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Literature Video 2 - Introductions and the inverted triangle

Literature Video 2 - Introductions and the inverted triangle

Module 11 - Lipids In-Class session

Module 11 - Lipids In-Class session

Topic 6.3A - Reaction coordinates

Topic 6.3A - Reaction coordinates

Topic 7.7A - Substrate specificity, complementarity, and molecular recognition

Topic 7.7A - Substrate specificity, complementarity, and molecular recognition

Topic 7.7B - Models of enzyme structure function relationships

Topic 7.7B - Models of enzyme structure function relationships

Topic 7.8 - Predicting transition state geometry

Topic 7.8 - Predicting transition state geometry

Topic 7.6 - Enzyme reaction specificity

Topic 7.6 - Enzyme reaction specificity

Topic 7.5B - Influences on rate constant part 2

Topic 7.5B - Influences on rate constant part 2

Topic 7.5A - Influences on rate constants part 1

Topic 7.5A - Influences on rate constants part 1

Topic 7.4 - Rate constants and molecularity

Topic 7.4 - Rate constants and molecularity

Topic 7.1 - Intro to enzyme and enzyme classes

Topic 7.1 - Intro to enzyme and enzyme classes

Topic 7.2 - Reaction coordinates

Topic 7.2 - Reaction coordinates

Topic 7.3 - Reaction coordinates of enzymes

Topic 7.3 - Reaction coordinates of enzymes

Topic 5.6 - Beta turns

Topic 5.6 - Beta turns

Topic 5 2 Levels of protein structure

Topic 5 2 Levels of protein structure

Topic 2.11 - Isoelectric point default

Topic 2.11 - Isoelectric point default

Topic 1.11 - Nernst equation and combining half reactions

Topic 1.11 - Nernst equation and combining half reactions

Topic 1.3 - Hess's Law and Module 1 Overview

Topic 1.3 - Hess's Law and Module 1 Overview

Nitrogen Topic 6 - The nitrogen cycle and the environment

Nitrogen Topic 6 - The nitrogen cycle and the environment

Nitrogen Topic 5 - Other nitrogen cycle pathways

Nitrogen Topic 5 - Other nitrogen cycle pathways

Nitrogen Topic 4 - Nitrogenase mechanism

Nitrogen Topic 4 - Nitrogenase mechanism

Nitrogen Topic 3 - Nitrogenase structure and cofactors

Nitrogen Topic 3 - Nitrogenase structure and cofactors

Nitrogen Topic 2 - Fixation Thermodynamics

Nitrogen Topic 2 - Fixation Thermodynamics

Nitrogen Topic 1 - Intro to nitrogen cycle

Nitrogen Topic 1 - Intro to nitrogen cycle

Lesson 5.1 - Literature search techniques

Lesson 5.1 - Literature search techniques

Lesson 4.3 - Accessing research articles through UCF library

Lesson 4.3 - Accessing research articles through UCF library

Lesson 3.5 - Citations and references

Lesson 3.5 - Citations and references

Lesson 3.4 - The discussion section

Lesson 3.4 - The discussion section

Lesson 3.3 - Results and describing data

Lesson 3.3 - Results and describing data

Lesson 3.2 - Materials and Methods

Lesson 3.2 - Materials and Methods

Lesson 2 - Intro to intros

Lesson 2 - Intro to intros

Topic 8.19 - Working up steady state activity data

Topic 8.19 - Working up steady state activity data

Topic 5.3 - Constraints of peptide bonds

Topic 5.3 - Constraints of peptide bonds

Topic 5.7 - Polarity of secondary structures

Topic 5.7 - Polarity of secondary structures

Topic 5.8 - Thermodynamic contributions to tertiary structure

Topic 5.8 - Thermodynamic contributions to tertiary structure

Topic 5.4 - H-bonding in an alpha helix

Topic 5.4 - H-bonding in an alpha helix

Topic 5.5 - H-bonding in a beta sheet

Topic 5.5 - H-bonding in a beta sheet

