首页> 外国专利> METHOD FOR IDENTIFICATION OF CHEMICAL SHIFT OF MULTIPLE COMPOSITE, METHOD FOR ANALYSIS OF THREE-DIMENSIONAL STRUCTURE OF MULTIPLE COMPOSITE, METHOD FOR CONSTRUCTION OF MODEL OF MULTIPLE COMPOSITE, NEW NUCLEIC ACID MOLECULE AND REAGENT

METHOD FOR IDENTIFICATION OF CHEMICAL SHIFT OF MULTIPLE COMPOSITE, METHOD FOR ANALYSIS OF THREE-DIMENSIONAL STRUCTURE OF MULTIPLE COMPOSITE, METHOD FOR CONSTRUCTION OF MODEL OF MULTIPLE COMPOSITE, NEW NUCLEIC ACID MOLECULE AND REAGENT

机译:多元复合物化学位移的识别方法,多元复合物三维结构的分析方法,多元复合物模型的构建方法,新的核酸分子和试剂

摘要

PROBLEM TO BE SOLVED: To provide a method in which a chemical shift of hydrogen atoms in a multiple composite is restored.;SOLUTION: (a) In the multiple composite, two or more molecules of the same kind are bonded in different positions to one polymer in a bonding form of the same kind. The multiple composite in which a chemical environment in a part bonded to one molecule on one terminal side is different from a chemical environment in a part bonded to one molecule on the other terminal side is prepared. (b) The chemical shift of the multiple composite under the condition (a) is measured, (c) (i) A measured value in which a difference is generated due to a difference in the chemical environment between bonding parts on both terminal sides of the polymer constituting the multiple composite under the condition (a) or (ii) a measured value in which a difference is generated due to a difference between a chemical environment of a single composite corresponding to a part in which one molecule in the multiple composite under the condition (a) is bonded to the polymer on one terminal side and a chemical environment of a single composite corresponding to a part in which one molecule in the multiple composite under the condition (a) is bonded to the polymer on the other terminal side is obtained. (d) On the basis of the measured value under the condition (c), the chemical shift measured under the condition (b) is identified.;COPYRIGHT: (C)2004,JPO
机译:解决的问题:提供一种方法来恢复复合物中氢原子的化学位移。解决方案:(a)在复合物中,两个或两个以上相同类型的分子在不同位置键合到一个相同键合形式的聚合物。制备其中在一个末端侧上与一个分子结合的部分中的化学环境与在另一末端侧上与一个分子结合的部分中的化学环境不同的多元复合物。 (b)在条件(a)下测量复合材料的化学位移,(c)(i)在其中测量值的测量值是由于在两个端部的结合侧之间的化学环境差异而产生差异。在条件(a)或(ii)下构成复合物的聚合物的测量值,其中由于对应于复合物中一个分子的部分的单一复合物的化学环境之间的差异而产生差异条件(a)在一个末端侧与聚合物键合,并且单一复合物的化学环境对应于条件(a)下的多个复合物中的一个分子在另一末端侧与聚合物键合的部分获得。 (d)根据条件(c)下的测量值,确定在条件(b)下测量的化学位移;版权:(C)2004,JPO

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