MARC

 008030610s2001        ulka                    000a    kor
■020    ▼a89-7616-226-9
■0801  ▼a581.3
■082    ▼a580▼bS999ㅅ▼223
■090    ▼a580▼bS999ㅅ
■1000  ▼aS.S.  Bhojwani,  S.P.  Bhatnagar  공저  /  고석찬,  김문자,  문병용,  박종범  외
■24510▼a식물발생학(수정판)-식물Biotechnology의  기초와  응용▼dS.S.  Bhojwani,  S.P.  Bhatnagar  공저  /  고석찬,  김문자,  문병용,  박종범  외  공역.
■260    ▼a서울▼b아카데미서적▼c2001
■300    ▼a374p.▼b삽도▼c26cm
■505    ▼a제1장  식물발생학의  역사▼b전방욱▼c11▼a제2장  꽃▼b전방욱▼c19▼a2.1  꽃받침▼c22▼a2.2  화관▼c23▼a2.3  웅예군▼c24▼a2.4  자예군▼c24▼a제3장  소포자낭▼b정병갑▼c25▼a3.1  약벽▼c27▼a3.2  포자형성조직▼c38▼a3.3  특이한  현상▼c4300▼a제4장  웅성배우자체-발달▼b김문자▼c4511▼a4.1  영양세포와  생식세포의  형성▼c4522▼a4.2  세포질  특성의  유전▼c5633▼a4.3  화분벽▼c5844▼a4.4  예외적인  특징▼c6255▼a제5장  웅성배우자체-형태▼b오병운▼c6766▼a5.1  화분벽의  특징▼c7077▼a5.2  화분학의  영역▼c7288▼a5.3  화분립  시료의  준비  및  관찰법▼c7499▼a제6장  대포자낭▼b홍성식▼c7700▼a6.1  배주의  유형▼c7711▼a6.2  주피▼c7822▼a6.3  주심▼c8333▼a6.4  대포자발생  과정▼c8644▼a6.5  특수한  형태▼c9155▼a제7장  자성  배우자체▼b홍정희▼c9566▼a7.1  배낭의  유형▼c9777▼a7.2  성숙  배낭▼c10388▼a7.3  배낭의  흡기  행동▼c11199▼a7.4  배낭의  영양분▼c11200▼a제8장  수분▼b이점숙▼c11711▼a8.1  약의  열개▼c11722▼a8.2  화분  이동▼c11833▼a8.3  인공  수분▼c13044▼a제9장  수정▼b이규배▼c13755▼a9.1  화분  발아와  화분관  생장▼c13866▼a9.2  중복수정▼c15777▼a9.3  보기드문  현상▼c15988▼a제10장  불화합성▼b고석찬▼c16199▼a10.1  자가불화합성▼c16200▼a10.2  자가불화합성의  유전학적  기초▼c16311▼a10.3  수정  장벽▼c16522▼a10.4  불화합성의  생리  및  생화학▼c16733▼a10.5  불화합성의  생화학적  중요성▼c17744▼a10.6  불화합성을    타파하기  위한  방법▼c17855▼a제11장  배우▼b문병용▼c19566▼a11.1  배유의  발달▼c19677▼a11.2  침식형  배유▼c20688▼a11.3  배유의  세포학▼c20899▼a11.4  호분  조직▼c21000▼a11.5  저장  영양물질▼c21111▼a11.6  배유의  기능▼c21322▼a11.7  형태형성의  연구▼c21433▼a제12장  배▼b박종범▼c22144▼a12.1  접합자▼c22255▼a12.2  배발생▼c22366▼a12.3  배병▼c23177▼a12.4  배발생의  특이한  예▼c23888▼a12.5  배발생의  생리적  및  유전적  조절▼c23999▼a12.6  배의  영양▼c24400▼a제13장  다배형성▼b허권▼c25111▼a13.1  다배형성의  기원▼c25122▼a13.2  다배형성의  원인▼c25833▼a13.3  다배형성의  실험적  유도▼c25944▼a13.4  다배형성의  분류▼c26555▼a13.5  다배형성의  실용적  가치▼c26666▼a제14장  무수정생식▼b오병운▼c26977▼a14.1  영양생식▼c27188▼a14.2  무수정결실▼c27399▼a14.3  무수정생식의  유전학▼c28000▼a14.4  무수정생식체를  선별하는  기술▼c28111▼a14.5  실용적  중요성▼c28222▼a제15장  종자▼b조덕이▼c28533▼a15.1  종자발달▼c28744▼a15.2  생리ㆍ생화학적  특징▼c29655▼a15.3  종자의  분류▼c29866▼a15.4  종자의  중요성▼c29977▼a15.5  종자  산포▼c30088▼a15.6  종자  휴면▼c30899▼a제16장  분류학과  연관된  발생학▼b박홍덕▼c31100▼a16.1  분류학에서  중요한  발생학적  특성▼c31211▼a16.2  발생학적인  특성이  특이한  몇  개의  과▼c31322▼a16.3  분류학에서  발생학적  가치를  나타내주는  몇  가지  예▼c31433▼a16.4  분류학에  이용되는  화분확▼c32344▼a제17장  실험발생학과  응용발생학▼b소웅영▼c32555▼a17.1  식물  조직배양법▼c32666▼a17.2  반수체  생산▼c32977▼a17.3  배배양▼c34288▼a17.4  주심  배양▼c34799▼a17.5  배주와  종자  배양▼c34900▼a17.6  자방  배양▼c35311▼a17.7  과실  비대에  대한  어린  종자의  영향▼c35522▼a17.8  단위  결실▼c35733▼a17.9  생식과정을  이용한  형질전환▼c35944
■950    ▼b￦18000
■971    ▼aS.S.  Bhojwani,  S.P.  Bhatnagar  공저  /  고석찬,  김문자,  문병용,  박종범  외  공역.

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