Topic 5.9 - Quaternary structure

Topic 5.9 - Quaternary structure

Topic 5.1 - Intro to Protein Structure and function

Topic 5.1 - Intro to Protein Structure and function

Topic 2.8 - H bond donors and acceptors

Topic 2.8 - H bond donors and acceptors

Topic 2.7 - Amphiphilic molecules

Topic 2.7 - Amphiphilic molecules

Topic 2.6 - Non polar molecules in water

Topic 2.6 - Non polar molecules in water

Topic 2.5 - Hydration shells and water solubility

Topic 2.5 - Hydration shells and water solubility

Topic 1.10 - Oxidation state

Topic 1.10 - Oxidation state

Topic 1.9 - Redox Reactions

Topic 1.9 - Redox Reactions

Topic 2.1 - Review of non-covalent interactions

Topic 2.1 - Review of non-covalent interactions

Topic 2.2 - Electrostatic interactions and Coulomb's law

Topic 2.2 - Electrostatic interactions and Coulomb's law

Topic 2.3 - Distance dependence of non covalent interactions

Topic 2.3 - Distance dependence of non covalent interactions

Topic 2.4 - Water and H bonding

Topic 2.4 - Water and H bonding

Topic 10.12 - Intro to DNA macromolecular structure

Topic 10.12 - Intro to DNA macromolecular structure

Topic 10.9 - Chargaff's rules

Topic 10.9 - Chargaff's rules

Topic 10.6 - Nucleotides syn vs anti conformations

Topic 10.6 - Nucleotides syn vs anti conformations

Topic 10.8 - Phophodiester linkages and polymerization of nucleotides

Topic 10.8 - Phophodiester linkages and polymerization of nucleotides

Topic 10.11 - Double stranded DNA and replication

Topic 10.11 - Double stranded DNA and replication

Topic 10.10 - Watson-Crick base pair AT

Topic 10.10 - Watson-Crick base pair AT

Topic 10.7 - Ribose sugar puckering

Topic 10.7 - Ribose sugar puckering

Topic 10.3 - Nitrogenous bases purines and pyrimidines

Topic 10.3 - Nitrogenous bases purines and pyrimidines

Topic 10.2 - General nucleotide structure ribo vs deoxyribo

Topic 10.2 - General nucleotide structure ribo vs deoxyribo

Topic 10.4 - Purine structures

Topic 10.4 - Purine structures

Topic 10.5 - Pyrimidine structures

Topic 10.5 - Pyrimidine structures

Topic 10.1 - Intro to nucleic acids and nucleotides

Topic 10.1 - Intro to nucleic acids and nucleotides

Topic 4.17 - Protein mass fingerprinting

Topic 4.17 - Protein mass fingerprinting

Topic 4.7 - Hydrophobic interaction chromatography and chromatograms

Topic 4.7 - Hydrophobic interaction chromatography and chromatograms

$Topic 4.2 - Protein purification fractionation$

Topic 4.2 - Protein purification fractionation

Topic 4.12 - Disulfide reduction

Topic 4.12 - Disulfide reduction

Topic 4.4 - Salting out part 1

Topic 4.4 - Salting out part 1

Topic 4.6 - Intro to chromatography

Topic 4.6 - Intro to chromatography

Topic 4.1 - Introduction to primary structure

Topic 4.1 - Introduction to primary structure

Topic 6.2 - Ligand binding proteins

Topic 6.2 - Ligand binding proteins

Topic 4.15 - Sequencing Tandem mass spectrometry

Topic 4.15 - Sequencing Tandem mass spectrometry

Topic 4.5 - Salting out part 2

Topic 4.5 - Salting out part 2

Topic 4.10 - Affinity chromatography

Topic 4.10 - Affinity chromatography

Topic 6.5 - Myoglobin and heme structure

Topic 6.5 - Myoglobin and heme structure

Topic 4.13 - Peptide fragmentation spliced version

Topic 4.13 - Peptide fragmentation spliced version

Topic 4.9 - Size exclusion chromatography

Topic 4.9 - Size exclusion chromatography

Topic 6.11 - Estimating Kd from ligand binding curves

Topic 6.11 - Estimating Kd from ligand binding curves

