Biochemistry 1 (CHEM32002)

This document is diagram heavy. It includes information about the steps involved in fatty acid oxidation, including the enzymes and the reactions of the enzymes. These notes are also very heavily based on Ninja Nerd's explanations. There are also summaries and flowcharts to help understand the diagram. Additional notes on emphasized information from class is also included.

These detailed notes include information that help with the basic biochemical interactions of membranes. Information ranges from explaining the structure, interaction and transport pathways of cellular membranes. Information is explained through diagrams, drawings and structurally color coded.

These notes include information that helps with an in-depth understanding of lipids. This includes nomenclature, understanding saturated and unsaturated fatty acids. It also includes information on the structure, interaction and reactions of fatty acids. Most concepts are explained with examples, drawings and charts. Also, notes are color coded to help follow ideas easily.

This document includes an in-depth analysis of nucleic acids and nucleotides. The information includes notes that focus on the interactions of the bonds between nucleic acids. This also tries to cover the reasoning behind the folding of the molecules.

These notes are primarily diagram based. The diagrams help with understanding and following through the krebs cycle and the PDH complex. These notes are primarily from The Ninja Turtle videos and important notes from the slides are highlighted near the end of the document. Reactions of each part of the cycle are also summarized.

This document includes detailed textbook notes that highlights information needed to know about carbohydrates. Information covers things like structure interaction, naming and Fischer projection of carbohydrates. There is also information about different bonds that exist in carbohydrates as well as interaction of different carbohydrates. A lot of the terminology is defined and explained in detail. Pictures and diagrams are included as well to help with visualizing the information.

These are very detailed notes that explain enzyme kinetics needed to know for a biochemistry course. The notes are a mixture of lecture material as well as information from the textbook. This will help with understanding the Michaeli's Mitten Equation, Vmax, Km values and the relationship between these numbers. The document also helps with understanding how enzymes bind to their ligand and how concentration affects the interaction between the two species.

The first half of this document has notes from the lecture and the second half has notes of the textbook. The notes focus on concepts that were review in class. Many models, with examples are shown. Concepts are explained using hemoglobin as the main example. Important graphs illustrating Vmax and affinity states are also shown.

This document includes detailed notes that explain the basic concepts of protein structure in biochemistry. Subtopics covered in lecture are the focus of this chapter, which includes peptide bond formation, interaction of peptide bonds, hydrogen bonding and the different levels of protein folding. The notes explain the reasoning behind the folding, including thermodynamic stability. There are also very specific foldings and theories covered in the notes.