Indicating that half of the maximum velocity of a reaction occurs when the substrate concentration equals the namesake constant, FTP, name this model of enzyme kinetics, named for two German biochemists.
The Naka-Rushton and pigment depletion formulae are varying forms of it, and Briggs-Haldane analysis is useful in conjunction with the so-called "pre-equilibrium" approximation.  Positive and negative cooperativities are easy to distinguish based on this model, and it can be derived from a pseudo-first-order expression and converted to a Lineweaver-Burk plot.  Indicating that half of the maximum velocity of a reaction occurs when the substrate concentration equals the namesake constant, FTP, name this model of enzyme kinetics, named for two German biochemists.
The Naka-Rushton and pigment depletion formulae are varying forms of it, and Briggs-Haldane analysis is useful in conjunction with the so-called "pre-equilibrium" approximation.  
Michaelis-Menten