Topic 4.11 - SDS PAGE

Topic 4.11 - SDS PAGE

Topic 2 - (Optional) Water

Topic 2 - (Optional) Water

Topic 6.1 - Intro to structure function relationships

Topic 6.1 - Intro to structure function relationships

Topic 6.10 - Saturation of protein binding sites

Topic 6.10 - Saturation of protein binding sites

Topic 4.3 - Protein detection

Topic 4.3 - Protein detection

Topic 4.16 - Sequencing Tandem Mass spec part 2

Topic 4.16 - Sequencing Tandem Mass spec part 2

Topic 4.8 - Ion exchange chromatography

Topic 4.8 - Ion exchange chromatography

Topic 6.3 - Equilbrium association and dissociation constants

Topic 6.3 - Equilbrium association and dissociation constants

Topic 4.14 - Sequencing Edman degradation

Topic 4.14 - Sequencing Edman degradation

Topic 8.18 - Uncompetitive and mixed inhibition

Topic 8.18 - Uncompetitive and mixed inhibition

Topic 6.9 - The hyperbolic equation for ligand binding

Topic 6.9 - The hyperbolic equation for ligand binding

Topic 8.16 - Linearization of Michaelis Menten equation

Topic 8.16 - Linearization of Michaelis Menten equation

Topic 6.8 - Intro to ligand binding curves

Topic 6.8 - Intro to ligand binding curves

Topic 6.7 - Myoglobin specificity for O2

Topic 6.7 - Myoglobin specificity for O2

Topic 8.8 - Integrated first order rate equation

Topic 8.8 - Integrated first order rate equation

Topic 6.17 - Structural basis for cooperativity

Topic 6.17 - Structural basis for cooperativity

Topic 8.11 - General second order rate law and the first order approximation

Topic 8.11 - General second order rate law and the first order approximation

Topic 8.12 - Michaelis-Menten part 1, assumptions

Topic 8.12 - Michaelis-Menten part 1, assumptions

Topic 8.10 Integrated second order rate law when reactants are identical

Topic 8.10 Integrated second order rate law when reactants are identical

Topic 8.17 - Competitive inhibition

Topic 8.17 - Competitive inhibition

Topic 9.2 - Sugar nomenclature and numbering part 2

Topic 9.2 - Sugar nomenclature and numbering part 2

Topic 8.13 - Michaelis-Menten part 2, Finishing the derivation

Topic 8.13 - Michaelis-Menten part 2, Finishing the derivation

Topic 8.9 - Linearizing integrated first order rate equation

Topic 8.9 - Linearizing integrated first order rate equation

Topic 8.6 - Mathematical models, ligand binding part 2

Topic 8.6 - Mathematical models, ligand binding part 2

Topic 6.16 - Protein conformation and dynamics and cooperativity

Topic 6.16 - Protein conformation and dynamics and cooperativity

Topic 8.1 - Introduction to enzyme mechanism

Topic 8.1 - Introduction to enzyme mechanism

Topic 8.4 - Other consideration in designing assays

Topic 8.4 - Other consideration in designing assays

Topic 8.3 - Continuous vs non continuous assays

Topic 8.3 - Continuous vs non continuous assays

Topic 6.6 - The myoglobin binding site

Topic 6.6 - The myoglobin binding site

Topic 8.2 - Designing enzyme activity assays

Topic 8.2 - Designing enzyme activity assays

Topic 6.12 - Myoglobin vs hemoglobin

Topic 6.12 - Myoglobin vs hemoglobin

Topic 6.13 - Hemoglobin and the Hill plot

Topic 6.13 - Hemoglobin and the Hill plot

Topic 8.14 - Michaelis Menten part 3, comparison with ligan binding equation

Topic 8.14 - Michaelis Menten part 3, comparison with ligan binding equation

Topic 6.15 - Concerted vs Sequential model for hemoglobin

Topic 6.15 - Concerted vs Sequential model for hemoglobin

Topic 8.7 - Linearizing ligand binding equation

