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    "# Introduction to Integrase Enumerator\n",
    "\n",
    "In BioCRNpyler, `Integrase_Enumerator` is a way to modularly define DNA constructs that can be recombined into other forms using integrases. Integrases in general are proteins that bind to a specific sequence and then cause a recombination event between two such sequences. In the case of `Serine Integrases`, these sequences are called `attP` and `attB`. So one very simple way to express an integrase reaction (where Bxb1 is an integrase) would be like this:\n",
    "\n",
    "$attB + 2 Bxb1 \\rightleftharpoons attB:Bxb1$\n",
    "\n",
    "$attP + 2 Bxb1 \\rightleftharpoons attP:Bxb1$\n",
    "\n",
    "$attB:Bxb1 + attP:Bxb1 \\xrightarrow{k_{int}} attL:Bxb1 + attR:Bxb1$\n",
    "\n",
    "(Bxb1 unbinding from attL and attR is not shown)\n",
    "\n",
    "With this simple schematic, very complex dna manipulations can be performed.\n",
    "\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "try:\n",
    "    #dnaplotlib is a cool library for plotting DNAs.\n",
    "    #please use my fork located at https://github.com/dr3y/dnaplotlib\n",
    "    #to install it type: pip install git+git://github.com/dr3y/dnaplotlib.git@master\n",
    "    import dnaplotlib as dpl # type: ignore[import]\n",
    "    %matplotlib inline\n",
    "    dpl_enabled = True\n",
    "except (ModuleNotFoundError,ImportError) as e:\n",
    "    dpl_enabled = False\n",
    "\n",
    "def plotNetwork(inCRN,use_pretty_print=True,colordict = None,iterations=2000,rseed=30,posscale=1,export=False,layout=\"force\",**keywords):\n",
    "    try:\n",
    "        from bokeh.models import (Plot , Range1d)\n",
    "        from biocrnpyler.utils.plotting import render_network_bokeh\n",
    "        import bokeh.plotting\n",
    "        import bokeh.io\n",
    "        bokeh.io.output_notebook() #this makes the graph appear in line with the notebook\n",
    "        layout_str = \"force\"\n",
    "        plot = render_network_bokeh(inCRN,use_pretty_print=use_pretty_print,\\\n",
    "            colordict=colordict,layout=layout_str,posscale=posscale,\\\n",
    "                iterations=iterations,rseed=rseed,**keywords) #this creates the networkx objects\n",
    "        \n",
    "        bokeh.io.show(plot) #if you don't type this the plot won't show\n",
    "        if(export):\n",
    "            plot.output_backend = \"svg\"\n",
    "            bokeh.io.export_svgs(plot, \"plot_file.svg\")\n",
    "            \n",
    "    except ModuleNotFoundError:\n",
    "        return None"
   ]
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   "execution_count": 2,
   "metadata": {},
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     "text": [
      "28\n",
      "42\n"
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       "\n",
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       "      console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n",
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       "\n",
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       "      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n",
       "      document.head.appendChild(element);\n",
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       "  };\n",
       "\n",
       "  function inject_raw_css(css) {\n",
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       "    element.appendChild(document.createTextNode(css));\n",
       "    document.body.appendChild(element);\n",
       "  }\n",
       "\n",
       "  const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.7.3.min.js\"];\n",
       "  const css_urls = [];\n",
       "\n",
       "  const inline_js = [    function(Bokeh) {\n",
       "      Bokeh.set_log_level(\"info\");\n",
       "    },\n",
       "function(Bokeh) {\n",
       "    }\n",
       "  ];\n",
       "\n",
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       "    if (root.Bokeh !== undefined || force === true) {\n",
       "      try {\n",
       "            for (let i = 0; i < inline_js.length; i++) {\n",
       "      inline_js[i].call(root, root.Bokeh);\n",
       "    }\n",
       "\n",
       "      } catch (error) {display_loaded(error);throw error;\n",
       "      }if (force === true) {\n",
       "        display_loaded();\n",
       "      }} else if (Date.now() < root._bokeh_timeout) {\n",
       "      setTimeout(run_inline_js, 100);\n",
       "    } else if (!root._bokeh_failed_load) {\n",
       "      console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n",
       "      root._bokeh_failed_load = true;\n",
       "    } else if (force !== true) {\n",
       "      const cell = $(document.getElementById(\"a562c7ad-30ea-4756-9102-5a2b6a27289f\")).parents('.cell').data().cell;\n",
       "      cell.output_area.append_execute_result(NB_LOAD_WARNING)\n",
       "    }\n",
       "  }\n",
       "\n",
       "  if (root._bokeh_is_loading === 0) {\n",
       "    console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n",
       "    run_inline_js();\n",
       "  } else {\n",
       "    load_libs(css_urls, js_urls, function() {\n",
       "      console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n",
       "      run_inline_js();\n",
       "    });\n",
       "  }\n",
       "}(window));"
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      "/Users/murray/Library/CloudStorage/Dropbox/macosx/src/biocrnpyler/biocrnpyler/utils/plotting.py:204: UserWarning: Node keys in 'layout_function' don't match node keys in the graph. These nodes may not be displayed correctly.\n",
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0x1435eeb70>\"]],[\"color\",[\"purple\",\"white\",\"green\",\"green\",\"green\",\"white\",\"grey\",\"orange\",\"grey\",\"yellow\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"orange\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"lightgreen\",\"grey\",\"red\",\"cyan\",\"cyan\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\"]],[\"species\",[\"nothing\",\"dna_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attP_forward_part_pconst_forward_part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"protein_RNAP\",\"protein_Ribo\",\"protein_RNAase\",\"dna_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attR_forward_part_pconst_reverse_part_attL_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attP_protein_Bxb1_2x_forward__part_pconst_forward_part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"rna_part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attP_protein_Bxb1_2x_forward__complex_part_pconst_protein_RNAP_forward__part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"protein_Bxb1\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attP_protein_Bxb1_2x_forward__part_pconst_forward_complex_part_attB_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