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8.1.U1 Metabolic pathways consist of chains and cycles of enzyme-catalysed reactions.
8.1.U2 Enzymes lower the activation energy of the chemical reactions that they catalyse.
8.1.U3 Enzyme inhibitors can be competitive or non-competitive. [Enzyme inhibition should be studied using one specific example for competitive and non-competitive inhibition.]
8.1.U4 Metabolic pathways can be controlled by end-product inhibition.
8.1.A1 End-product inhibition of the pathway that converts threonine to isoleucine.
8.1.A2 Use of databases to identify potential new anti-malarial drugs.
8.1.S1 Calculating and plotting rates of reaction from raw experimental results.
8.1.S2 Distinguishing different types of inhibition from graphs at specified substrate concentration.
8.1.U2 Enzymes lower the activation energy of the chemical reactions that they catalyse.
8.1.U3 Enzyme inhibitors can be competitive or non-competitive. [Enzyme inhibition should be studied using one specific example for competitive and non-competitive inhibition.]
8.1.U4 Metabolic pathways can be controlled by end-product inhibition.
8.1.A1 End-product inhibition of the pathway that converts threonine to isoleucine.
8.1.A2 Use of databases to identify potential new anti-malarial drugs.
8.1.S1 Calculating and plotting rates of reaction from raw experimental results.
8.1.S2 Distinguishing different types of inhibition from graphs at specified substrate concentration.
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Alex LEe
Inhibition Lab
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