추출 방법에 따른 강황 잎 추출물의 향장 활성 비교 (Comparison of Cosmetical Activities of Curcuma longa L. Leaf Extracts Using Different Extraction Methods)

서지정보

· 발행기관 : 한국약용작물학회
· 수록지 정보 : 한국약용작물학회지 / 22권 / 4호 / 255 ~ 261페이지
· 저자명 : 김남영, 임혜원, 이현용

초록

Cosmetic activities of the leaves of Curcuma longa L. were compared according to different drying methods,to expand the use of the by-products of Curcuma longa L. The highest extraction yield of 29.4% was obtained from vacuumdrying process (VD), whose value was very close to 29.2% from freeze drying process (FD). Relatively lower extraction yieldwere observed as 24.5% and 25.3% from the raw leaf (RL) as control and hot air drying process (HD). The cytotoxicity wasobserved lower FD and VD than RL and HD. It shows that cytotoxicity was closely related to cosmetic activities such as tyrosinaseand melanin inhibition activities by showing much better cosmetic activities of the extracts from both FD and VDthan those from the RL and HD. It was interesting that was differences of the cosmetic activities and cytotoxicity betweenFD and VD, which implies that VD method should be a more efficient process than FD method in terms of drying time andoperation costs: 6 hours vs 24 hours and 3-5 times higher extraction costs in drying. It was observed that VD is more excellentdry method than others. This result could be utilized to effectively dry other soft plant biomass.

영어초록

Cosmetic activities of the leaves of Curcuma longa L. were compared according to different drying methods,to expand the use of the by-products of Curcuma longa L. The highest extraction yield of 29.4% was obtained from vacuumdrying process (VD), whose value was very close to 29.2% from freeze drying process (FD). Relatively lower extraction yieldwere observed as 24.5% and 25.3% from the raw leaf (RL) as control and hot air drying process (HD). The cytotoxicity wasobserved lower FD and VD than RL and HD. It shows that cytotoxicity was closely related to cosmetic activities such as tyrosinaseand melanin inhibition activities by showing much better cosmetic activities of the extracts from both FD and VDthan those from the RL and HD. It was interesting that was differences of the cosmetic activities and cytotoxicity betweenFD and VD, which implies that VD method should be a more efficient process than FD method in terms of drying time andoperation costs: 6 hours vs 24 hours and 3-5 times higher extraction costs in drying. It was observed that VD is more excellentdry method than others. This result could be utilized to effectively dry other soft plant biomass.

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