MARC

 008030610s2000        ulka                    000      kor
■020    ▼a89-7598-199-1
■0801  ▼a547.458
■082    ▼a547.84▼bM289ㅅ▼223
■090    ▼a547.84▼bM289ㅅ
■1000  ▼aManssur  Yalpani  저  /  이기영,  김형진,  이희찬
■24510▼a생물고분자(다당)의  합성  및  구조/성질▼dManssur  Yalpani  저  /  이기영,  김형진,  이희찬  공역.
■260    ▼a서울▼b전남대학교출판부▼c2000
■300    ▼a369p.▼b삽도▼c26cm
■505    ▼a1장  서론▼c1▼a2장  구조▼c6▼a2.1  서론▼c6▼a2.2  구조▼c6▼a참고문헌▼c36▼a3장  일반적인  다당  취급법▼c41▼a3.1  서론▼c41▼a3.2  분리  및  정제법▼c41▼a3.3  분석법▼c44▼a3.4  분광분석법▼c4600▼a3.5  다른  방법들▼c5711▼a4장  특성▼c6822▼a4.1  서론▼c6833▼a4.2  형태적  관점▼c6844▼a4.3  글리칸의  특성▼c7855▼a5장  새로운  탄수화물  고분자,  다당  유도체의  합성▼c11166▼a5.1  서론▼c11177▼a5.2  화학적  합성▼c11188▼a5.3  효소적  합성▼c13699▼a6장  다당  유도체의  치환  양식▼c14600▼a6.1  서론▼c14611▼a6.2  불균일  치환의  증명과  분석▼c14822▼a6.3  치환/성질  관계▼c15933▼a6.4  치환  양식에  영향을  주는  변수▼c16144▼a6.5  에스테르  치한  양식▼c16555▼a6.6  에테르  치환  양식▼c16866▼a6.7  그  밖의  유도체들의  치환  양식▼c17277▼a7장  화학적  변형▼c17888▼a7.1  서론▼c17899▼a7.2  에스테르화  반응▼c18000▼a7.3  에테르화  반응▼c18611▼a7.4  산화  반응▼c19022▼a7.5  환원  반응▼c19333▼a7.6  그  외  화학적  변형▼c19444▼a7.7  에스테르화  반응▼c19955▼a7.8  에테르화  반응▼c20166▼a7.9  산화  반응▼c20577▼a7.10  환원  반응▼c20888▼a7.11  카보닐기의  변형▼c21099▼a7.12  아민  및  그  밖의  N-작용기의  변형▼c21400▼a7.13  그  밖의  작용기의  변형▼c21811▼a7.14  특별한  잔기의  변형▼c22122▼a8장  효소적  변형▼c24333▼a8.1  서론▼c24344▼a8.2  분류▼c24555▼a8.3  합성효소▼c24666▼a8.4  분해효소▼c25477▼a8.5  진보된  방법▼c25988▼a9장  다당  본질의  변경  및  전기화학적  변형▼c28599▼a9.1  서론▼c28500▼a9.2  다당  본질의    조절된  변형▼c28511▼a9.3  임의적  해중합▼c29522▼a9.4  물리적  및  열적  변형▼c29733▼a9.5  전기화학적  변형▼c29944▼a10장  구조/성질  관계▼c31155▼a10.1  서론▼c31166▼a10.2  기본적인  구조  변수의  효과▼c31277▼a10.3  일차구조  변형의  효과▼c32788▼a10.4  고차구조  변형의  효과▼c33799▼a10.5  생물학적  활성▼c35000
■9500  ▼b￦15000
■971    ▼aManssur  Yalpani  저  /  이기영,  김형진,  이희찬  공역.

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