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METHOD FOR QUANTIFYING SOLID PHASE REACTIONS USING FLUOR NMR.
METHOD FOR QUANTIFYING SOLID PHASE REACTIONS USING FLUOR NMR.
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机译:使用荧光核磁共振定量固相反应的方法。
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摘要
A method for quantifying a solid phase reaction comprising: (a) initiating a solid phase reaction between a fluorine-containing solid phase reaction component, of the formula in which it is a solid support containing one or more fluorine atoms as internal standard; L is absent or is a linking group that optionally contains one or more fluorine atoms; and B is an appropriate functional group for the reaction with a fluorine-containing reactant or reactant to form a fluorine-containing solid phase reaction product. and a fluorine containing reactant or reactant to form a fluorine containing solid phase reaction product; (b) take a sample of said solid phase reaction after a predetermined time interval and obtain a 19 F NMR spectrum of said sample; and (c) comparing, in said 19F NMR spectrum, the 19F resonance of the fluorine-containing solid phase reaction product with the 19F resonance of said internal standard.
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机译:一种用于定量固相反应的方法,该方法包括:(a)在下式的含氟固相反应组分之间引发固相反应,其中所述含氟固相反应组分为包含一个或多个氟原子作为内标的固体载体; L不存在或为任选包含一个或多个氟原子的连接基团; B为与含氟反应物或反应物反应形成含氟固相反应产物的合适的官能团。和含氟反应物或反应物形成含氟固相反应产物; (b)在预定的时间间隔后获取所述固相反应的样品,并获得所述样品的19 F NMR谱; (c)在上述19 F NMR光谱中,将含氟固相反应产物的19 F共振与上述内标的19 F共振进行比较。
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