attP_forward_complex_part_pconst_protein_RNAP_forward__part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attP_forward_complex_part_pconst_protein_RNAP_forward__complex_part_attB_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attP_forward_part_pconst_forward_complex_part_attB_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attP_protein_Bxb1_2x_forward__complex_part_pconst_protein_RNAP_forward__complex_part_attB_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attR_protein_Bxb1_2x_forward__part_pconst_reverse_part_attL_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"rna_part_attR_reverse_part_UTR1_forward_part_RFP_forward_part_t16_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attR_protein_Bxb1_2x_forward__complex_part_pconst_protein_RNAP_reverse__part_attL_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attR_protein_Bxb1_2x_forward__part_pconst_reverse_complex_part_attL_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attR_forward_complex_part_pconst_protein_RNAP_reverse__part_attL_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attR_forward_complex_part_pconst_protein_RNAP_reverse__complex_part_attL_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_part_attR_forward_part_pconst_reverse_complex_part_attL_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_t16_reverse_part_RFP_reverse_part_UTR1_reverse_complex_part_attR_protein_Bxb1_2x_forward__complex_part_pconst_protein_RNAP_reverse__complex_part_attL_protein_Bxb1_2x_reverse__part_UTR1_forward_part_GFP_forward_part_t16_forward_part_genome_forward_\",\"ordered_polymer_part_attB_reverse_complex_part_UTR1_protein_Ribo_forward__part_GFP_forward_part_t16_forward_\",\"protein_GFP\",\"ordered_polymer_part_attR_reverse_complex_part_UTR1_protein_Ribo_forward__part_RFP_forward_part_t16_forward_\",\"protein_RFP\",\"complex_protein_RNAase_rna_part_attR_reverse_part_UTR1_forward_part_RFP_forward_part_t16_forward__\",\"complex_protein_RNAase_rna_part_attB_reverse_part_UTR1_forward_part_GFP_forward_part_t16_forward__\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[Ribo] <--> ordered_polymer[part[attB-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[GFP-forward]:part[t16-forward]]\",\"ordered_polymer[part[attB-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[GFP-forward]:part[t16-forward]] --> rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[GFP]+protein[Ribo]\",\"rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[Ribo] <--> ordered_polymer[part[attR-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[RFP-forward]:part[t16-forward]]\",\"ordered_polymer[part[attR-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[RFP-forward]:part[t16-forward]] --> rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RFP]+protein[Ribo]\",\"rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]] --> protein[RNAase]\",\"rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]] --> 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0x1432dfef0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1433dcef0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143296b40>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14346b7d0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143419f10>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14359f650>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1434b26c0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14359ef60>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14359f1d0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14359ed50>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143568a10>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143569f70>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143568740>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143569b50>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14356aa80>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14356ba70>\",\"<biocrnpyler.core.propensities.MassAction object at 0x143568d10>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14356b800>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ec6e0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ec9e0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435eca70>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ed9d0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ed850>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ee060>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435edee0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ee870>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435ee6f0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x1435eeb70>\"]],[\"color\",[\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\"]],[\"species\",[\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:complex[part[pconst]:protein[RNAP]-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attP-forward]:part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:complex[part[pconst]:protein[RNAP]-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:complex[part[pconst]:protein[RNAP]-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] --> dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]+rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:part[attL-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]] <--> ordered_polymer[part[t16-reverse]:part[RFP-reverse]:part[UTR1-reverse]:part[attR-forward]:part[pconst-reverse]:complex[part[attL]:2x_protein[Bxb1]-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]:part[genome-forward]]\",\"rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[Ribo] <--> ordered_polymer[part[attB-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[GFP-forward]:part[t16-forward]]\",\"ordered_polymer[part[attB-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[GFP-forward]:part[t16-forward]] --> rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[GFP]+protein[Ribo]\",\"rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[Ribo] <--> ordered_polymer[part[attR-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[RFP-forward]:part[t16-forward]]\",\"ordered_polymer[part[attR-reverse]:complex[part[UTR1]:protein[Ribo]-forward]:part[RFP-forward]:part[t16-forward]] --> rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RFP]+protein[Ribo]\",\"rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attR-reverse]:part[UTR1-forward]:part[RFP-forward]:part[t16-forward]]] --> protein[RNAase]\",\"rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attB-reverse]:part[UTR1-forward]:part[GFP-forward]:part[t16-forward]]] --> 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       "  const render_items = [{\"docid\":\"783fc219-329f-4ca4-9f9e-c2f6b5c14dc2\",\"roots\":{\"p1005\":\"bae13e53-80a6-4c14-8273-d59107c39a71\"},\"root_ids\":[\"p1005\"]}];\n",
       "  void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n",
