<?xml version="1.0" encoding="utf-8"?>
<cain version="1.7">
  <listOfModels>
    <model id="AutoRegulatoryNetwork" name="Auto-regulatory network">
      <listOfSpecies>
        <species initialAmount="10" id="Gene"/>
        <species initialAmount="0" name="P2.Gene" id="P2Gene"/>
        <species initialAmount="0" id="Rna"/>
        <species initialAmount="0" id="P"/>
        <species initialAmount="0" id="P2"/>
      </listOfSpecies>
      <listOfReactions>
        <reaction propensity="1" massAction="true" id="RepressionBinding" name="Repression binding">
          <listOfReactants>
            <speciesReference species="Gene"/>
            <speciesReference species="P2"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference species="P2Gene"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="10" massAction="true" id="ReverseRepressionBinding" name="Reverse repression binding">
          <listOfReactants>
            <speciesReference species="P2Gene"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference species="Gene"/>
            <speciesReference species="P2"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="0.01" massAction="true" id="Transcription">
          <listOfReactants>
            <speciesReference species="Gene"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference species="Gene"/>
            <speciesReference species="Rna"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="10" massAction="true" id="Translation">
          <listOfReactants>
            <speciesReference species="Rna"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference species="Rna"/>
            <speciesReference species="P"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="1" massAction="true" id="Dimerisation">
          <listOfReactants>
            <speciesReference stoichiometry="2" species="P"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference species="P2"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="1" massAction="true" id="Dissociation">
          <listOfReactants>
            <speciesReference species="P2"/>
          </listOfReactants>
          <listOfProducts>
            <speciesReference stoichiometry="2" species="P"/>
          </listOfProducts>
        </reaction>
        <reaction propensity="0.1" massAction="true" id="RnaDegradation" name="RNA Degradation">
          <listOfReactants>
            <speciesReference species="Rna"/>
          </listOfReactants>
        </reaction>
        <reaction propensity="0.01" massAction="true" id="ProteinDegradation" name="Protein degradation">
          <listOfReactants>
            <speciesReference species="P"/>
          </listOfReactants>
        </reaction>
      </listOfReactions>
    </model>
  </listOfModels>
  <listOfMethods>
    <method equilibrationTime="0.0" startTime="0.0" recordingTime="5000.0" id="Direct" category="0" numberOfBins="32" multiplicity="4" method="0" timeDependence="0" numberOfFrames="101" options="0"/>
  </listOfMethods>
  <random seed="2147483648">
  </random>
</cain>
