Selenelee
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Gel Electrophoresis
This document summarises the basics of gel electrophoresis, why we use it and the mechanism.
- Package deal
- Summary
- • 2 pages •
This document summarises the basics of gel electrophoresis, why we use it and the mechanism.
DNA Hybridisation
This document summarises the fundamentals of DNA hybridisation. It includes DNA denaturation, renaturation, hypochromic/hyperchromic effect, melting temperature, renaturation curves, and DNA sequencing.
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- Summary
- • 4 pages •
This document summarises the fundamentals of DNA hybridisation. It includes DNA denaturation, renaturation, hypochromic/hyperchromic effect, melting temperature, renaturation curves, and DNA sequencing.
DNA Primary Sturcture
This document summarises the fundamentals of the DNA primary structure. It describes the basic structure of a nucleotide, DNA vs RNA structure, nucleotide polymerisation, and RNA hydrolysis.
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- Summary
- • 2 pages •
This document summarises the fundamentals of the DNA primary structure. It describes the basic structure of a nucleotide, DNA vs RNA structure, nucleotide polymerisation, and RNA hydrolysis.
DNA Secondary Structure
This document summarises the secondary structure of DNA. It describes the elemental composition of DNA, Watson-Crick base pairing, B form DNA, and DNA geometry.
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- Summary
- • 2 pages •
This document summarises the secondary structure of DNA. It describes the elemental composition of DNA, Watson-Crick base pairing, B form DNA, and DNA geometry.
Enzymes
This package includes all the notes summarising the fundamental mechanisms of enzymes, enzyme kinetics, catalysis, and inhibition. It includes everything you must know about enzymes at University level biochemistry course.
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- • 6 items •
- Enzyme transition state theory • Lecture notes
- Enzyme rate of reaction • Lecture notes
- Fundamentals of enzymes • Summary
- Enzyme kinetics • Summary
- Enzyme inhibition • Summary
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This package includes all the notes summarising the fundamental mechanisms of enzymes, enzyme kinetics, catalysis, and inhibition. It includes everything you must know about enzymes at University level biochemistry course.
Mechanism of enzyme catalysis
This document summarises all the different types of enzyme catalysis reactions. It includes acid-base, covalent, metal ion, electrostatic, and transition state binding catalysis. Each type of catalytic reaction is explained in detail with examples and diagrams.
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- Summary
- • 5 pages •
This document summarises all the different types of enzyme catalysis reactions. It includes acid-base, covalent, metal ion, electrostatic, and transition state binding catalysis. Each type of catalytic reaction is explained in detail with examples and diagrams.
Enzyme inhibition
This document summarises all the different types of enzyme inhibition, including competitive, uncompetitive, mixed, non-competitive, and irreversible inhibitions. It also includes specific examples and explains the mechanisms of each inhibition type.
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- Summary
- • 6 pages •
This document summarises all the different types of enzyme inhibition, including competitive, uncompetitive, mixed, non-competitive, and irreversible inhibitions. It also includes specific examples and explains the mechanisms of each inhibition type.
Enzyme kinetics
This summary covers all the details about enzyme kinetics and essential equations. It covers the Mechaelis-Menteen, Km, catalytic efficiency, how to analyse kinetic data/curves, Lineweaver-Burke plot, Hofstee-Eadie plot, Hanes-Woolf plot, and calculation from kinetic data.
- Package deal
- Summary
- • 5 pages •
This summary covers all the details about enzyme kinetics and essential equations. It covers the Mechaelis-Menteen, Km, catalytic efficiency, how to analyse kinetic data/curves, Lineweaver-Burke plot, Hofstee-Eadie plot, Hanes-Woolf plot, and calculation from kinetic data.
Fundamentals of enzymes
This summary covers everything you need to know about enzymes, including the essential definitions, enzyme functions, enzyme-substrate interaction, substrate specificity, enzyme classification, and cofactors.
- Package deal
- Summary
- • 4 pages •
This summary covers everything you need to know about enzymes, including the essential definitions, enzyme functions, enzyme-substrate interaction, substrate specificity, enzyme classification, and cofactors.
Enzyme rate of reaction
This lecture note summarises the kinetics and thermodynamics of enzyme reaction. It elaborates on the 1st and 2nd order rate, rate determining step, collision theory, activation energy, and Arrhenius theory.
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- Lecture notes
- • 3 pages •
This lecture note summarises the kinetics and thermodynamics of enzyme reaction. It elaborates on the 1st and 2nd order rate, rate determining step, collision theory, activation energy, and Arrhenius theory.