" Their efficiency is quantified by the specificity constant, which has a maximum value around 10^8 inverse molar inverse seconds due to diffusion.
These things are represented by the second of the three dependent variables in the Goodwin equations, which model oscillations in their behavior. One equation which describes these things can be simplified by replacing the reciprocal terms in the denominator with Cleland coefficients or Dalziel coefficients. When using control theory to model these things, their response coefficient is equal to the product of their flux control coefficient and their elasticity coefficient. When measuring the function of these things, a stopped-flow apparatus can be used to obtain accurate data during the initial transient "burst phase." Their efficiency is quantified by the specificity constant, which has a maximum value around 10^8 inverse molar inverse seconds due to diffusion. For 10 points, what compounds have numerical efficiencies quantified by the turnover number and the Michaelis constant?
These things are represented by the second of the three dependent variables in the Goodwin equations, which model oscillations in their behavior.
enzymes [prompt on "catalysts" or "proteins"]