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UTSGBCH210H1WrightFall

BCH210H1 Study Guide - Comprehensive Final Exam Guide - Protein, Protein Structure, Alpha Helix

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UTSGBCH210H1Reinhart ReithmeierFall

BCH210H1 Study Guide - Comprehensive Final Exam Guide - Serine, Protein, Mutation

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Globin is colourless (the protein - 2 alpha subunits, 2 beta subunits) Valine hydrophobic on surface, sickle cell haemoglobins stack to try to cover ex
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UTSGBCH210H1Reinhart ReithmeierFall

BCH210H1 Study Guide - Comprehensive Final Guide: Van Der Waals Strain, Glycophorin, Semipermeable Membrane

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Hemoglobin is made of 4 polypeptie chains. One amino acid change causes disease-sickle cell, hbs changes the shape of the cell. Are often enzymes(catal
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UTSGBCH210H1Stavroula Andreopoulos, Roman Melnyk, Sian Patterson, Reinhart ReithmeierFall

BCH210H1 Study Guide - Comprehensive Final Exam Guide - Protein, Side Chain, Protein Structure

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UTSGBCH210H1Stavroula AndreopoulosFall

[BCH210H1] - Final Exam Guide - Comprehensive Notes for the exam (40 pages long!)

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Complex molecules like proteins are built from simple building blocks like amino acids. Biochemistry allows us to understand the molecular basis of lif
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UTSGBCH210H1Reinhart ReithmeierFall

BCH210H1- Final Exam Guide - Comprehensive Notes for the exam ( 72 pages long!)

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UTSGBCH210H1allFall

[BCH210H1] - Final Exam Guide - Ultimate 35 pages long Study Guide!

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1- Final Exam Guide - Comprehensive Notes for the exam ( 358 pages long!)

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UTSGBCH210H1Reinhart ReithmeierFall

[BCH210H1] - Final Exam Guide - Everything you need to know! (160 pages long)

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UTSGBCH210H1Reinhart ReithmeierFall

BCH210H1- Final Exam Guide - Comprehensive Notes for the exam ( 277 pages long!)

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UTSGBCH210H1ReithmeierFall

BCH210H1 Midterm: BCH210 Midterm Test 1 Exam 2010

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UTSGBCH210H1ReithmeierFall

BCH210H1 Midterm: BCH210 TT1 2016

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UTSGBCH210H1ReithmeierFall

BCH210H1 Study Guide - Midterm Guide: Shiming, Protein Folding, Globular Protein

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UTSGBCH210H1ReithmeierFall

BCH210H1 Study Guide - Midterm Guide: Cardiolipin, Alpha Helix, Beta Sheet

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UTSGBCH210H1ReithmeierFall

BCH210H1 Study Guide - Midterm Guide: Hydrogen Bond, Sucrase, Pyrimidine

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UTSGBCH210H1ReithmeierFall

BCH210H1 Midterm: BCH210 TT2 2011

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UTSGBCH210H1ReithmeierFall

BCH210H1 Midterm: BCH210 TT2 2011

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UTSGPOL200Y1Clifford OrwinSpring

POL200Y1 Study Guide - Final Guide: Utopia, Realpolitik, Deontological Ethics

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UTSGMIE350H1GRUNINGERFall

MIE350H1 Lecture Notes - Lecture 3: Coding Conventions

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UTSGMUS202H1Remi ChuWinter

MUS202H1 Lecture Notes - Lecture 8: Piano Sonata, Fidelio

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture 1: BCH210 1.pdf

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UTSGBCH210H1Stavroula AndreopoulosSummer

BCH210H1 Lecture Notes - Lecture 9: Lipid Bilayer, Organophosphate, Glycerol

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The lipid bilayer: 2 molecules thick each containing a hydrophobic tail (forming the hydrophobic core) and polar head group, diameter of bilayer = (on
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Lecture 1: L1

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UTSGBCH210H1Reinhart Reithmeier

BCH210H1 Lecture Notes - Lecture 1: Sickle-Cell Disease, Adenosine Triphosphate, Valine

