Zivin J A, Waud D R
Life Sci. 1982 Apr 26;30(17):1407-22. doi: 10.1016/0024-3205(82)90554-9.
The results of many biochemical, pharmacological and physiological experiments fit a rectangular hyperbola. Several methods for analysis of this curve have been developed but these techniques have not been readily available to researchers who are not interested in becoming mathematical statisticians. We have reviewed these analytical methods and concluded that, the Eadie-Hofstee technique is the best choice. We explain how to use this method and include sample calculations and calculator programs. We are especially interested in showing scientists who are not particularly mathematically inclined how to use these methods effectively and thus save a great deal of time and expense.
许多生物化学、药理学和生理学实验的结果符合矩形双曲线。已经开发了几种分析这条曲线的方法,但对于那些不想成为数理统计学家的研究人员来说,这些技术并不容易获得。我们回顾了这些分析方法,并得出结论,伊迪-霍夫斯泰技术是最佳选择。我们解释了如何使用这种方法,并包括示例计算和计算器程序。我们特别感兴趣的是向那些对数学不太感兴趣的科学家展示如何有效地使用这些方法,从而节省大量的时间和费用。