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목차
표제지=0,1,1
제출문=1,2,1
요약문=2,3,8
SUMMARY=10,11,5
CONTENTS=15,16,2
목차=17,18,2
제1장. 연구개발과제의 개요=19,20,1
제2장. 국내외 기술개발 현황=20,21,2
제3장. 연구개발수행 내용 및 결과=22,23,1
제1절. 연구개발 수행 내용=22,23,2
제2절. 연구재료 및 방법=23,24,6
제3절. 연구개발 결과=29,30,1
1. 소의 인공수정 및 실험동물 사육=29,30,1
2. 정상소 및 임신소의 오줌 채취=29,30,3
3. 정상소,임신소의 오줌단백질 분리=32,33,7
4. 임신기간별 임신특이 단백질의 발현량 변화조사=39,40,2
5. 선발된 특이단백질의 amino acid microsequencing 분석을 통한 단백질 정성분석=41,42,4
6. 정상소,임신소의 오줌단백질의 protein fingerprint database 구축=44,45,12
7. 오줌단백질의 proteomic map 작성 및 특이단백질 선발=56,57,4
8. 선발된 특이단백질의 mass spectrometry 분석=60,61,19
9. 소임신특이 단백질에 대한 polyclonal antibody 제조 및 Western blotting[원본불량;p.84]=79,80,15
10. 소임신특이 단백질에 대한 monoclonal antibody 제조 및 Western blotting=94,95,15
11. 소의 임신진단용 Kit의 성능검정=109,110,2
제4장. 목표달성도 및 관련분야에의 기여도=111,112,1
제1절. 연구개발의 최종목표=111,112,1
제2절. 연구평가의 착안점=111,112,1
제3절. 연구개발 목표의 달성도=112,113,1
1. 제1차년도=112,113,2
2. 제2차년도=113,114,3
3. 제3차년도=115,116,3
제5장. 연구개발결과의 활용계획=118,119,2
제6장. 연구개발과정에서 수집한 해외과학기술정보=119,120,1
제7장. 참고문헌=120,121,4
영문목차
[title page etc.]=0,1,15
CONTENTS=15,16,4
Chapter 1. Overview=19,20,1
Chapter 2. Background=20,21,2
Chapter 3. Subjects and results=22,23,1
[1] Subjects=22,23,2
[2] Materials and methods=23,24,6
[3] Results=29,30,1
1. Artificial insemination and breeding of cow=29,30,1
2. Urine sampling of non-pregnant and pregnant cow=29,30,3
3. Isolation of urine proteins from non-pregnant and pregnant cow=32,33,7
4. Time-dependent comparison of cow's pregnant-specific urine proteins=39,40,2
5. Quality analysis of bovine pregnancy-associated proteins through amino acid microsequencing=41,42,4
6. Establishment of protein fingerprint database for the urine proteins of non-pregnant and pregnant cow=44,45,12
7. Proteomic Mapfor the bovine urine proteins and selection of its pregnancy-associated proteins=56,57,4
8. Mass spectrometry analysis of the bovine pregnancy-associated proteins=60,61,19
9. Production of polyclonal antibody for the bPAP 2 and Western blotting[원본불량;p.84]=79,80,15
10. Production of monoclonal antibody for the bPAP 2 and Western blotting=94,95,15
11. Efficiency evaluation of cow pregnancy tests by using diagnostic Kit=109,110,2
Chapter 4. Level of accomplishment and contribution in rerated fields=111,112,1
[1] Research goal=111,112,1
[2] Factors for research evaluation=111,112,1
[3] Level of accomplishment=112,113,1
1. 1st year=112,113,2
2. 2nd year=113,114,3
3. 3rd year=115,116,3
Chapter 5. Application plans of results=118,119,2
Chapter 6. Information from foreign researchers=119,120,1
Chapter 7. References=120,121,4
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Fig.4. Comparison of the urine proteins pelleted at 50% ammonuum sulfate saturation on PH 3~10 IPG gels.The non-pregnant cows was #50(A),and the cows #48(B) was pregnant for 5 months at the time of sampling.The arrow indicates the pregnancy-associated protein.=36,37,1
Fig.6. Comparison of the urine proteins pelleted at 50% ammonuum sulfate saturation on PH 4~7 IPG gels.The non-pregnant cows was #30,and the cows #46 was obtained from a kyungpook National University's dairy farm. The cows #30(A) non-pregnant and #46(B) was pregnant for 4 months at the time of sampling. The urine #K30 and #K33 was obtained from a kunwee-Gun dairy farm. The cows #K30(C) was non-pregnant and #K33(D) was pregnant for 6 months at the time of samling.=38,39,1
Fig.7. Time-dependent comparison of the pregnant cow's urine proteins pelleted at 50% ammonium sulfate saturation on PH 3~10 IPG gels. The cows No. 46 was pregnant for 1.5 (A),4(B) and 5 months(C) at the time of samling. The arrow indicates the pregnancy-associated protein.=40,41,1
Fig.10. Match set using 2-D image analysis program.The cows #K30(A) was non-pregnant and #K33(B) was pregnant for 6 months at the time of sampling.=57,58,1
Fig.12. Urine proteome map of pregnant cow.Number uses for the identification of each proteins in Table 9.=61,62,1
Table14. Result of ELISA (Enzyme-Linked lmmunosorbent Assay) test of hybridima cells after cloning process of selected clones which were previously immunized by N-terminal peptide(A) and internal peptide of bPAP 2(B),respectively,to screen a specific monoclonal antibody=101,102,1
Fig.33. Comparison of normal 2-D gel(A) and Westem blot analysis of the pregnant bovine urint sample incubated with Mono-1 monoclonal antibody as a primary antibody and anti-rabbit antibody as a second one.=108,109,1
Fig.34. Pregnancy tests by using progesterone-based diagnostic Kit made from Green Cross Life Science Co.Ltd.Korea.=110,111,1
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