       "  }\n",
       "  if (root.Bokeh !== undefined) {\n",
       "    embed_document(root);\n",
       "  } else {\n",
       "    let attempts = 0;\n",
       "    const timer = setInterval(function(root) {\n",
       "      if (root.Bokeh !== undefined) {\n",
       "        clearInterval(timer);\n",
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       "      } else {\n",
       "        attempts++;\n",
       "        if (attempts > 100) {\n",
       "          clearInterval(timer);\n",
       "          console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n",
       "        }\n",
       "      }\n",
       "    }, 10, root)\n",
       "  }\n",
       "})(window);"
      ],
      "application/vnd.bokehjs_exec.v0+json": ""
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     "metadata": {
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       "id": "p1005"
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     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "from biocrnpyler.components import RegulatedPromoter, Promoter, RBS, CDS, Terminator, Origin\n",
    "from biocrnpyler.components import IntegraseSite, IntegraseRule, Integrase_Enumerator, DNA_construct\n",
    "from biocrnpyler.mixtures import TxTlExtract\n",
    "from biocrnpyler.utils.plotting import CRNPlotter, render_network_bokeh\n",
    "#first, we define basic construct components\n",
    "\n",
    "ptet = RegulatedPromoter(\"ptet\",[\"tetr\"],leak=True) #this is a repressible promoter\n",
    "pconst = Promoter(\"pconst\") #constitutive promoter\n",
    "utr1 = RBS(\"UTR1\") #regular RBS\n",
    "gfp = CDS(\"GFP\")\n",
    "rfp = CDS(\"RFP\")\n",
    "t16 = Terminator(\"t16\") #a terminator stops transcription\n",
    "gen_ori = Origin(\"genome\") #put this Origin part in the genome so it is not considered for intermolecular reactions\n",
    "gen_ori.attributes = [\"no_inter\"] #this is what tells us that any dna that contains this part should not be considered for intermolecular reactions\n",
    "\n",
    "#some parameters are useful also. note the \"kint\" parameter which determines the rate of recombination\n",
    "parameters={\"cooperativity\":2,\"kb\":100, \"ku\":10, \"ktx\":.05, \"ktl\":.2, \"kdeg\":2,\"kint\":.05}\n",
    "#here is where we define the integrase attachment sites\n",
    "\n",
    "attP = IntegraseSite(\"attP\",\"attP\",integrase=\"Bxb1\") #the first argument is the name of this attachment site, the second argument is the type of attachment site it is (\"attP\", \"attB\", \"attL\" or \"attR\") and the integrase denotes which integrase binds to this site (default is \"int1\")\n",
    "\n",
    "attB = IntegraseSite(\"attB\",\"attB\",integrase=\"Bxb1\") #we define two attachment sites, as one site doesn't do anything on its own besides bind integrases\n",
    "\n",
    "bxb1_mechanism = IntegraseRule(\"Bxb1\", reactions={(\"attB\",\"attP\"):\"attL\",(\"attP\",\"attB\"):\"attR\"})\n",
    "#an integrase rule explains how the integrase functions. It is a dictionary which has valid combinations of sites for the keys, and the values are the names of the new sites generated. When two sites combine, they create two different sites, which are the result of the sites themselves getting recombined. In the real system, it's a bit like this:\n",
    "#A==attB1:attB2==B + C==attP1:attP2==D -> A==attB1:attP2==D + C==attP1:attB2==B\n",
    "#so then we say, attB1:attB2 is attB, attP1:attP2 is attP, attB1:attP2 is attL, attP1:attB2 is attR. the == represents a strand of DNA, labeled with A-D to keep them distinct\n",
    "#If we are tracking what happens to the \"A\" strand, then we can simplify this a bit to say:\n",
    "#A:attB + attP -> A:attL\n",
    "#and likewise for the \"C\" strand,\n",
    "#C:attP + attB -> C:attR\n",
    "#this is what the \"reactions\" argument represents, and this is its default value.\n",
    "\n",
    "\n",
    "bxb1 = Integrase_Enumerator(\"Bxb1\", int_mechanisms={\"Bxb1\":bxb1_mechanism}) #we must also define an integrase enumerator. The default integrase is always \"int1\", but here we are specifying \"Bxb1\" as the integrase. The Integrase enumerator gets a name, and the mechanism we defined above.\n",
    "\n",
    "#now that the parts are defined, we can put together our construct.\n",
    "promoter_flip = DNA_construct([[t16,\"reverse\"],[rfp,\"reverse\"],[utr1,\"reverse\"],[attP,\"forward\"],[pconst,\"forward\"],[attB,\"reverse\"],[utr1,\"forward\"],[gfp,\"forward\"],[t16,\"forward\"],gen_ori])\n",
    "promoter_flip.attributes = [\"no_inter\"]\n",
    "\n",
    "#this is organized in a \"promoter flipping\" arrangment where the integrase causes an intramolecular reaction that results in the promoter facing the other direction, and transcribing a different set of genes.\n",
    "\n",
    "myMixture = TxTlExtract(name = \"txtl\", parameters = parameters, components = [promoter_flip],global_component_enumerators=[bxb1],global_recursion_depth=2) #to activate integrase reactions you must add our `Integrase_Enumerator` as a global_component_enumerator in the mixture.\n",
    "enumerated_constructs = myMixture.global_component_enumeration()\n",
    "#then, we can plot the DNA constructs that will be present in our CRN:\n",
    "\n",
    "if(dpl_enabled):\n",
    "    plotter = CRNPlotter()\n",
    "    for construct in enumerated_constructs:\n",
    "        if(isinstance(construct,DNA_construct)):\n",
    "            plotter.renderConstruct(construct)\n",
    "\n",
    "\n",
    "#and, simulate the CRN\n",
    "myCRN = myMixture.compile_crn()\n",
    "print(len(myCRN.species))\n",
    "print(len(myCRN.reactions))\n",
    "for reaction in myCRN.reactions:\n",
    "    rxcount = myCRN.reactions.count(reaction)\n",
    "    if(rxcount>1):\n",
    "        print(f\"{reaction} found {rxcount} times!\")\n",
    "plotNetwork(myCRN,colordict = {\"complex\": \"cyan\", \"protein\": \"green\",\n",
    "                     \"dna\": \"white\", \"rna\": \"orange\",\n",
    "                     \"ligand\": \"pink\", \"phosphate\": \"yellow\",\\\n",
    "                     \"nothing\": \"purple\",\\\n",
    "                     \"GFP\":\"lightgreen\", \"RFP\":\"red\",\\\n",
    "                     \"Bxb1\":\"yellow\", \"kint\":\"brown\"},reactioncolordict = {\"kint\":\"yellow\",\"kb\":\"cornflowerblue\",\"ktx\":\"orange\"},use_pretty_print=False)\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 640x480 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "\n",
    "try:\n",
    "    import numpy as np\n",
    "    import matplotlib.pyplot as plt\n",
    "    timepoints = np.linspace(0, 2000, 3000)\n",
    "    x0 = {promoter_flip.get_species():6.0,\n",
    "        \"protein_Bxb1\":5, \"protein_RNAP\":10., \"protein_Ribo\":50.}\n",
    "    Re1 = myCRN.simulate_with_bioscrape_via_sbml(timepoints, initial_condition_dict = x0)\n",
