Biochemistry notes (9th edition)

Summary of the lectures and part of the book of the course metabolism given in the first year of biology.

All information taught for subexams 1 and 2 of Metabolism and Biochemistry, including the information from the Xerte modules.

This summary includes all the information that you need for the course Metabolism. The summary is 140 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can go fast through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Metabolism exam! Good luck :)

A summary of the lecture on organic chemistry - describing the various forms of carbon bonding, their properties and orbitals

TEST BANK for Biochemistry 10th Edition by Jeremy Berg; Gregory Gatto Jr.; Justin Hines; John L. Tymoczko; Lubert Stryer  _TABLE OF CONTENTS_ 1 Biochemistry in Space and Time   2 Protein Comp osition and Structure   3 Binding and Molecular Recognition   4 Protein Methods  5 Enzymes: Core Concepts and Kinetics   6 Enzyme Catalytic Strategies   7 Enzyme Regulatory Strategies   8 DNA, RNA, and the Flow of Genetic Information    9 Nucleic Acid Methods  10 Exploring ...

A summary of the lectures on Michaelis-Menten Enzyme Kinetics including the effects of various enzyme inhibitor types and the differences between them. Gives examples of allosteric effectors and shows the Hanes-Woolfe and Lineweever-Burke plots.

A table showing the charge, polarity, typical pKA and any notes mentioned in the respective biochemistry module lectures and textbooks for year 1.

A summary of the lectures on fatty acids and photosynthesis. Explaining both fatty acid beta-oxidation and synthesis and fatty acid properties. Also covers photosynthesis and the Calvin Cycle.

A summary of biochemistry for MIB10306

A summary of the lectures on glycolysis and the role of ATP and NAD+ in this.

TEST BANK for Biochemistry 10th Edition by Jeremy Berg; Gregory Gatto Jr.; Justin Hines; John L. Tymoczko; Lubert Stryer  _TABLE OF CONTENTS_ 1 Biochemistry in Space and Time   2 Protein Comp osition and Structure   3 Binding and Molecular Recognition   4 Protein Methods  5 Enzymes: Core Concepts and Kinetics   6 Enzyme Catalytic Strategies   7 Enzyme Regulatory Strategies   8 DNA, RNA, and the Flow of Genetic Information    9 Nucleic Acid Methods  10 Exploring ...

All information taught for subexams 1 and 2 of Metabolism and Biochemistry, including the information from the Xerte modules.

This summary includes all the information that you need for the course Metabolism. The summary is 140 pages long, because it contains a lot of information, but also a lot of describing pictures which means that you can go fast through it. By reading and understanding this summary you don't even have to watch the lectures and you can be sure of succeeding your Metabolism exam! Good luck :)

Dit document bevat de antwoorden voor de werkcolleges en self-tests van hoofdstuk 1, 2, 7, 8, 9 en 11.

A summary of the lectures on Michaelis-Menten Enzyme Kinetics including the effects of various enzyme inhibitor types and the differences between them. Gives examples of allosteric effectors and shows the Hanes-Woolfe and Lineweever-Burke plots.

A table showing the charge, polarity, typical pKA and any notes mentioned in the respective biochemistry module lectures and textbooks for year 1.

A summary of the lectures on fatty acids and photosynthesis. Explaining both fatty acid beta-oxidation and synthesis and fatty acid properties. Also covers photosynthesis and the Calvin Cycle.

Summarises the lecture notes made on the important amino acids for the module, the names of the amino acids and the bonds and peptide structures that can form from amino acids.

Lecture notes summarising the main amino acids important for this module, protein structure and bonding.