Page 111 - 精细化工2019年第9期

第 9 期 李维新，等: 超微粉碎-微波双水相萃取红花龙胆中环烯醚萜苷类 ·1839·

DPPH·清除能力逐渐增强，但对 DPPH·清除能力强 [3] Wu Lihong (吴立宏), Guan Haifeng (官海峰), Yu Li (俞丽), et al.
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达到 5.48%。 [10] Wang Jianhong (汪建红), Liao Limin (廖立敏), Wang Bi (王碧), et
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0.2~0.6 g/L 内比 BHT 强，对 DPPH 自由基的清除能
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力在 0.2~1.0 g/L 内比 BHT 强。下一步将对其体内 [11] Huang Qichun (黄其春), Lin Meixiang (林梅香), Hong Yanping (洪
抗氧化活性等生物学特性进行深入研究，从活性成 燕萍), et al. Effect of ultrafine grinding on the dissolution of total
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提高其活性成分利用，使其药用价值产生更大的经 [12] Cao Yuan (曹渊), Li Chuangju (李创举), Xia Zhining (夏之宁).
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全草经过超微粉碎后，细胞壁破碎，粒度变得更细
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碎成本和杂质浸出率，所以要综合考虑是否适合于
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