    "    if(Re1 is not None):\n",
    "        ln1 = plt.plot(timepoints,Re1[\"protein_GFP\"], label = \"protein_GFP\", color = \"green\")\n",
    "        ln2 = plt.plot(timepoints,Re1[\"protein_RFP\"], label = \"protein_RFP\", color = \"red\")\n",
    "        unflipped = []\n",
    "        flipped = []\n",
    "        for a in Re1:\n",
    "            if(\"attP\" in a and \"part\" in a):\n",
    "                unflipped += [a]\n",
    "            elif(\"attL\" in a and \"part\" in a):\n",
    "                flipped += [a]\n",
    "        ax1 = plt.gca()\n",
    "        plt.ylabel(\"protein\")\n",
    "        ax2 = ax1.twinx()\n",
    "        ln3 = ax2.plot(timepoints,Re1[unflipped].sum(axis=1), label = \"initial construct\", color='lightgreen')\n",
    "        ln4 = ax2.plot(timepoints,Re1[flipped].sum(axis=1), label = \"flipped promoter\",color='pink')\n",
    "        plt.title(\"Time trace of GFP -> RFP promoter-flipping system\")\n",
    "        plt.xlabel(\"time\")\n",
    "        plt.ylabel(\"dna\",color=\"forestgreen\")\n",
    "        lns = ln1+ln2+ln3+ln4\n",
    "        labs = [l.get_label() for l in lns]\n",
    "        plt.legend(lns, labs, loc=\"lower right\")\n",
    "        #plt.legend(loc=\"lower right\")\n",
    "except ModuleNotFoundError:\n",
    "    print('please install the plotting libraries: pip install biocrnpyler[all]')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Integrase reactions are depicted as yellow squares. You can also see that GFP goes up first, but then slows down as all the DNA is converted into the flipped form. The flipped DNA is also plotted"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "52\n",
      "97\n"
     ]
    }
   ],
   "source": [
    "\n",
    "plasmid1_construct = DNA_construct([t16,attP,attB,gfp],circular=True)\n",
    "genome_construct = DNA_construct([pconst,attB,rfp,gen_ori])\n",
    "\n",
    "recursion_depth = 1 #this determines how many times the components are asked about what integrase reactions they make\n",
    "\n",
    "myMixture = TxTlExtract(name = \"txtl\", parameters = parameters, components = [plasmid1_construct,genome_construct],global_component_enumerators=[bxb1],global_recursion_depth=recursion_depth) \n",
    "\n",
    "#the return_enumerated_components keyword causes the Mixture to also return all Components created during compilation\n",
    "myCRN, enumerated_constructs = myMixture.compile_crn(return_enumerated_components = True)\n",
    "#then, we can plot the DNA constructs that will be present in our CRN:\n",
    "\n",
    "if(dpl_enabled):\n",
    "    plotter = CRNPlotter()\n",
    "    for construct in enumerated_constructs:\n",
    "        if(isinstance(construct,DNA_construct)):\n",
    "            plotter.renderConstruct(construct)\n",
    "\n",
    "print(len(myCRN.species))\n",
    "print(len(myCRN.reactions))"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "try:\n",
    "    import numpy as np\n",
    "    import matplotlib.pyplot as plt\n",
    "    timepoints = np.linspace(0, 2000, 3000)\n",
    "    x0 = {plasmid1_construct.get_species():6.0, genome_construct.get_species():3,\n",
    "        \"protein_Bxb1\":5, \"protein_RNAP\":10., \"protein_Ribo\":50.}\n",
    "    Re1 = myCRN.simulate_with_bioscrape_via_sbml(timepoints, initial_condition_dict = x0)\n",
    "    if(Re1 is not None):\n",
    "        #ln1 = plt.plot(timepoints,Re1[\"protein_GFP\"], label = \"protein_GFP\", color = \"green\")\n",
    "        #ln2 = plt.plot(timepoints,Re1[\"protein_RFP\"], label = \"protein_RFP\", color = \"red\")\n",
    "        unflipped = []\n",
    "        plasmid = []\n",
    "        genome = []\n",
    "        plasmid_inter = []\n",
    "        dead_end = []\n",
    "        dead_end2 = []\n",
    "        integration_count = {}\n",
    "        for a in Re1:\n",
    "            if((\"attP\" in a) and (\"attR\" not in a) and  (\"attL\" not in a) and (\"part\" in a) and (\"circular\" in a) and (\"attL\" not in a)):\n",
    "                #this is the unflipped plasmid\n",
    "                plasmid += [a]\n",
    "            elif((\"attB\" in a) and (\"RFP\" in a) and (\"attL\" not in a) and (\"attR\" not in a) and (\"part\" in a) and (\"pconst\" in a)):\n",
    "                #this is the \"genome\" where the plasmid integrates\n",
    "                genome += [a]\n",
    "            elif((\"attL\" in a) and (\"attR\" not in a)  and (\"circular\" in a)):\n",
    "                #this is the dead end byproduct\n",
    "                dead_end += [a]\n",
    "            elif((\"attR\" in a) and (\"attL\" not in a) and (\"circular\" in a)):\n",
    "                #the other byproduct which cannot integrate\n",
    "                dead_end2 += [a]\n",
    "            elif((\"attL\" in a) and (\"part\" in a) and (\"pconst\" in a) and (\"genome\" in a)):\n",
    "                int_count = a.count(\"attL\")\n",
    "                if(int_count in integration_count):\n",
    "                    integration_count[int_count] += [a]\n",
    "                else:\n",
    "                    integration_count[int_count] = [a]\n",
    "            elif((\"attR\" in a) and  (\"circular\" in a)):\n",
    "                plasmid_inter += [a]\n",
    "        plt.plot(timepoints,Re1[plasmid].sum(axis=1), label = \"plasmid\", color='lightgreen')\n",
    "        plt.plot(timepoints,Re1[genome].sum(axis=1), label = \"genome\", color='black')\n",
    "        plt.plot(timepoints,Re1[dead_end].sum(axis=1), label = \"dead end 1\", color='grey')\n",
    "        plt.plot(timepoints,Re1[dead_end2].sum(axis=1), label = \"dead end 2\", color='darkgrey')\n",
    "        plt.plot(timepoints,Re1[plasmid_inter].sum(axis=1), label = \"plasmid intermolecular\", color='red')\n",
    "\n",
    "        for count, speciesnames in integration_count.items():\n",
    "            plt.plot(timepoints,Re1[speciesnames].sum(axis=1), label=str(count))\n",
    "        plt.legend()\n",
    "        #plt.ylim(0,10)\n",
    "except ModuleNotFoundError:\n",
    "    print('please install the plotting libraries: pip install biocrnpyler[all]')"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "Plot the CRN"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [
    {
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       "const JS_MIME_TYPE = 'application/javascript';\n",
       "  const HTML_MIME_TYPE = 'text/html';\n",
       "  const EXEC_MIME_TYPE = 'application/vnd.bokehjs_exec.v0+json';\n",
       "  const CLASS_NAME = 'output_bokeh rendered_html';\n",
       "\n",
       "  /**\n",
       "   * Render data to the DOM node\n",
       "   */\n",
       "  function render(props, node) {\n",
       "    const script = document.createElement(\"script\");\n",
       "    node.appendChild(script);\n",
       "  }\n",
       "\n",
       "  /**\n",
       "   * Handle when an output is cleared or removed\n",
