Effect of Heat Drying Treatment on Extracts of Sugi ( Cryptomeria japonica ) Board: Quantitative change of terpenes by moderate-temperature drying treatments@@@中温乾燥によるテルペン類の量的変化

Taku Okuda, T. Nakagawa, Tomoya Murano, Y. Miyoshi, Hirohito Kamei, Takao Sasaki, Yasuhiro Saigusa, Yoshiyuki Wada, Syunji Minato, S. Sakai, Taizou Chiri, N. Fujimoto, Kuniyoshi Shimizu
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Abstract

To investigate the quantitative change of terpenes in sugi (Cryptomeria japonica) board caused by moderate-temperature drying treatments, extracts of sugi board dried by vacuum, conventional kiln, electric heat and air were analyzed by gas chromatograph/mass spectrometer (GC/MS). Extract samples were prepared at 0-1, 1-2 and 17-18 mm from the surface of dried boards using a planer. The results were as follows. Total content of the extracts detected by GC/MS was less in vacuum-dried board than in air-dried board at all three surface depths. Content of sesquiterpene hydrocarbon at 0-1, 1-2 and 17-18 mm from the surface of vacuum-dried board, at 0-1 and 1-2 mm from the surface of conventional kiln-dried board and at 0-1 mm from the surface of electric heat-dried board was less than in air-dried board. Content of oxygenated sesquiterpene at 0-1 mm from the surface of vacuum-dried board and at 0-1 mm from the surface of conventional kiln-dried board was less than in air-dried board. Content of diterpene hydrocarbon: there were no significant differences between drying treatments. Content of oxygenated diterpene at 17-18 mm from the surface of electric heat-dried board was less than in air-dried board. In conclusion, we showed that a portion of terpenes in sugi board exposed to
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Effect of Heat Drying Treatment on Extracts of Sugi (Cryptomeria japonica) Board:Quantitative change of terpenes by moderate-temperature drying treatments@@@中温干燥引起的萜烯类的数量变化
采用气相色谱/质谱联用(GC/MS)分析了真空干燥、常规窑干燥、电热干燥和空气干燥的杉木叶提取物中萜烯的含量变化。用刨床在离干木板表面0-1、1-2和17-18 mm处制备提取液样品。结果如下:在三种表面深度上,真空干燥板的总提取物含量均低于风干板。真空干燥板表面0 ~ 1、1 ~ 2、17 ~ 18 mm处,距离传统窑干板表面0 ~ 1、1 ~ 2 mm处,距离电热干燥板表面0 ~ 1 mm处,倍半萜烯烃含量低于风干板。真空干燥板表面0 ~ 1mm处和常规窑干板表面0 ~ 1mm处含氧倍半萜含量均低于风干板。二萜烃含量:不同干燥处理间无显著差异。电热干板表面17 ~ 18mm处含氧二萜含量低于风干板。综上所述,我们表明部分萜烯在杉木板中暴露
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