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Improving enzymatic hydrolysis of industrial hemp(Cannabis sativa L)by electron beam irradiation

机译:通过电子束辐照促进工业大麻(大麻)的酶水解

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The electron beam irradiation was applied as a pretreatment of the enzymatic hydrolysis of hemp biomass with doses of 150,300 and 450 kGy.The higher irradiation dose resulted in the more extraction with hot-water extraction or 1% sodium hydroxide solution extraction.The higher solubility of the treated sample was originated from the chains scission during irradiation,which was indirectly demonstrated by the increase of carbonyl groups as shown in diffuse reflectance infrared Fourier transform spectroscopy(DRIFTS)spectra.The changes in the micro-structure of hemp resulted in the better response to enzymatic hydrolysis with commercial cellulases(Celluclast 1.5L and Novozym 342).The improvement in enzymatic hydrolysis by the irradiation was more evident in the hydrolysis of the xylan than in that of the cellulose.
机译:电子束辐照是对150,300和450 kGy剂量的大麻生物质进行酶促水解的预处理方法,辐照剂量越高,热水萃取或1%氢氧化钠溶液萃取的萃取量越大,处理后的样品起源于辐照过程中的断链,如漫反射红外傅里叶变换光谱(DRIFTS)光谱所示,羰基的增加间接证明了这一点。大麻的微观结构的变化导致了更好的响应用纤维素酶(Celluclast 1.5L和Novozym 342)进行酶水解。木聚糖的水解作用比纤维素酶的作用更明显。

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