'Michaelis' diaporamas de présentation

Industrial Microbiology INDM 4005 Lecture 9 23/02/04

Industrial Microbiology INDM 4005 Lecture 9 23/02/04. PROCESS ANALYSIS. Lecture 9 ( 1) Kinetics and models - Predictive microbiology ( 2) Growth kinetics (and product) ( 3) Models - example, Continuous culture model . Overview. Fermentation Kinetics Mathematic models Stoichiometry

1.38k views • 44 slides

Probabilistic Approximations of ODEs Based Signaling Pathways Dynamics

Probabilistic Approximations of ODEs Based Signaling Pathways Dynamics. P.S. Thiagarajan School of Computing, National University of Singapore. A Common Modeling Approach. View a pathway as a network of bio-chemical reactions Model the network as a system of ODEs

561 views • 44 slides

Myths about Construction Grammar

Laura A. Michaelis Department of Linguistics, Institute of Cognitive Science University of Colorado at Boulder. Myths about Construction Grammar. The Good News. Language scholars from varied backgrounds concur that knowledge of language includes grammatical generalizations of varied grains .

715 views • 42 slides

What is enzyme catalysis?

What is enzyme catalysis?. A catalyst is a substance that accelerates a chemical reaction without itself undergoing any net change. How do enzymes work?. Free energy. Thermodynamics of catalysis. D G = D H - T D S. D G = Gibbs Free energy D H = Change in heat (energy)

615 views • 40 slides

Model-based approach

Model-based approach. Purpose Improve understanding Optimization Control Macroscale approach Mannapperuma et al. (1991); Lammertyn et al. (2003) Geometry: intact fruit Gas transport coupled with respiration kinetics. Gas transport properties. Effective parameters. D eff. Liquid phase.

445 views • 31 slides

ENZIMKINETIKA

550 views • 31 slides

SABIO-RK Making Reaction Kinetics Data Accessible Martin Golebiewski

SABIO-RK Making Reaction Kinetics Data Accessible Martin Golebiewski EML Research, Heidelberg, Germany. Biochemical Pathways. Kinetic Law:. Kinetic Parameters:. V m = Maximum velocity. K m = Michaelis Constant. Enzyme Kinetics. Calculation of reaction rates:.

445 views • 25 slides

750 views • 24 slides

Changes in Gene Regulation in ? Zap1 Strain of S accharomyces cerevisiae due to Cold Shock

Changes in Gene Regulation in ? Zap1 Strain of S accharomyces cerevisiae due to Cold Shock. Jim McDonald and Paul Magnano. Outline. Introduction to Gene Regulation, Cold Shock, and DNA Microarrays Steps required for Analysis and Model Results of Running the Model

349 views • 23 slides

General Features of Enzymes

General Features of Enzymes. Most biological reactions are catalyzed by enzymes Most enzymes are proteins Highly specific (in reaction & reactants ) Involvement of cofactor or coenzyme in some enzymes (prosthetic groups, holoenzyme, apoenzyme) Activity regulated through

357 views • 13 slides