       "   */\n",
       "  function handleClearOutput(event, handle) {\n",
       "    function drop(id) {\n",
       "      const view = Bokeh.index.get_by_id(id)\n",
       "      if (view != null) {\n",
       "        view.model.document.clear()\n",
       "        Bokeh.index.delete(view)\n",
       "      }\n",
       "    }\n",
       "\n",
       "    const cell = handle.cell;\n",
       "\n",
       "    const id = cell.output_area._bokeh_element_id;\n",
       "    const server_id = cell.output_area._bokeh_server_id;\n",
       "\n",
       "    // Clean up Bokeh references\n",
       "    if (id != null) {\n",
       "      drop(id)\n",
       "    }\n",
       "\n",
       "    if (server_id !== undefined) {\n",
       "      // Clean up Bokeh references\n",
       "      const cmd_clean = \"from bokeh.io.state import curstate; print(curstate().uuid_to_server['\" + server_id + \"'].get_sessions()[0].document.roots[0]._id)\";\n",
       "      cell.notebook.kernel.execute(cmd_clean, {\n",
       "        iopub: {\n",
       "          output: function(msg) {\n",
       "            const id = msg.content.text.trim()\n",
       "            drop(id)\n",
       "          }\n",
       "        }\n",
       "      });\n",
       "      // Destroy server and session\n",
       "      const cmd_destroy = \"import bokeh.io.notebook as ion; ion.destroy_server('\" + server_id + \"')\";\n",
       "      cell.notebook.kernel.execute(cmd_destroy);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  /**\n",
       "   * Handle when a new output is added\n",
       "   */\n",
       "  function handleAddOutput(event, handle) {\n",
       "    const output_area = handle.output_area;\n",
       "    const output = handle.output;\n",
       "\n",
       "    // limit handleAddOutput to display_data with EXEC_MIME_TYPE content only\n",
       "    if ((output.output_type != \"display_data\") || (!Object.prototype.hasOwnProperty.call(output.data, EXEC_MIME_TYPE))) {\n",
       "      return\n",
       "    }\n",
       "\n",
       "    const toinsert = output_area.element.find(\".\" + CLASS_NAME.split(' ')[0]);\n",
       "\n",
       "    if (output.metadata[EXEC_MIME_TYPE][\"id\"] !== undefined) {\n",
       "      toinsert[toinsert.length - 1].firstChild.textContent = output.data[JS_MIME_TYPE];\n",
       "      // store reference to embed id on output_area\n",
       "      output_area._bokeh_element_id = output.metadata[EXEC_MIME_TYPE][\"id\"];\n",
       "    }\n",
       "    if (output.metadata[EXEC_MIME_TYPE][\"server_id\"] !== undefined) {\n",
       "      const bk_div = document.createElement(\"div\");\n",
       "      bk_div.innerHTML = output.data[HTML_MIME_TYPE];\n",
       "      const script_attrs = bk_div.children[0].attributes;\n",
       "      for (let i = 0; i < script_attrs.length; i++) {\n",
       "        toinsert[toinsert.length - 1].firstChild.setAttribute(script_attrs[i].name, script_attrs[i].value);\n",
       "        toinsert[toinsert.length - 1].firstChild.textContent = bk_div.children[0].textContent\n",
       "      }\n",
       "      // store reference to server id on output_area\n",
       "      output_area._bokeh_server_id = output.metadata[EXEC_MIME_TYPE][\"server_id\"];\n",
       "    }\n",
       "  }\n",
       "\n",
       "  function register_renderer(events, OutputArea) {\n",
       "\n",
       "    function append_mime(data, metadata, element) {\n",
       "      // create a DOM node to render to\n",
       "      const toinsert = this.create_output_subarea(\n",
       "        metadata,\n",
       "        CLASS_NAME,\n",
       "        EXEC_MIME_TYPE\n",
       "      );\n",
       "      this.keyboard_manager.register_events(toinsert);\n",
       "      // Render to node\n",
       "      const props = {data: data, metadata: metadata[EXEC_MIME_TYPE]};\n",
       "      render(props, toinsert[toinsert.length - 1]);\n",
       "      element.append(toinsert);\n",
       "      return toinsert\n",
       "    }\n",
       "\n",
       "    /* Handle when an output is cleared or removed */\n",
       "    events.on('clear_output.CodeCell', handleClearOutput);\n",
       "    events.on('delete.Cell', handleClearOutput);\n",
       "\n",
       "    /* Handle when a new output is added */\n",
       "    events.on('output_added.OutputArea', handleAddOutput);\n",
       "\n",
       "    /**\n",
       "     * Register the mime type and append_mime function with output_area\n",
       "     */\n",
       "    OutputArea.prototype.register_mime_type(EXEC_MIME_TYPE, append_mime, {\n",
       "      /* Is output safe? */\n",
       "      safe: true,\n",
       "      /* Index of renderer in `output_area.display_order` */\n",
       "      index: 0\n",
       "    });\n",
       "  }\n",
       "\n",
       "  // register the mime type if in Jupyter Notebook environment and previously unregistered\n",
       "  if (root.Jupyter !== undefined) {\n",
       "    const events = require('base/js/events');\n",
       "    const OutputArea = require('notebook/js/outputarea').OutputArea;\n",
       "\n",
       "    if (OutputArea.prototype.mime_types().indexOf(EXEC_MIME_TYPE) == -1) {\n",
       "      register_renderer(events, OutputArea);\n",
       "    }\n",
       "  }\n",
       "  if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n",
       "    root._bokeh_timeout = Date.now() + 5000;\n",
       "    root._bokeh_failed_load = false;\n",
       "  }\n",
       "\n",
       "  const NB_LOAD_WARNING = {'data': {'text/html':\n",
       "     \"<div style='background-color: #fdd'>\\n\"+\n",
       "     \"<p>\\n\"+\n",
       "     \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n",
       "     \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n",
       "     \"</p>\\n\"+\n",
       "     \"<ul>\\n\"+\n",
       "     \"<li>re-rerun `output_notebook()` to attempt to load from CDN again, or</li>\\n\"+\n",
       "     \"<li>use INLINE resources instead, as so:</li>\\n\"+\n",
       "     \"</ul>\\n\"+\n",
       "     \"<code>\\n\"+\n",
       "     \"from bokeh.resources import INLINE\\n\"+\n",
       "     \"output_notebook(resources=INLINE)\\n\"+\n",
       "     \"</code>\\n\"+\n",
       "     \"</div>\"}};\n",
       "\n",
       "  function display_loaded(error = null) {\n",
       "    const el = document.getElementById(\"a7b475fc-5d3c-491d-87ac-7bffa8c5968a\");\n",
       "    if (el != null) {\n",
       "      const html = (() => {\n",
       "        if (typeof root.Bokeh === \"undefined\") {\n",
       "          if (error == null) {\n",
       "            return \"BokehJS is loading ...\";\n",
       "          } else {\n",
       "            return \"BokehJS failed to load.\";\n",
       "          }\n",
       "        } else {\n",
       "          const prefix = `BokehJS ${root.Bokeh.version}`;\n",
