The article that postulated it is the most cited article in the history of the American Chemical Society.  It is similar in transformational structure to one named for Beidler, and the Eadie-Hofstee representation compensates for its error structure.  Its y-intercept is constant with varying amounts of competitive inhibitor, but fluctuates with uncompetitive inhibitor variance.  Its slope, the ratio of a famous constant and the maximum velocity, increases by adding a mixed non-competitive inhibitor.  A mainstay of enzyme kinetics, FTP, identify this double reciprocal l
The article that postulated it is the most cited article in the history of the American Chemical Society.  It is similar in transformational structure to one named for Beidler, and the Eadie-Hofstee representation compensates for its error structure.  Its y-intercept is constant with varying amounts of competitive inhibitor, but fluctuates with uncompetitive inhibitor variance.  Its slope, the ratio of a famous constant and the maximum velocity, increases by adding a mixed non-competitive inhibitor.  A mainstay of enzyme kinetics, FTP, identify this double reciprocal linear representation of the Michaelis-Menten equation.
The article that postulated it is the most cited article in the history of the American Chemical Society.  
Lineweaver-Burk plot