Good Agricultural Practice for Medicinal Plant, Production Management
보고서 정보
주관연구기관
경북농업기술원신물질연구소
연구책임자
최성용
참여연구자
임재하
,
김재철
,
조지형
,
최돈우
,
박경석
,
권희숙
보고서유형
최종보고서
발행국가
대한민국
언어
한국어
발행년월
2002-12
과제시작연도
2002
주관부처
식품의약품안전청
사업 관리 기관
식품의약품안전청 Korea Food & Drug Administration
등록번호
TRKO201000015779
과제고유번호
1470000152
사업명
식품의약품 안전성관리
DB 구축일자
2013-04-18
키워드
우수한약재.생산관리.Good Agricultral Practice for Medicinal Plant.Production Management.
초록▼
우수한약재 생산지침 마련을 위하여 연구한 작물은 작약,황기,일천궁,참당귀 등 4작목에 대하여 기원식 물 확인과 한약재의 사용부위별 특성,주산지역의 재배 실태조사와 재배종의 특성과 품질평가 및 재배력을 작성하였다. 품질평가는 대한약전의 시험적부를 평가하였으며 작약은 재배년수별 (2년근,3 년근) paeoniflorin성분함량과 회분,산불용성회분을 분석하고,황기(1년근,2년근,3년 근 ) 는 뿌리의 건조함량과 회분,산볼용성회분을 분석하였으며,천궁(1 년근)은 회분과 산불용성회분 분석,당귀 (1 년큰,2년 근 ) 재배양식별 지역간 순도검
우수한약재 생산지침 마련을 위하여 연구한 작물은 작약,황기,일천궁,참당귀 등 4작목에 대하여 기원식 물 확인과 한약재의 사용부위별 특성,주산지역의 재배 실태조사와 재배종의 특성과 품질평가 및 재배력을 작성하였다. 품질평가는 대한약전의 시험적부를 평가하였으며 작약은 재배년수별 (2년근,3 년근) paeoniflorin성분함량과 회분,산불용성회분을 분석하고,황기(1년근,2년근,3년 근 ) 는 뿌리의 건조함량과 회분,산볼용성회분을 분석하였으며,천궁(1 년근)은 회분과 산불용성회분 분석,당귀 (1 년큰,2년 근 ) 재배양식별 지역간 순도검사와 회분, 정유 함량 및 decursin 함량을 분석하고 각 작물에 대한 중금속과 잔류농약을 분석하였다. 또한 식물분류 품질 , 재배볍 등에 관한 문헌을 조사하였다.
Abstract▼
The imported herbal medicine amount was increased from year to year, but there was no guide about quality maintenance and currency of imported herbal medicine, therefore, there was a crisis to pull down the foundation of korean herbal medicine production, to keep the health of korean user and to con
The imported herbal medicine amount was increased from year to year, but there was no guide about quality maintenance and currency of imported herbal medicine, therefore, there was a crisis to pull down the foundation of korean herbal medicine production, to keep the health of korean user and to confuse the distribution order in korea. This experiment was carried out to establish the production foundation of safe and excellent korean herbal medicine against imported one from china and other country which was cheaper than korean's. We surveyed cultivation methods against over 30 farmers through out the main cultivation area in korean peninsular and analysed the contents of main component, heavy metals, and residual agricultural chemicals with four kinds of herbal medicine; Paeonia lactijlora, Astragalus membranaceus, Cnidium officinale, and Angelica gigas. The origin of four herbal medicines were correct and the main component of each one; paeoniflorin content in Peony root, ash content in Astragalus root and Cnidium rhizome, and essential oil in Korean angelica root, was within the limit lines as mentioned in the korean pharmacopoeia. The content of residual agricultural chemicals were not detected in GC with ECD detector in all herbal medicine against 5 kinds of chemicals; BHC, DDT, Aldrin, Dialdrin, and Endrin. The contents of heavy metals in al herbal medicine analysed with ICP, were not detected in the 3 kinds of heavy metals; Cr, Cd, and Pb, but the content of Zn were dected in the range of 13.10∼27.1 in al herbal medicines. In the case of Cu, there were no tendency, i.e., 0 in Penoy root, 4.1∼8.9 in Korean angelica root. The cultivation, harvest, and processing method in each herbal medicine were almost agree with all farmers in korea. With these result, we could estimate that the korean herbal medicine was very excellent to use and those were cultivated, and processed very properly for end user. We hope that this study will be contributed to make the GAP guide in korea.
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