Topic 8.7 - Linearizing ligand binding equation

Topic 6.14 - Effectors and cooperativity

Topic 6.14 - Effectors and cooperativity

Topic 9.1 - Sugar nomeclature and numbering part 1

Topic 9.1 - Sugar nomeclature and numbering part 1

Topic 8.5 - Mathematical models, ligand binding part 1

Topic 8.5 - Mathematical models, ligand binding part 1

Topic 8.15 - Michaelis Menten parameters

Topic 8.15 - Michaelis Menten parameters

Topic 9.4 - Hemiacetals and hemiketals

Topic 9.4 - Hemiacetals and hemiketals

Topic 9.8 - Glycosidic bonds and reducing and non reducing sugars

Topic 9.8 - Glycosidic bonds and reducing and non reducing sugars

Topic 9.7 - Sugar modifications

Topic 9.7 - Sugar modifications

Topic 9.3 - Epimers

Topic 9.3 - Epimers

Topic 11.6B - Sphingolipids part 2

Topic 11.6B - Sphingolipids part 2

Topic 9.5 - Sugar cyclization

Topic 9.5 - Sugar cyclization

Topic 11.6A - Sphingolipids

Topic 11.6A - Sphingolipids

Topic 11.8 - Lipid bilayer

Topic 11.8 - Lipid bilayer

Topic 9.10 - Drawing disaccharides, sucrose

Topic 9.10 - Drawing disaccharides, sucrose

Topic 11.5 - Phosphoglycerides

Topic 11.5 - Phosphoglycerides

Topic 11.2 - Saturated fatty acids

Topic 11.2 - Saturated fatty acids

Topic 11.4 - Triglycerides

Topic 11.4 - Triglycerides

Topic 11.1 -Intro to lipids

Topic 11.1 -Intro to lipids

Topic 11.10 - Fluid mosaic model and membrane components

Topic 11.10 - Fluid mosaic model and membrane components

Topic 9.6 - Pyranose chair conformations

Topic 9.6 - Pyranose chair conformations

Topic 11.3 - Unsaturated fatty acids

Topic 11.3 - Unsaturated fatty acids

Topic 9.11 - Polysaccharides

Topic 9.11 - Polysaccharides

Topic 11.7 - Steroids

Topic 11.7 - Steroids

Topic 9.9 - Drawing disaccharides, lactose

Topic 9.9 - Drawing disaccharides, lactose

Topic 11.9 - Membrane fluidity

Topic 11.9 - Membrane fluidity

Topic 2.9 - Henderson Hasselbalch equation

Topic 2.9 - Henderson Hasselbalch equation

Topic 2.10 - Henderson Hasselbalch equation example

Topic 2.10 - Henderson Hasselbalch equation example

Topic 3.6B - Amino acids by chemical characteristics

Topic 3.6B - Amino acids by chemical characteristics

Topic 3.5 - More polar amino acids YHKR

Topic 3.5 - More polar amino acids YHKR

Topic 3.4 - Polar amino acids DENQ

Topic 3.4 - Polar amino acids DENQ

Topic 3.2 Non polar amino acids part I GAVLIP

Topic 3.2 Non polar amino acids part I GAVLIP

Topic 3.3 Non polar amino acids FWM

Topic 3.3 Non polar amino acids FWM

Topic 3.1 -Anatomy of amino acids

Topic 3.1 -Anatomy of amino acids

Topic 3.6 Final polar amino acids STC

Topic 3.6 Final polar amino acids STC

Topic 3.1B - Anatomy of amino acids stereochemistry

Topic 3.1B - Anatomy of amino acids stereochemistry

Topic 6.4 - Equilibrium constants and rate constants

Topic 6.4 - Equilibrium constants and rate constants

Topic 1.8 - Temperature dependence on spontaneity

Topic 1.8 - Temperature dependence on spontaneity

Topic 1.5 - Free energy and spontaneous reactions

Topic 1.5 - Free energy and spontaneous reactions

Topic 1.6 - Free energy, enthalpy and entropy

Topic 1.6 - Free energy, enthalpy and entropy

Topic 1.2- Laws of thermodynamics

Topic 1.2- Laws of thermodynamics

Topic 1.1 - Introduction to biochemistry

Topic 1.1 - Introduction to biochemistry

Topic 1.4- Standard Gibbs free energy

Topic 1.4- Standard Gibbs free energy

Topic 1.7 - Free energy and equilibrium

Topic 1.7 - Free energy and equilibrium