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Metabolic transformations in a cell

Subject: Biology

Grade: Lower Secondary

Publisher: YDP

Resource types: Whiteboard presentation

Resource ID: a1002
Description:

At the end of this activity, students should be able to:
– define metabolism
– explain the differences between anabolic and catabolic reactions
– explain the role of ATP
– define the role of enzymes
– explain the term "active site" and present a diagram of a reaction with an enzyme
– explain the terms "cofactor" and "inhibitor" and their influence on the progress of enzymatic reactions
– demonstrate the influence of temperature on the rate of enzymatic reactions.

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Metabolic transform... – explain the terms "cofactor" and "inhibitor" and their influence on the progress of enzymatic reactions – demonstrate the influence of temperature on the rate of enzymatic reactions."> Class activity

Consists of...
Catabolism and anab... Simulation Metabolism – brea... Whiteboard exercise Anabolic reactions Animation Catabolic reactions Animation ATP – a cellular ... Whiteboard exercise Model of ATPase mol... Animation ATP Whiteboard exercise Reaction course und... Animation Speed of reaction Simulation Activation energy Animation Energy of the reaction Simulation Temperature of the ... Simulation How the reaction pr... Animation Enzyme-substrate co... Illustration Enzymes Whiteboard exercise Apoenzyme Illustration Active site Animation Coenzyme Animation Regulatory region Illustration Enzymes and substrates Animation Specificity of enzymes Simulation Wrong substrates Animation Vitamins in the hum... Slideshow Sources of vitamins Whiteboard exercise Inhibitors Simulation Inhibition Animation Enzyme activity and... Simulation Classes of enzymes Whiteboard exercise

Relevant to...

Secondary School

Lower Secondary (Grades 7-9)

Biology

The cell – the basic unit of living organisms

8. Metabolic transformations in a cell

YDP SA

Keywords

cell, enzyme, metabolic, energy, substrate, vitamin, coenzyme, product, enzyme-substrate complex, activation energy, inhibitor, transformations, catabolism, Anabolism, reaction, catalyst, catalysis, Metabolic transformations in a cell

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