'Specific growth rate' diaporamas de présentation

CURVE FITTING Student Notes

CURVE FITTING Student Notes. ENGR 351 Numerical Methods for Engineers Southern Illinois University Carbondale College of Engineering Instructor: L.R . Chevalier, Ph.D., P.E. Applications. Need to determine parameters for saturation-growth rate model to characterize microbial kinetics.

3.43k views • 119 slides

MIC 303 INDUSTRIAL AND ENVIRONMENTAL MICROBIOLOGY

MIC 303 INDUSTRIAL AND ENVIRONMENTAL MICROBIOLOGY. MICROBIAL GROWTH KINETICS. Mdm Aslizah Mohd Aris. TYPE OF MICROBIAL GROWTH SYSTEM. 3 major type: Batch culture Continuous or Chemostat Culture Fed-batch Culture. BATCH CULTURE. BATCH CULTURE.

999 views • 37 slides

Cellular kinetics and associated reactor design: Reactor Design for Cell Growth

753 views • 35 slides

Mode of Fermentation; Batch, Fed Batch and Continuous

Mode of Fermentation; Batch, Fed Batch and Continuous. Sri Kumalaningsih. Outline. Overview Batch fermentation Fed batch fermentation Continuous fermentation. Outline. Overview Batch fermentation Fed Batch culture Continuous culture Growth kinetics. Batch fermentation.

2.8k views • 35 slides

Mass balance 4.3

Mass balance 4.3. minerals carbon dioxide water dioxygen nitrogen-waste. organics food structure reserve product. flux of compound i chemical index for element i in compound j for all compounds j. compounds. DEB model specifies organic fluxes

423 views • 35 slides

Basics of Bio-Process Engineering

Dr Alok Tripathi aquaimmuno@yahoo.co.in 09795894495. Basics of Bio-Process Engineering.

448 views • 33 slides

Cellular kinetics and associated reactor design: Reactor Design for Cell Growth

510 views • 33 slides

Phytoplankton: Nutrients and Growth

618 views • 32 slides

Batch culture: Growth Kinetics

Batch culture: Growth Kinetics. During log phase growth reaches maximum (max) After depletion of substrate, growth rate decreases and finally ceases. m = m max s ( Ks +s). m= specific growth rate. m. m max. 1/2 m max. Ks = substrate concentration.

642 views • 31 slides

Mass balance 4.3

Mass balance 4.3. minerals carbon dioxide water dioxygen nitrogen-waste. organics food structure reserve product. flux of compound i chemical index for element i in compound j for all compounds j. compounds. DEB model specifies organic fluxes

446 views • 31 slides

Gayan K. A. Appuhamillage and T. G. Chasteen Department of Chemistry Sam Houston State University

Bioremediation of toxic oxyanions using genetically modified Escherichia coli strains and study of their glutathione biosynthetic pathway. Gayan K. A. Appuhamillage and T. G. Chasteen Department of Chemistry Sam Houston State University. Objectives Introduction Methodology Results

429 views • 28 slides

Plankton and Productivity

Georgia Institute of Technology. Biological Oceanography. Plankton and Productivity. Phytoplankton Diversity Nutrients and light Primary production New production. Fig. 1. Examples of representative marine eukaryotic phytoplankton.

705 views • 24 slides

Riparian Management and Fish Productivity

351 views • 21 slides

DEB theory as framework for quantifying effects of noise on cetaceans

DEB theory as framework for quantifying effects of noise on cetaceans. Bas Kooijman Dept Theoretical Biology Washington, 2004/03/05. Introduction. Dynamic Energy Budget theory Quantification of effects of toxicants & parasites Translation of effects on individuals to populations

176 views • 17 slides

FST 508 FERMENTED FOODS (3 units)

FST 508 FERMENTED FOODS (3 units). By Dr. Olusegun Obadina. Know Your Lecturers. Prof. Olusola Oyewole. Dr. Olusegun Obadina. Part 1 Introduction to fermentation processes. Type of products resulting from fermentation processes biomass enzymes metabolites (primary + secondary)

238 views • 10 slides

FST 508 FERMENTED FOODS (3 units)

FST 508 FERMENTED FOODS (3 units). By Dr. Olusegun Obadina. Know Your Lecturers. Prof. Olusola Oyewole. Dr. Olusegun Obadina. Part 1 Introduction to fermentation processes. Type of products resulting from fermentation processes biomass enzymes metabolites (primary + secondary)

123 views • 10 slides

ABE 572 Bioprocess Engineering

639 views • 8 slides

Microbial pellet formation

1.76k views • 6 slides

Monod equation

Monod equation. Monod equation is a kinetic model which describes microbial growth as a functional relationship between the specific growth rate and an essential substrate concentration. (Liu 2006). Monod equation. ( OECD 1995 ). Where:

2.31k views • 5 slides

Supplemental Fig. 1 Specific growth rate of T. geofontis OPF15 T under varying sodium chloride concentrations. Each point represents the mean from duplicate cultures.

138 views • 1 slides