis in tlıe vvood-rotling basidiomycete Fom itopsis palustris. Proceedings o f the National Acadenıy o f Science. 98:11126-11130.
  • M ıırplıy, R.J. and J.F. Levy, 1983. Production o f copper oxalate by some copper tolerant fungi. Transactioııs o f the Biritish M ycology Society, 81: 165-16S.
  • RitsclıkolT, A.C.S. and L. Viikari, 1991. The production o f extıacellular lıydrogenperoxide by brovvn-rot fungi. M aterial utul Orgaııisman. 26:157-167.
  • S clım idt, E.L., DAV. Frendi, R. Gertjejansen, J. Ilerm an and II. Hail, 1978. Strength redııctions in particleboard caused by fungi. Forest Products Journal 2S (2): 26-31.
  • Sclım idt, C.J., B.K. W lıitteııden and D.D. N iclıolas, 1981. Apropose role for oxalic acid in non-enzymatic vvood decay by Brovvn-rot fungi. Proc Am erican Wood Pres. Assoc., 77: 157-164.
  • Shim ada, M., Y. Akam atsu, A. Otta and M. Takalıaslıi, 1991. Biochemical relationships betvveen biodegradation o f cellulose and formation o f oxalic acid in brovvn-rot decay. D ocument JRG/IVP 1472. International Research Group on W ood Protection, Stockholm, Svveden.
  • Shim ada, M ., D.A. Ma, Y. Akam atsu and T. H attori, 1994. A proposed role of oxalic acid in vvood decay systems o f vvood-rotting Basidiom ycetes. FEM S M icrobiolgy Re\'ie\\’s. 13: 285-296.
  • W ilcox, W .W ., 1978. Revievv o f literatüre on the effects o f early stages o f decay on vvood strength. Wood Fiber. 9: 252-257.
  • Zabel, R.A. and M orrel J.J., 1992. W ood M icrobiology, Decay and Its Prevantion. A cadem ic Press, Inc., San Diego, Califorııia.
There are 33 citations in total.

Details

Primary Language English
Journal Section Research Articles (Araştırma Makalesi)
Authors

Coşkun Köse

Publication Date July 1, 2008
Published in Issue Year 2008 Volume: 58 Issue: 2

Cite

APA Köse, C. (2008). Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi. Journal of the Faculty of Forestry Istanbul University, 58(2), 15-28. https://doi.org/10.17099/jffiu.11127
AMA Köse C. Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi. J FAC FOR ISTANBUL U. July 2008;58(2):15-28. doi:10.17099/jffiu.11127
Chicago Köse, Coşkun. “Kuru Çürüklük Mantarı Serpula Lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi Ve Direnç Kaybının İncelenmesi”. Journal of the Faculty of Forestry Istanbul University 58, no. 2 (July 2008): 15-28. https://doi.org/10.17099/jffiu.11127.
EndNote Köse C (July 1, 2008) Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi. Journal of the Faculty of Forestry Istanbul University 58 2 15–28.
IEEE C. Köse, “Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi”, J FAC FOR ISTANBUL U, vol. 58, no. 2, pp. 15–28, 2008, doi: 10.17099/jffiu.11127.
ISNAD Köse, Coşkun. “Kuru Çürüklük Mantarı Serpula Lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi Ve Direnç Kaybının İncelenmesi”. Journal of the Faculty of Forestry Istanbul University 58/2 (July 2008), 15-28. https://doi.org/10.17099/jffiu.11127.
JAMA Köse C. Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi. J FAC FOR ISTANBUL U. 2008;58:15–28.
MLA Köse, Coşkun. “Kuru Çürüklük Mantarı Serpula Lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi Ve Direnç Kaybının İncelenmesi”. Journal of the Faculty of Forestry Istanbul University, vol. 58, no. 2, 2008, pp. 15-28, doi:10.17099/jffiu.11127.
Vancouver Köse C. Kuru Çürüklük Mantarı Serpula lacrymans Tarafından Odunda Meydana Getirilen Çürüklük, Oksalik Asit Üretimi ve Direnç Kaybının İncelenmesi. J FAC FOR ISTANBUL U. 2008;58(2):15-28.
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