Wolfram Demonstrations Project
Biochemistry
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Demonstrations 1 - 20 of 79
pH Buffering in Human BloodMembrane Potential Responses to Ion GradientsFeedback Control of Cellular Concentration in a Continuous Bioreactor (Turbidostat)Marcus Theory of Electron Transfer 1: Classical versus Semi-classical ModelsMichaelis-Menten Kinetics for Hydrogen Peroxide-Catalase Reaction
pH Buffering in Human Blood
Membrane Potential Responses to Ion Gradients
Feedback Control of Cellular Concentration in a Continuous Bioreactor (Turbidostat)
Marcus Theory of Electron Transfer 1: Classical versus Semi-classical Models
Michaelis-Menten Kinetics for Hydrogen Peroxide-Catalase Reaction
Tetl-Box Synthetic Bacteria Growth KineticsOxygen Dynamics in a Chemostat with Substrate InhibitionDynamics of an Enzymatic Aerated ReactorModel of an Immobilized Biocatalyst Tubular ReactorStartup and Steady State in a Chemostat
Tetl-Box Synthetic Bacteria Growth Kinetics
Oxygen Dynamics in a Chemostat with Substrate Inhibition
Dynamics of an Enzymatic Aerated Reactor
Model of an Immobilized Biocatalyst Tubular Reactor
Startup and Steady State in a Chemostat
Purity and Yield in Chromatography on AntibodiesDiauxic Behavior of Yeast in a Fed-Batch ReactorAeration Dynamics in a Batch ReactorStructured Model for Intracellular PHB ProductionBatch Fermentation with Product Inhibition
Purity and Yield in Chromatography on Antibodies
Diauxic Behavior of Yeast in a Fed-Batch Reactor
Aeration Dynamics in a Batch Reactor
Structured Model for Intracellular PHB Production
Batch Fermentation with Product Inhibition
Fed-Batch Fermentation and Quasi-steady StateRamachandran Analysis of Protein Backbone Dihedral AnglesOperating a Chemostat (CSTR Bioreactor)Minimal ORAC Kinetic System: Mathematical AnalysisSome Peptide Properties
Fed-Batch Fermentation and Quasi-steady State
Ramachandran Analysis of Protein Backbone Dihedral Angles
Operating a Chemostat (CSTR Bioreactor)
Minimal ORAC Kinetic System: Mathematical Analysis
Some Peptide Properties

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