Team:Heidelberg/Model/Induction

iGEM TEAM HEIDELBERG 2017

---

COLLAPSE NAVIGATION

---

• People
  • Team
  • Attributions
  • Sponsoring
  • For Judges
  • Giant Jamboree
• Project
  • Overview
  • Background & Design
  • PACE
  • PREDCEL
  • Results Summary
  • Software Validation
  • Organosilicons
  • Protein Interaction
  • Cytochrome Engineering
  • Optogenetics
  • CRISPR Cas9
  • InterLab Study
  • Achievements
• Parts
  • Overview
  • Basic Parts
  • Composite Parts
  • Improved Part
  • Parts Collection
  • Part List
  • RFC
• Modeling
  • Overview
  • Phage Titer
  • Mutagenesis Induction
  • Mutation Rate Estimation
  • Lagoon Contamination
  • Medium Consumption
  • Interactive Web Tools
• Software
  • AiGEM Overview
  • DeeProtein
  • GAIA
  • SafetyNet
  • MAWS 2.0
• Human Practices
  • Overview
  • Integrated Human Practices
  • Expert Interviews
  • Safety & Security
  • Public Engagement
  • Education
  • Collaborations
• Notebook
  • Overview
  • Methods
  • Materials
  • Notebook Database
• Toolbox Guide

Modeling

Arabinose Concentration

This interactive webtool is based on the provided model of the arabinose concentration in PREDCEL and PACE

Parameter overview

Table 1: Variables and Parameters used for the calculation of the Arabinose concentrations List of all paramters and variables used in the numeric solution of this model.

Symbol	Value and Unit	Explanation
\(c_{A_{L} }\)	[g/ml]	Arabinose concentration in Lagoon

Get the ideal concentration

Arabinose concentration in inducer solution \(c_{A_{S} } \: [g/l]\)

Flow rate Lagoon \(\Phi_{L} \)

Flow rate inducer solution \(\Phi_{A} \:[Lagoon Volumes/h]\)

End time \(t \:[min]\)

Initial lagoon arabinose concentration \(c_{A_{L} }(t_{0})\)

New Plot

Calculate