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The effect of systematic error on the accuracy of Michaelis constants and maximum velocities estimated by using the integrated Michaelis–Menten equation (Short Communication)

机译:系统误差对通过使用积分Michaelis–Menten方程估算的Michaelis常数和最大速度的准确性的影响(短距离通信)

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摘要

pSystematic errors in initial substrate concentration (is/isub0/sub), product concentration and reaction time give much larger errors in the Michaelis–Menten parameters unless is/isub0/sub is treated as an unknown parameter. These errors are difficult to detect because the fitted curve deviates little from the data. The effect of non-enzymic reaction is also examined./p
机译:>初始底物浓度( s 0 ),产物浓度和反应时间的系统误差会给Michaelis-Menten参数带来更大的误差,除非 s 0 被视为未知参数。由于拟合曲线与数据的偏差很小,因此很难检测到这些错误。还检查了非酶反应的作用。

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