Uploaded December 2024 | Updated September 2026, 3 weeks ago
All you need to know about Enzyme kinetics.
This single video, gives detailed demonstration of enzyme kinetics, Michaelis Menten equation, Substrate vs velocity plot and enzyme inhibitors such as competitive, uncompetitive and non-competitive inhibitor.
Note:- Please note, for the diagram that demonstrates control experiment of competitive inhibitor,
all the active sites of the enzyme are saturated to form ES complex (Flask S6 and S7).
Time stamps:-
0:00 - Start
0:06 - Velocity and Maximum velocity of enzyme
6:40 - Km of enzyme
7:57 - Effect of Enzyme concentration in enzyme kinetics
11:00 - Equations for enzyme kinetics
13:16 - Steady state and Pre-steady state
16:14 - Michaelis Menten equation
19:08 - Enzyme inhibition
19:12 - Competitive inhibition
23:19 - Role of Le-Chatelier's Principle in enzyme kinetics
26:25 - Un-competitive inhibitor
30:58 - Non-competitive inhibitor
All you need to know about Enzyme kinetics.
This single video, gives detailed demonstration of enzyme kinetics, Michaelis Menten equation, Substrate vs velocity plot and enzyme inhibitors such as competitive, uncompetitive and non-competitive inhibitor.
Note:- Please note, for the diagram that demonstrates control experiment of competitive inhibitor,
all the active sites of the enzyme are saturated to form ES complex (Flask S6 and S7).
Time stamps:-
0:00 - Start
0:06 - Velocity and Maximum velocity of enzyme
6:40 - Km of enzyme
7:57 - Effect of Enzyme concentration in enzyme kinetics
11:00 - Equations for enzyme kinetics
13:16 - Steady state and Pre-steady state
16:14 - Michaelis Menten equation
19:08 - Enzyme inhibition
19:12 - Competitive inhibition
23:19 - Role of Le-Chatelier's Principle in enzyme kinetics
26:25 - Un-competitive inhibitor
30:58 - Non-competitive inhibitor
