生体電位を指標としたマイタケの至適生育環境温度の探求および生長促進の試み

  • 柳橋 秀幸
    金沢工業大学工学部 光電磁場科学応用研究所
  • 平間 淳司
    金沢工業大学工学部 光電磁場科学応用研究所
  • 松田 真人
    金沢工業大学工学部 光電磁場科学応用研究所
  • 宮本 紀男
    金沢工業大学工学部 光電磁場科学応用研究所

書誌事項

タイトル別名
  • Investigation of the Optimum Farming Temperature for Grifola frondosa and Growth Promotion using the Bio-Electric Potential as an Index
  • セイタイ デンイ オ シヒョウ ト シタ マイタケ ノ シテキ セイイク カンキョウ オンド ノ タンキュウ オヨビ セイチョウ ソクシン ノ ココロミ

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抄録

The purpose of this study was to investigate the optimum farming conditions for mushrooms from the view point of engineering field. As the bio-electric potential of mushrooms is considered to be closely related to the activation of mushroom cells, this relationship has been used to analyze the dependence of the morphogenetic characteristics of Grifola frondosa on farming temperatures (from 16 to 22 degree C). The experimental results indicated that a maximum response was exhibited, with correspondingly favorable morphogenesis obtained at 18 degree C. Based on the experimental results, including those in a previous study, it was assumed that the larger the bio-electric potential becomes, the higher the growth yield reaches. In order to support this assumption, growth promotion was conducted by intentionally activating the bio-electric potential within the mushrooms by stimulating them with short bursts of illumination. The resulting observation of growth promotion permitted the conclusion that the bio-electric potential can, indeed, be regarded as an index of growth.

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