首页> 外国专利> NUCLEIC ACID ABUNDANCE RATIO MEASUREMENT DEVICE METHOD AND PROGRAM STORAGE MEDIUM DETERMINATION METHOD AND NECLEIC ACID ABUNDANCE RATIO MEASUREMENT KIT

NUCLEIC ACID ABUNDANCE RATIO MEASUREMENT DEVICE METHOD AND PROGRAM STORAGE MEDIUM DETERMINATION METHOD AND NECLEIC ACID ABUNDANCE RATIO MEASUREMENT KIT

机译:核酸丰度比测量装置,程序存储介质的确定方法和核酸丰度比测量套件

摘要

[PROBLEMS] To provide an apparatus for measuring the abundance ratio of nucleic acid, a method for measuring the abundance ratio of nucleic acid, a program for measuring the abundance ratio of nucleic acid, and a kit for measuring the abundance ratio of nucleic acid. [MEANS FOR SOLVING PROBLEMS] Each of melting temperatures (Tm W and Tm) of different sizes based on a differential melting curve showing the relationship between the respective temperatures of a plurality of nucleic acid mixtures with different abundance ratios of two kinds of nucleic acids and differential values of fluorescence intensity relationship with M) 2 of the temperature range (ΔT W and ΔT M) area ratio of the portion of the differential melting surrounded by a line indicative of the curve and the base value, within (S M / S W) with the two types of the nucleic acid abundance containing Is stored in the memory 26 as shown in FIG. (S ' M / S' W ) of a portion surrounded by a straight line indicating a differential melting curve and a base value within the two temperature ranges (ΔT ' W and ΔT' M ) of the differential melting curve of the nucleic acid mixture to be measured And calculating the abundance ratio of the nucleic acid based on the calculated area ratio and the calibration curve, thereby measuring the abundance ratio of the nucleic acid in the specimen.
机译:[问题]为了提供用于测量核酸的丰度比的装置,用于测量核酸的丰度比的方法,用于测量核酸的丰度比的程序以及用于测量核酸的丰度比的试剂盒。 [解决问题的手段]基于显示不同丰度比的多个核酸混合物的各个温度之间的关系的微分解链曲线,不同大小的解链温度(Tm W 和Tm)中的每个温度范围(ΔT W 和ΔT M)区域中两种核酸的荧光强度和荧光强度的差异值与 M) 2的关系(S M / S W)内的两种类型的核酸之间的差异熔解部分被表示曲线和基值的线包围的比率如图2所示,含有丰富的酸的酸被存储在存储器26中。直线包围的部分的(S' M / S' W )表示在两个温度范围内(ΔT' W 和ΔT' M ),并根据计算出的面积比和校准曲线计算核酸的丰度比,从而测量样品中核酸的丰度比。

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