       "          if (error == null) {\n",
       "            return `${prefix} successfully loaded.`;\n",
       "          } else {\n",
       "            return `${prefix} <b>encountered errors</b> while loading and may not function as expected.`;\n",
       "          }\n",
       "        }\n",
       "      })();\n",
       "      el.innerHTML = html;\n",
       "\n",
       "      if (error != null) {\n",
       "        const wrapper = document.createElement(\"div\");\n",
       "        wrapper.style.overflow = \"auto\";\n",
       "        wrapper.style.height = \"5em\";\n",
       "        wrapper.style.resize = \"vertical\";\n",
       "        const content = document.createElement(\"div\");\n",
       "        content.style.fontFamily = \"monospace\";\n",
       "        content.style.whiteSpace = \"pre-wrap\";\n",
       "        content.style.backgroundColor = \"rgb(255, 221, 221)\";\n",
       "        content.textContent = error.stack ?? error.toString();\n",
       "        wrapper.append(content);\n",
       "        el.append(wrapper);\n",
       "      }\n",
       "    } else if (Date.now() < root._bokeh_timeout) {\n",
       "      setTimeout(() => display_loaded(error), 100);\n",
       "    }\n",
       "  }\n",
       "\n",
       "  function run_callbacks() {\n",
       "    try {\n",
       "      root._bokeh_onload_callbacks.forEach(function(callback) {\n",
       "        if (callback != null)\n",
       "          callback();\n",
       "      });\n",
       "    } finally {\n",
       "      delete root._bokeh_onload_callbacks\n",
       "    }\n",
       "    console.debug(\"Bokeh: all callbacks have finished\");\n",
       "  }\n",
       "\n",
       "  function load_libs(css_urls, js_urls, callback) {\n",
       "    if (css_urls == null) css_urls = [];\n",
       "    if (js_urls == null) js_urls = [];\n",
       "\n",
       "    root._bokeh_onload_callbacks.push(callback);\n",
       "    if (root._bokeh_is_loading > 0) {\n",
       "      console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n",
       "      return null;\n",
       "    }\n",
       "    if (js_urls == null || js_urls.length === 0) {\n",
       "      run_callbacks();\n",
       "      return null;\n",
       "    }\n",
       "    console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n",
       "    root._bokeh_is_loading = css_urls.length + js_urls.length;\n",
       "\n",
       "    function on_load() {\n",
       "      root._bokeh_is_loading--;\n",
       "      if (root._bokeh_is_loading === 0) {\n",
       "        console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n",
       "        run_callbacks()\n",
       "      }\n",
       "    }\n",
       "\n",
       "    function on_error(url) {\n",
       "      console.error(\"failed to load \" + url);\n",
       "    }\n",
       "\n",
       "    for (let i = 0; i < css_urls.length; i++) {\n",
       "      const url = css_urls[i];\n",
       "      const element = document.createElement(\"link\");\n",
       "      element.onload = on_load;\n",
       "      element.onerror = on_error.bind(null, url);\n",
       "      element.rel = \"stylesheet\";\n",
       "      element.type = \"text/css\";\n",
       "      element.href = url;\n",
       "      console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n",
       "      document.body.appendChild(element);\n",
       "    }\n",
       "\n",
       "    for (let i = 0; i < js_urls.length; i++) {\n",
       "      const url = js_urls[i];\n",
       "      const element = document.createElement('script');\n",
       "      element.onload = on_load;\n",
       "      element.onerror = on_error.bind(null, url);\n",
       "      element.async = false;\n",
       "      element.src = url;\n",
       "      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n",
       "      document.head.appendChild(element);\n",
       "    }\n",
       "  };\n",
       "\n",
       "  function inject_raw_css(css) {\n",
       "    const element = document.createElement(\"style\");\n",
       "    element.appendChild(document.createTextNode(css));\n",
       "    document.body.appendChild(element);\n",
       "  }\n",
       "\n",
       "  const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.7.3.min.js\"];\n",
       "  const css_urls = [];\n",
       "\n",
       "  const inline_js = [    function(Bokeh) {\n",
       "      Bokeh.set_log_level(\"info\");\n",
       "    },\n",
       "function(Bokeh) {\n",
       "    }\n",
       "  ];\n",
       "\n",
       "  function run_inline_js() {\n",
       "    if (root.Bokeh !== undefined || force === true) {\n",
       "      try {\n",
       "            for (let i = 0; i < inline_js.length; i++) {\n",
       "      inline_js[i].call(root, root.Bokeh);\n",
       "    }\n",
       "\n",
       "      } catch (error) {display_loaded(error);throw error;\n",
       "      }if (force === true) {\n",
       "        display_loaded();\n",
       "      }} else if (Date.now() < root._bokeh_timeout) {\n",
       "      setTimeout(run_inline_js, 100);\n",
       "    } else if (!root._bokeh_failed_load) {\n",
       "      console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n",
       "      root._bokeh_failed_load = true;\n",
       "    } else if (force !== true) {\n",
       "      const cell = $(document.getElementById(\"a7b475fc-5d3c-491d-87ac-7bffa8c5968a\")).parents('.cell').data().cell;\n",
       "      cell.output_area.append_execute_result(NB_LOAD_WARNING)\n",
       "    }\n",
       "  }\n",
       "\n",
       "  if (root._bokeh_is_loading === 0) {\n",
       "    console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n",
       "    run_inline_js();\n",
       "  } else {\n",
       "    load_libs(css_urls, js_urls, function() {\n",
       "      console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n",
       "      run_inline_js();\n",
       "    });\n",
       "  }\n",
       "}(window));"
      ],
