Lock and Key Model VS Induced Fit Model | Differences and Similarites

Lock and key model vs induced fit model: the differences and similarities are explained in this video lesson.
Enzymes are biocatalysts. They increase the rate of biochemical reaction by decreasing the activation energy. The specific substrate binds with the enzyme at the active site and converts it into the product. The proper binding of the substrate at the active site is the key step in an enzyme-catalyzed reaction. To explain the enzyme-substrate binding, two models i.e., the lock and key model and induced fit model are extensively used.
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[@aileencarrera9776]

Amazing video

[@hawraabasim3085]

Thanks

[@kenemesay]

Please help me understand Transition State. May you use an analogy for me to understand too, please.

[@ahmadcoaching]

The transitions state is the intermediary state of the reaction, when the molecule is neither a substrate or product. It is like a state of cooking a food on stove which is not yet ready to eat.

[@kenemesay]

@@ahmadcoaching Thank you sm!

[@user-iz4cg6fv6s]

Mam I don't understand transition state please define it easily 🙏♥️

[@WilliamLee-nh5nz]

It's the enzyme-substrate complex

[@ahmadcoaching]

The transitions state is the intermediary state of the reaction, when the molecule is neither a substrate or product. It is like a state of cooking a food on stove which is not yet ready to eat.