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A subtopic within the topic of 'Biological Molecules'

These are my digital notes taken during the time I was studying the topic.

If there are any issues with the pdf or any noticed mistakes please don't hesitate to let me know :) 

Explore the mechanisms of enzyme inhibitors, focusing on competitive and non-competitive inhibition. This summary covers key concepts such as the active site, allosteric site, and the enzyme-substrate complex, providing insights into how inhibitors affect reaction rates. Ideal for students studying biological molecules.

Understanding Enzyme Inhibition

Revision note

sheila

a subtopic within the topic of 'biological molecules'

these are my digital notes taken during the time i was studying the topic.

if there are any issues with the pdf or any noticed mistakes please don't hesitate to let me know :) 

Study note

English

enzyme inhibitors 

DEFAULT

Enzyme Inhibitors 

3 factors affecting enzyme action (Temperature, pH and substrate concentration) that you must known for OCR A Alevel biology

Explore the key factors affecting enzyme activity, including temperature, pH, and substrate concentration. Understand how these elements influence reaction rates, enzyme structure, and function, with a focus on Vmax and adaptations in extreme environments. Ideal for OCR A Level Biology students.

Enzyme Activity Influencers

Olivia

Factors affecting enzymes

Explore the key factors affecting enzyme activity, including temperature, pH, enzyme concentration, and substrate concentration. This summary covers the mechanisms of enzyme action, the induced-fit model, competitive inhibition, and practical investigations into enzyme kinetics. Ideal for A Level Biology students preparing for exams.

Enzyme Activity Factors

A* on the way

2.1.4 OCR A LEVEL BIOLOGY ( enzymes)

Notes on enzymes linking to biological molecules on AQA specification 

Explore the role of enzymes as biological catalysts, including the enzyme-substrate complex, induced fit model, and types of inhibition (competitive and non-competitive). This summary covers key concepts such as enzyme concentration, reaction rates, and the impact of pH on enzyme activity, tailored for AQA specifications.

Enzyme Function & Inhibition

Azelya Comak

AQA BIOLOGICAL MOLECULES - ENZYMES 

Explore essential methods for crop protection in higher biology, including pest control techniques, the impact of weeds, plant diseases, and the principles of integrated pest management. This summary covers key concepts such as bioaccumulation, biomagnification, and the use of pesticides, providing a comprehensive overview for students studying plant health and productivity.

Effective Crop Protection Strategies

Mia Penny

crop protection higher biology

Crop protection higher biology

AQA GCSE Biology Mind Map on digestive system, enzymes and food tests!

Explore the role of enzymes in the digestive system, including key processes like carbohydrate breakdown, protein digestion, and lipid emulsification. This summary covers enzyme functions, the importance of pH levels, and food testing methods. Ideal for GCSE Biology students preparing for exams.

Digestive Enzymes Overview

Mind map

Steph<3

Science

GCSE Biology: Digestive System And Enzymes

Alevel biology edexcel B, topic 1. Enzymes, cofactors, factors affecting rate, inhibitors

Explore the critical role of enzymes in biological reactions, including their structure, function, and the impact of factors such as temperature, pH, and inhibitors. This summary covers key concepts like enzyme-substrate complexes, competitive and non-competitive inhibition, and the importance of cofactors. Ideal for A-Level Biology students studying Edexcel B.

Hannah 

Enzymes biology

Explore the mechanisms of enzyme action, including the Induced Fit and Lock and Key models. Understand how enzymes function as catalysts, lower activation energy, and form enzyme-substrate complexes. This summary is essential for AQA Biology A Level students looking to grasp key concepts in chemical kinetics and enzyme functionality.

Enzyme Action Explained

Frankie <3

1.7 enzyme action 

1.7 Enzyme Action 

This is a mindmap for the enzymes topic in ALevel Biology! This supports ALL exam boards 😊

Explore the key concepts of enzyme activity, including examples like catalase, amylase, and trypsin. Understand how temperature, pH, enzyme concentration, and substrate concentration affect reaction rates. This summary covers the Lock & Key and Induced Fit models, emphasizing the role of enzymes as biological catalysts that lower activation energy. Ideal for A-Level Biology students across all exam boards.

TylerJamesNunn

Enzymes | Biology ALevel | OCR, AQA, Edexcel 

Explore the essential roles of enzymes in biological reactions, including the lock and key model, induced fit model, and types of enzyme inhibition (competitive and non-competitive). This summary covers key concepts such as enzyme-substrate complexes, active sites, and factors affecting enzyme activity, making it ideal for A-Level Biology and Medical Science students.

Madison💗 Phillips

Other

Enzymes knowledge organiser 

Explore the essential role of enzymes in biochemical reactions, including their structure, function, and mechanisms of action. This summary covers key concepts such as the active site, enzyme specificity, types of inhibitors, and factors affecting enzyme activity. Ideal for A-Level students seeking a comprehensive overview of enzymatic processes.

Factors affecting enzyme activity

11 best study notes in Factors affecting enzyme activity