Difference between revisions of "Team:CUNY Kingsborough/Light Operon"

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<h2>Introduction</h2>
 
<h2>Introduction</h2>
  
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<h2>Modeling Results</h2>
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<h2>Equations</h2>
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<h2>Results</h2>
  
 
<p class="low-rise-padding italicize">The different states of Yf1 are being hit with different intensities of light, producing alternating results unique to the state. Click on any of the images to view full size.</p>
 
<p class="low-rise-padding italicize">The different states of Yf1 are being hit with different intensities of light, producing alternating results unique to the state. Click on any of the images to view full size.</p>

Revision as of 23:29, 13 October 2018

Background Design Experiments Results
Overview Modeling 101 Light Operon Turing Patterns CRISPR-Cas13a
Human Practices Public Engagement
Team Members Collaborations Attributions


Light Operon

Introduction

Equations

Results

The different states of Yf1 are being hit with different intensities of light, producing alternating results unique to the state. Click on any of the images to view full size.

  1. Starting concentration of 95 FixJ molecules (Gillespie)

    2. (Left) Constant light at 0.4291 micromoles per square meter; (Right) Constant light at 4.291 micromoles per square meter
     yDD (Dark-Dark state); yDL/LD (Dark-Light state); yLL (Light-Light state)

  2. Starting concentration of 948 FixJ molecules (Gillespie)

    3. (Left) Constant light at 0.4291 micromoles per square meter; (Right) Constant light at 4.291 micromoles per square meter
     yDD (Dark-Dark state); yDL/LD (Dark-Light state); yLL (Light-Light state)

  3. Comparison to deterministic models

    4. (Left) Starting concentration of 95 FixJ molecules; (Right) Starting concentration of 948 FixJ molecules
     yDD (Dark-Dark state); yDL/LD (Dark-Light state); yLL (Light-Light state)