      "application/vnd.bokehjs_load.v0+json": "'use strict';\n(function(root) {\n  function now() {\n    return new Date();\n  }\n\n  const force = true;\n\n  if (typeof root._bokeh_onload_callbacks === \"undefined\" || force === true) {\n    root._bokeh_onload_callbacks = [];\n    root._bokeh_is_loading = undefined;\n  }\n\n\n  if (typeof (root._bokeh_timeout) === \"undefined\" || force === true) {\n    root._bokeh_timeout = Date.now() + 5000;\n    root._bokeh_failed_load = false;\n  }\n\n  const NB_LOAD_WARNING = {'data': {'text/html':\n     \"<div style='background-color: #fdd'>\\n\"+\n     \"<p>\\n\"+\n     \"BokehJS does not appear to have successfully loaded. If loading BokehJS from CDN, this \\n\"+\n     \"may be due to a slow or bad network connection. Possible fixes:\\n\"+\n     \"</p>\\n\"+\n     \"<ul>\\n\"+\n     \"<li>re-rerun `output_notebook()` to attempt to load from CDN again, or</li>\\n\"+\n     \"<li>use INLINE resources instead, as so:</li>\\n\"+\n     \"</ul>\\n\"+\n     \"<code>\\n\"+\n     \"from bokeh.resources import INLINE\\n\"+\n     \"output_notebook(resources=INLINE)\\n\"+\n     \"</code>\\n\"+\n     \"</div>\"}};\n\n  function display_loaded(error = null) {\n    const el = document.getElementById(\"a7b475fc-5d3c-491d-87ac-7bffa8c5968a\");\n    if (el != null) {\n      const html = (() => {\n        if (typeof root.Bokeh === \"undefined\") {\n          if (error == null) {\n            return \"BokehJS is loading ...\";\n          } else {\n            return \"BokehJS failed to load.\";\n          }\n        } else {\n          const prefix = `BokehJS ${root.Bokeh.version}`;\n          if (error == null) {\n            return `${prefix} successfully loaded.`;\n          } else {\n            return `${prefix} <b>encountered errors</b> while loading and may not function as expected.`;\n          }\n        }\n      })();\n      el.innerHTML = html;\n\n      if (error != null) {\n        const wrapper = document.createElement(\"div\");\n        wrapper.style.overflow = \"auto\";\n        wrapper.style.height = \"5em\";\n        wrapper.style.resize = \"vertical\";\n        const content = document.createElement(\"div\");\n        content.style.fontFamily = \"monospace\";\n        content.style.whiteSpace = \"pre-wrap\";\n        content.style.backgroundColor = \"rgb(255, 221, 221)\";\n        content.textContent = error.stack ?? error.toString();\n        wrapper.append(content);\n        el.append(wrapper);\n      }\n    } else if (Date.now() < root._bokeh_timeout) {\n      setTimeout(() => display_loaded(error), 100);\n    }\n  }\n\n  function run_callbacks() {\n    try {\n      root._bokeh_onload_callbacks.forEach(function(callback) {\n        if (callback != null)\n          callback();\n      });\n    } finally {\n      delete root._bokeh_onload_callbacks\n    }\n    console.debug(\"Bokeh: all callbacks have finished\");\n  }\n\n  function load_libs(css_urls, js_urls, callback) {\n    if (css_urls == null) css_urls = [];\n    if (js_urls == null) js_urls = [];\n\n    root._bokeh_onload_callbacks.push(callback);\n    if (root._bokeh_is_loading > 0) {\n      console.debug(\"Bokeh: BokehJS is being loaded, scheduling callback at\", now());\n      return null;\n    }\n    if (js_urls == null || js_urls.length === 0) {\n      run_callbacks();\n      return null;\n    }\n    console.debug(\"Bokeh: BokehJS not loaded, scheduling load and callback at\", now());\n    root._bokeh_is_loading = css_urls.length + js_urls.length;\n\n    function on_load() {\n      root._bokeh_is_loading--;\n      if (root._bokeh_is_loading === 0) {\n        console.debug(\"Bokeh: all BokehJS libraries/stylesheets loaded\");\n        run_callbacks()\n      }\n    }\n\n    function on_error(url) {\n      console.error(\"failed to load \" + url);\n    }\n\n    for (let i = 0; i < css_urls.length; i++) {\n      const url = css_urls[i];\n      const element = document.createElement(\"link\");\n      element.onload = on_load;\n      element.onerror = on_error.bind(null, url);\n      element.rel = \"stylesheet\";\n      element.type = \"text/css\";\n      element.href = url;\n      console.debug(\"Bokeh: injecting link tag for BokehJS stylesheet: \", url);\n      document.body.appendChild(element);\n    }\n\n    for (let i = 0; i < js_urls.length; i++) {\n      const url = js_urls[i];\n      const element = document.createElement('script');\n      element.onload = on_load;\n      element.onerror = on_error.bind(null, url);\n      element.async = false;\n      element.src = url;\n      console.debug(\"Bokeh: injecting script tag for BokehJS library: \", url);\n      document.head.appendChild(element);\n    }\n  };\n\n  function inject_raw_css(css) {\n    const element = document.createElement(\"style\");\n    element.appendChild(document.createTextNode(css));\n    document.body.appendChild(element);\n  }\n\n  const js_urls = [\"https://cdn.bokeh.org/bokeh/release/bokeh-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-gl-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-widgets-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-tables-3.7.3.min.js\", \"https://cdn.bokeh.org/bokeh/release/bokeh-mathjax-3.7.3.min.js\"];\n  const css_urls = [];\n\n  const inline_js = [    function(Bokeh) {\n      Bokeh.set_log_level(\"info\");\n    },\nfunction(Bokeh) {\n    }\n  ];\n\n  function run_inline_js() {\n    if (root.Bokeh !== undefined || force === true) {\n      try {\n            for (let i = 0; i < inline_js.length; i++) {\n      inline_js[i].call(root, root.Bokeh);\n    }\n\n      } catch (error) {display_loaded(error);throw error;\n      }if (force === true) {\n        display_loaded();\n      }} else if (Date.now() < root._bokeh_timeout) {\n      setTimeout(run_inline_js, 100);\n    } else if (!root._bokeh_failed_load) {\n      console.log(\"Bokeh: BokehJS failed to load within specified timeout.\");\n      root._bokeh_failed_load = true;\n    } else if (force !== true) {\n      const cell = $(document.getElementById(\"a7b475fc-5d3c-491d-87ac-7bffa8c5968a\")).parents('.cell').data().cell;\n      cell.output_area.append_execute_result(NB_LOAD_WARNING)\n    }\n  }\n\n  if (root._bokeh_is_loading === 0) {\n    console.debug(\"Bokeh: BokehJS loaded, going straight to plotting\");\n    run_inline_js();\n  } else {\n    load_libs(css_urls, js_urls, function() {\n      console.debug(\"Bokeh: BokehJS plotting callback run at\", now());\n      run_inline_js();\n    });\n  }\n}(window));"
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/Users/murray/Library/CloudStorage/Dropbox/macosx/src/biocrnpyler/biocrnpyler/utils/plotting.py:203: UserWarning: Node keys in 'layout_function' don't match node keys in the graph. These nodes may not be displayed correctly.\n",
      "  reaction_renderer = from_networkx(DGreactions, positions, center=(0, 0))\n",
      "/Users/murray/Library/CloudStorage/Dropbox/macosx/src/biocrnpyler/biocrnpyler/utils/plotting.py:204: UserWarning: Node keys in 'layout_function' don't match node keys in the graph. These nodes may not be displayed correctly.\n",
      "  species_renderer = from_networkx(DGspecies, positions, center=(0, 0))\n"
     ]
    },
    {
     "data": {
      "text/html": [
       "\n",
       "  <div id=\"e13a925a-8250-4706-ac44-8aa6c48700bd\" data-root-id=\"p1096\" style=\"display: contents;\"></div>\n"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    },
    {
     "data": {
      "application/javascript": [
       "(function(root) {\n",
