Method for ultrasonic-aqueous extraction of scutellarin from shortscape fleabane herb
A technology of scutellarin and scutellaria, applied in chemical instruments and methods, sugar derivatives, sugar derivatives, etc., can solve the problems of solvent residual environment, high solvent cost, low extraction efficiency, etc., and achieve a simple waste liquid treatment method. , The effect of reducing the extraction cost and extracting less impurities
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example 1
[0019] Take 100.0 grams of the whole herb of scutellaria breviscapus (the content of scutellarin is 3.14%), and grind it to 20 mesh. Add 4.0 liters of water, the water temperature is controlled at 50° C., ultrasonically extract for 1 hour, filter and centrifuge the scutellaria breviscapus water extract to obtain the scutellaria breviscapus water extract. The water extract of scutellaria scutellaria was adsorbed to saturation with AB-8 resin, and the adsorption column was desorbed with acetic acid-ethanol solution to obtain the eluate, which was concentrated under reduced pressure to obtain 9.3 grams of scutellarin crude extract, the content of which was 28.9% (HPLC).
example 2
[0021] Take 5.0 kg of the whole herb of scutellaria breviscapus (the content of scutellarin is 3.48%), and grind it to 40 mesh. 200.0 liters of water was added, the water temperature was controlled at 55° C., ultrasonic extraction was performed for 1 hour, and then the water extract of scutellaria scutellaria was filtered and centrifuged to obtain the water extract of scutellaria breviscapus. The water extract of scutellaria scutellaria was adsorbed to saturation with D101 resin, and the adsorption column was desorbed with acetic acid-ethanol solution to obtain the eluent, which was concentrated under reduced pressure to obtain 540.1 g of scutellarin crude extract, with a scutellarin content of 28.3% (HPLC).
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