• 동물약계
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• no.57
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• pp.3.2-3.2
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• 1998

[ $\cdot$ ]생물학적제제 약사감시 강화 $\cdot$돼지콜레라 근절을 위한 방역 철저 $\cdot$국제 사료 및 동물약품 박람회 참가자 모집

• 대한위암학회:학술대회논문집
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• 2005.10a
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• pp.29-29
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• 2005

• KOREAN POULTRY JOURNAL
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• v.18 no.3 s.197
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• pp.50-55
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• 1986

• 동물약계
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• no.6
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• pp.3-3
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• 1993

1. 대표자 변경 2. 국가검정 동물용의약품 국가검정 면제 3. 허가사항 변경 4. 부정유통 동물약품 조사보고 5. 생물학적제제 부자재 제작업체 선정 6. 동물약품 분류번호 재조정

• Microbiology and Biotechnology Letters
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• v.19 no.1
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• pp.88-93
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• 1991

The biodegradable bacteria for fats and oils were isolatcd from soil and wastewater. The isolated strain was designated as LW-27 which had high COD removal rate and biodegr2idability on fats and oils, and was identified as pseudomonas chlrorapihis. The cell viability of LW-27 which produced by vacuum drying at $45^{\circ}C$ for 24 hours was 82%. When the wastewater was mixed with LW-27 agent (0.1g/ day) on the activated sludge unit, the removal rates of COD, BOD and n-hexanc extract of the effluents were about 92.9%, 94.8% and 98.0%, respectively.

• 동물약계
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• no.30
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• pp.4-5
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• 1996

1. 신규허가 2. 제조(수입)업 허가사항 변경 3. 사료첨가제 임가공에 대한 질의회신 4. 양축농가 지도계몽 실적조사 5. 가축질병중앙예찰협의회 개최 6. 가축전염병 발생정보 7. 과대광고 금지 8. 건의서 회신 9. 생물학적제제 유통관리 10. 유당사용실적 보고 11. 한국우병학회 창립 12. 대한수의사회 책자발간 13. 돼지 인공수정 책자발간 14. 국검품 수입절차 안내 15. 유방염 치료용 연고제제 색소첨가 16. 제 2 차 이사회 개최

• 동물약계
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• no.77
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• pp.3-4
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• 2001

[ $\cdot$ ]협회 제3차 이사회 개최 $\cdot$동물약사감시 행정처분 결과 홍보 $\cdot$생물학적제제 수급 협의회 개최 $\cdot$이산화염소제제 관련 협의회 개최 $\cdot$병역특례 지정업체 신청 안내 $\cdot$염산 옥시테트라싸이클린 알선 오파상 선정 $\cdot$2001년도 하반기 알찬 거래선 선정 $\cdot$동물 무료 진료활동 약품지원 $\cdot$제2차 OIE 동아시아 구제역 방역대책회의 $\cdot$'2001 한국 국제 애완동물 및 용품 박람회' 참가 안내

• The Korean Journal of Applied Statistics
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• v.24 no.1
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• pp.161-167
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• 2011

The primary variables are often systematically related to other influences apart from drug effect. For instance, there may be relationships to covariates such as health conditions or prognostic factors. When a $2{\times}2$ crossover experiment for bioequivalence is designed, the statistical adjustment for the influence of covariates should be considered if some covariates influence the drug effect. Statistical inference for assessing average bioequivalence for a $2{\times}2$ crossover design with covariates is given and an illustrated example is presented with discussion.

• Korean journal of applied entomology
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• v.29 no.4
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• pp.252-256
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• 1990

Viral insecticides were formulated with Spodoptera litura nuclear polyhedrosis virus and different U.V. protectants based on white carbon, molasses, and white carbon and molasses mixture to use as microbial control agents. Effect of rainfall on the attachment of formulated viruses to leaves was no different between the treated and the non-treated experiment. Persistence of the formulations was lated 5 days on the surface-sprayed leaves and 12 days on the under-sprayed leaves which was showing 60% mortality. Total mortality of the viral insecticides was more than 97% with no differences among them. Field evaluation of three viral insecticides in soybean field was very successful then carried out in Chinju, a southern part of Korea. Mortality by the formulation in the field during 14 days was more than 93%, but the formulations contained molasses showed phytotoxicity on soybean leaves. Spray effect of the viral insecticides was begun to appear from 7 days later than that of chemical insecticide.

• Applied Biological Chemistry
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• v.40 no.1
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• pp.65-70
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• 1997

Among 980 fungal strains isolated from the lesions of Trifolium repens L. and various weeds, three Penicillium sp. F40362, F40496, F40497 were selected by the first selection test and a pathogenicity test. The spores of these strains germinated readily 90 to 100% and readily infected the respective plant. The wheat bran-corn starch formulation of F40362 strain showed 100% mycoherbicidal activity against clover plant at $4{\times}10^8$ spores/pot. The same formulations of F40496 and F40497 strains showed 100% mycoherbicidal activity against clover plant at $12{\times}10^8{\sim}4{\times}10^8$ spores/pot. The same formulations of tee strains showed over 30% mycoherbicidal activity against Leguminosae plants. This method of pelletiation was potentially useful for the production of inoculum formulation as mycoherbicides and it was effective enough to treat $2{\sim}2.5\;g$ formulation($4.5{\times}10^7\;spores/mg$) to a $350\;cm^2$ pot. The three strains, F40362, F40496 and F40497 have selective mycoherbicidal activity between Trifolium repens L. and Zoysia japonica and nonselective mycoherbicidal activities against some other crop plants and weeds.