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Globin is colourless (the protein - 2 alpha subunits, 2 beta subunits) Valine hydrophobic on surface, sickle cell haemoglobins stack to try to cover ex
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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture Notes - Lecture 8: Polyacrylamide Gel Electrophoresis, Sodium Dodecyl Sulfate, Subtilisin

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Sds-page: sodium dodecyl sulfate - polyacrylamide gel electrophoresis. Sds: denaturing detergent and dissolves membranes and solubilizes proteins. Smal
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UTSGBCH210H1Sian PattersonFall

BCH210H1 Lecture Notes - Lecture 3: Adenine, Phosphocreatine, Oxidative Phosphorylation

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture Notes - Lecture 1: Red Blood Cell, Nicotinamide, Hemoglobin

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Complex molecules like proteins are built from simple building blocks like amino acids. Biochemistry allows us to understand the molecular basis of lif
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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture Notes - Lecture 30: Carboxy-Lyases, Thiolase, Hydrolysis

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Ci: hexose sugars (high affinity for 6cs, not just glucose) Pf: amp (breakdown of atp = need more) Nf: atp (too much atp = stops pk), acetyl-coa, alani
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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture Notes - Lecture 2: Hydrophobicity Scales, Acid Dissociation Constant, Zwitterion

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The 20 amino acids: names, structures, properties ph and acid basics. Very flexible because of small side group. One of the worse alpha helix formers.
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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Lecture Notes - Lecture 3: Disulfide, Globular Protein, Hemoglobin

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Primary (1 ): the amino acid sequence: linear array in order; first to last. Secondary (2 ): periodic, repetitive units (alpha-helix, beta-sheet, rever
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter 29: R29

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Signal amplification: a single hormone-receptor complex can activate several g proteins, adenylate cyclase can generate many camp secondary messengers,
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter 14: R14

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E) interaction of the active site amino acids with the substrate: answer: d. Synthetases like to use metal ions as a part of their catalytic activity.
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter Notes - Chapter 12: Pyrimidine, Pancreatic Ribonuclease, Uracil

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They then proceeded to inactive histidine residues to figure out whether or not it played a role in catalysis, this was done by chemical modification o
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter Notes - Chapter 28: Second Messenger System

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The narrow filter forces an ion to give up its hydrating water molecules in the hydration sphere, ions in solution are not free ions; they are coated w
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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Chapter Notes - Chapter 1: Living Systems

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Chapter Notes - Chapter 1: Covalent Bond, Glycerol, Lysosome

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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter 20: R20

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In the previous graphs we were observing low [substrate] concentrations, what would happen as the concentration of substrate is increased: the graph be
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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter 1: R1

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Chapter Notes - Chapter 1: Polymerization, Cellulose, Electronegativity

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UTSGBCH210H1Stavroula AndreopoulosWinter

BCH210H1 Chapter 27: R27

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Can also change to bind s (e morphs ) accepted model. Facilitated diffusion: structure/function of an ion channel, the potassium channel, structure/fun
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UTSGBCH210H1Michael BakerFall

BCH210 First Term Test Study Sheet- All topics covered including diagrams from lecture slides

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UTSGBCH210H1Reinhart ReithmeierFall

BCH210H1 Study Guide - Comprehensive Final Guide: Van Der Waals Strain, Glycophorin, Semipermeable Membrane

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Hemoglobin is made of 4 polypeptie chains. One amino acid change causes disease-sickle cell, hbs changes the shape of the cell. Are often enzymes(catal
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UTSGBCH210H1Stavroula AndreopoulosFall

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UTSGBCH210H1Stavroula AndreopoulosFall

BCH210H1 Study Guide - Midterm Guide: Malonate, Imidazole, Hexose

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UTSGBCH210H1Roman MelnykFall

BCH210 Exam Study Guide.pdf

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This is the basic chemical formula for carbohydrates. Note exceptions including complexes, additional functional groups, etc. Monosaccharides: simple s
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UTSGBCH210H1allFall

[BCH210H1] - Final Exam Guide - Ultimate 35 pages long Study Guide!

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[BCH210H1] - Midterm Exam Guide - Ultimate 28 pages long Study Guide!

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