바이오인

1. 기술 개요 ············································································································1
가. 정의 및 특징 ······································································································1
나. 유전체학의 범위 및 분류 ·················································································2
다. 주요 분야별 유전체 연구의 중요성 ································································3
2. 서지분석 ··············································································································6
가. 특허 및 논문분석을 위한 기술 분류 체계 및 검색 범위 ··························6
나. 특허분석 ············································································································7
1) 특허로 살펴본 유전체 연구 세계 동향 ························································7
2) 특허로 살펴본 유전체 연구 국내 동향 ························································10
3) 한국특허청에 출원된 특허로 살펴본 유전체 연구 국내 동향 ··················11
다. 논문분석 ··········································································································13
1) 논문으로 살펴본 유전체 연구 세계동향 ······················································13
2) 논문으로 살펴본 유전체 연구 국내동향 ······················································16
라. 시장성 분석․관련 산업 동향 ···········································································19
3. 기술 개발동향 ································································································24
가. 세계동향 ············································································································24
1) 환경변화 ···········································································································24
2) 세계 유전체 역사 및 성과 ·············································································24
3) 주요국 동향 ·····································································································31
4) 세계 연구 동향 및 시사점 ·············································································32
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나. 국내동향 ············································································································33
1) 환경변화 ···········································································································33
2) 국내 연구 동향 ································································································34
3) 문제점 ···············································································································34
4. 국내‧외 기술 수준 비교 ·············································································37
가. 기술수준 및 기술경쟁력 비교 ······································································37
나. SWOT 분석 ······································································································37
5. 기대효과 ············································································································38
가. 총괄 ···················································································································38
나. 기술적 효과 ······································································································39
다. 경제․산업적 효과 ······························································································40
라. 사회적 효과 ······································································································41
6. 참고문헌 ············································································································43
별첨 1. 유전체 연구 특허분석
별첨 2. 유전체 연구 논문분석