• The Hankook-Saengyark Bo
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• no.264
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• pp.2-2
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• 2005

2015년, 국산 한약재(재배$\cdot$채취 중단 우려 - 식약청, '수입의약품 등 관리규정' 일부개정 - 중국산 한약재 농약 범벅 '충격'(소시모, 시중유통 한약재 대상 검사결과)

• Corrugated packaging logistics
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• s.123
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• pp.54-57
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• 2015

9 10월호 골판지포장물류지에서는 최근 이슈가 되고 있는 친환경농산물 인증제도에서의 저농약 인증 폐지와 그 대안인 GAP인증제도에 대해 자세히 살펴보도록 하겠습니다.

• Life and Agrochemicals
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• v.27 no.5 s.218
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• pp.22-25
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• 2006

• Life and Agrochemicals
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• v.27 no.4 s.217
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• pp.26-29
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• 2006

• The Korean Journal of Pesticide Science
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• v.9 no.1
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• pp.51-59
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• 2005

Korean maximum residue limits (MRLs) for pesticides have been established based on scientific data of good agricultural practice, acceptable daily intake (ADI), food intake, average body weight and others. MRLs for pesticides are generally set under the principle that theoretical maximum daily intake (TMDI) are always below ADI. As results, 104 MRLs are going to be newly established for 24 pesticides and 102 MRLs are going to be added for 63 pesticides that have regulation already, Among new pesticides, ethaboxam and flupyrazofos are effective components that are first developed in Korea. In case of dithiocarbamates, MRLs are classified by 3 groups such as dimethyldithiocarbamates, ethylenebis (dithiocarbamate)s and propineb.

• Korean Journal of Environmental Agriculture
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• v.32 no.2
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• pp.142-147
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• 2013

BACKGROUND: This study was conducted to monitor residual pesticides in domestic agricultural products and to assess their risk to human health. METHODS AND RESULTS: 123 samples containing both general and environment-friendly certified agricultural products were purchased from traditional domestic markets and supermarkets in six provinces of Korea. Multiresidue analyses of one hundred twenty-two pesticides except for herbicides were performed with gas chromatography-electron capture detector, gas chromatography-nitrogen/phosphorus detector, and high-performance liquid chromatography. Sixteen pesticides were detected in 45 agricultural product samples, which were 38 general, 6 low pesticide and 1 of GAP agricultural product samples and the detection rate was 33.6%. Pesticides detected in agricultural product samples were cypermethrin, lufenuron, fenvalerate, bifenthrin, chlorfenapyr and iprodione. Residual concentration of 18 samples were exceeded the recommended maximum residue limit set by Ministry of Food and Drug Safety and two kinds of unregistered pesticides in korea were also detected in two samples. CONCLUSION(S): In order to do risk assessment by agricultural products consumption, estimated daily intake of residual pesticides were determined and compared to acceptable daily intake, referring to %ADI values. The range of %ADI values was from 0.038% to 2.748%. Taken together, it demonstrates the pesticides found in agricultural products samples were below the safety margin, indicating no effect on human health.

• The Hankook-Saengyark Bo
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• no.256
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• pp.5-5
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• 2003

강원 '천마' 무농약 친환경인증 - 쌈채 '잔대' 수확증가 20*10cm로 밀식재배 - 음나무 대량생산 길 열어 한약재 고급목재로 각광

• The Hankook-Saengyark Bo
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• no.259
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• pp.3-3
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• 2004

• The Korean Journal of Pesticide Science
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• v.19 no.1
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• pp.14-21
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• 2015

To determine residual characteristics of azoxystrobin in ginseng under different cultivation conditions such as use of straw mat on cultivation soil and filling gap between ginseng stem and soil surface and also to elucidate its approximate behavior after spraying, 20% azoxystrobin suspension concentrate solution was sprayed 4 times onto 5-year-old ginseng with 10 days interval at a application rate of about 200 L/10 a and then residues in samples were analyzed. The residue level was lower in case of use of straw mat and filling the gap with soil than in case of no use of straw mat and no filling the gap, representing that use of straw mat and filling the gap with soil were contributed to decrease of pesticide residues in ginseng. A large portion of the test pesticide distributed onto ginseng leaf with a higher specific surface area. The amounts of azoxystrobin residues decreased in ginseng leaf, while increased on soil surface, as close to harvest. About 0.1% of azoxystrobin sprayed was distributed in ginseng root and 12.7-20.4% (mean 16.6%) of azoxystrobin could be decreased for dietary intake by removing of rhizome from ginseng root before intake.

• The Hankook-Saengyark Bo
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• no.266
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• pp.1-8
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• 2006

GAP인증약재 고품질 브랜드로 차별화/약용작물 GAP 인증사업 본격 착수/수급조절대상한약재 14종으로 축소/엄경섭 회장 제 14대 회장에 재선/GAP 농산물 이력추적관리제 워크숍/홍천군 생명.건강연구장비센터 완공/'동의보감타워' 개장/인삼, 다양한 포장단위로 판매 가능/인증품의 차별화로 '신뢰쌓기' 급선무/나는 이렇게 생각한다-"국산한약재 그리고 GAP/'광범위계 농약' 예방 목적으로 사용해야/경남도농업기술원 시험/백두대간 청정지역에서 GAP 오미자 재배/생강 인공토굴 저장 부패율 3%/4년간 인삼 직파재배용 차광망 선발/일당귀 소비증가 시세도 토당귀 '두배'/씀바귀, 암 예방 보약/함양산삼축제/감초로 스트레스성 속쓰림 방지/한약재 4가지+빵 '한약웰빙빵' 나왔다/"옻음료, 약국서 찾으세요"/GAP재배지 입간판 설치/허브산업 육성 업무제휴 협약서 체결/사무국 회무일지/제 113차 중앙이사회 이모저모/14대 임원진 명단/약초이야기-구릿대(백지)/국산한약재-소매시세표