A kind of high-efficiency method for increasing the content of parisonside a in Gastrodia elata
A technology for containing barisenoside and Gastrodia elata, which is applied to the field of efficiently increasing the content of barisenoside A in Gastrodia elata, can solve the problems of barisenoside A research and unsystematic research, and achieve short processing time, high content, and difficult processing time. Effects of oxidative browning and evaporation
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Embodiment 1
[0022] 10g of fresh Gastrodia elata, washed with running water, put into microwave oven, 119W microwave treatment for 80, 100, 120, 140, 170 minutes, that is, the relationship between microwave energy and grams of Gastrodia elata is 57.12, 71.4, 85.68, 99.96, 121.38kJ / g, It was then dried at 70°C under normal pressure for 16 hours. Adopt high-performance liquid chromatography to quantitatively measure the content of barisenoside A in the fresh gastrodia elata, and the content of barisenoside A in the result Gastrodia elata increases from 0.0904% to the highest 0.3429% (see figure 2 ).
Embodiment 2
[0024] 10g fresh Gastrodia elata, washed with running water, put into microwave oven, 231W microwave treatment for 20, 30, 40, 50, 60 minutes, that is, the relationship between microwave energy and grams of Gastrodia elata is 27.72, 41.58, 55.44, 69.3, 83.16kJ / g, It was then dried at 70°C under normal pressure for 16 hours. Adopt high-performance liquid chromatography to quantitatively measure the content of barisenoside A in the fresh gastrodia elata, the content of barisenoside A in the result Gastrodia elata improves from 0.0904% to the highest 0.5487% (see image 3 ).
Embodiment 3
[0026] 10g of fresh Gastrodia elata, washed with running water, put into microwave oven, 385W microwave treatment for 5, 10, 15, 20, 25 minutes, that is, the relationship between microwave energy and the grams of Gastrodia elata is 11.55, 23.1, 34.65, 46.2, 57.75kJ / g, It was then dried at 70°C under normal pressure for 16 hours. Adopt high-performance liquid chromatography to quantitatively measure the content of barisenoside A in the fresh Gastrodia elata, and the content of barisenoside A in the result Gastrodia elata increases from 0.0904% to the highest 1.1241% (see Figure 4 ).
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