Extraction method and application of mangosteen effective part
A technology of effective parts and extraction methods, applied in the field of natural product extraction and cosmetics, can solve problems such as affecting skin metabolism, accelerating the degradation of chemical sunscreen agents, and poor photochemical stability.
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Embodiment 1
[0047]Grind 100 kg of dried mangosteen husks, add 8 times the amount of n-hexane each time, stir and extract at room temperature three times, combine the extracts and concentrate to dryness under reduced pressure, then add 20 kg of absolute ethanol each time to dissolve, then concentrate to dry under reduced pressure to remove Residual solvent, so operated three times to get 6.2 kg of mangosteen husk extract, 64.5% of α-mangostin content, 2.8% of β-mangostin content and 2.5% of γ-mangostin content after detection; Alkanes were not detected, ethanol 0.12%.
Embodiment 2
[0049] 100 kg of dried mangosteen husks were crushed, adding 10 times the amount of dichloromethane each time, heating and refluxing for extraction three times, the combined extracts were concentrated to dryness under reduced pressure, and then 20 kg of absolute ethanol was added each time to dissolve and then concentrated to dryness under reduced pressure to remove Get rid of residual solvent, so operate three times to get 6.7 kilograms of mangosteen husk extracts, 63.6% of α-mangostin content after testing, 2.6% of β-mangostin content, 2.4% of γ-mangostin content; Dichloromethane was not detected, and ethanol was 0.10%.
Embodiment 3
[0051] Grind 100 kg of dried mangosteen husks, add 8 times the amount of toluene each time, heat and reflux for extraction three times, combine the extracts and concentrate to dryness under reduced pressure, then add 20 kg of absolute ethanol each time to dissolve, then concentrate to dry under reduced pressure to remove residues Solvent, so operated three times to get 8.9 kg of mangosteen husk extract, 58.4% of α-mangostin content, 2.4% of β-mangostin content and 2.3% of γ-mangostin content after detection; Detected, ethanol 0.12%.
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