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0x14d6a30b0>\"]],[\"color\",[\"purple\",\"white\",\"white\",\"green\",\"green\",\"green\",\"white\",\"white\",\"white\",\"white\",\"yellow\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"orange\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"orange\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"grey\",\"cyan\",\"cyan\",\"cornflowerblue\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\"]],[\"species\",[\"nothing\",\"dna_part_t16_forward_part_attP_forward_part_attB_forward_part_GFP_forward_circular_\",\"dna_part_pconst_forward_part_attB_forward_part_RFP_forward_part_genome_forward_\",\"protein_RNAP\",\"protein_Ribo\",\"protein_RNAase\",\"dna_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_part_attP_forward_part_attL_forward_part_attB_forward_part_GFP_forward_circular_\",\"dna_part_t16_forward_part_attR_forward_part_GFP_forward_circular_\",\"dna_part_attL_forward_circular_\",\"dna_part_pconst_forward_part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"protein_Bxb1\",\"ordered_polymer_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attP_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__part_attB_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__complex_part_attB_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_complex_part_attB_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"rna_part_attB_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attP_forward_part_attL_forward_part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__part_attL_forward_part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attP_forward_complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attP_forward_part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__part_attL_forward_part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_part_attP_forward_complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_part_attP_forward_complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_part_attP_forward_part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attP_forward_complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_part_attR_forward_part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attP_protein_Bxb1_2x_forward__complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_GFP_forward_circular_\",\"ordered_polymer_complex_part_attL_protein_Bxb1_2x_forward__circular_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"rna_part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward_\",\"ordered_polymer_part_pconst_forward_complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_part_attR_forward_part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__complex_part_attL_protein_Bxb1_2x_forward__part_attB_forward_part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__part_attL_forward_complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_part_pconst_forward_complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"ordered_polymer_complex_part_pconst_protein_RNAP_forward__complex_part_attL_protein_Bxb1_2x_forward__complex_part_attB_protein_Bxb1_2x_forward__part_GFP_forward_part_t16_forward_complex_part_attR_protein_Bxb1_2x_forward__part_RFP_forward_part_genome_forward_\",\"complex_protein_RNAase_rna_part_attL_forward_part_attB_forward_part_GFP_forward_part_t16_forward__\",\"complex_protein_RNAase_rna_part_attB_forward_part_RFP_forward_part_genome_forward__\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[complex[part[attL]:2x_protein[Bxb1]-forward](circular)]\",\"2ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attP-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attP-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP]\",\"dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] --> dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[attL-forward](circular)] <--> ordered_polymer[complex[part[attL]:2x_protein[Bxb1]-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]] --> protein[RNAase]\",\"rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]]\",\"complex[protein[RNAase]:rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]] --> 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0x14d6bb470>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6ba7e0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6b8320>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6c53a0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6c7320>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6c6210>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6d50a0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6d65a0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1ea6c0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1ea3c0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1e9ac0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1e86b0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1b37d0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e1b1c70>\",\"<biocrnpyler.core.propensities.MassAction object at 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0x14e0c5460>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e0c4a70>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e097c20>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e097230>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e096180>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14e094c80>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d668b60>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d66ad80>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d669010>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6a12e0>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6a1e20>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6a2810>\",\"<biocrnpyler.core.propensities.MassAction object at 0x14d6a30b0>\"]],[\"color\",[\"cornflowerblue\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"yellow\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"yellow\",\"yellow\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"orange\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\",\"cornflowerblue\"]],[\"species\",[\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[complex[part[attL]:2x_protein[Bxb1]-forward](circular)]\",\"2ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attP-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attP-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"ordered_polymer[part[t16-forward]:part[attP-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP]\",\"dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] --> dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attB-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+ordered_polymer[part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attP]:2x_protein[Bxb1]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:part[attR-forward]:part[GFP-forward]:part[t16-forward]:part[attP-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[t16-forward]:part[attR-forward]:part[GFP-forward](circular)] <--> ordered_polymer[part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[GFP-forward](circular)]\",\"2protein[Bxb1]+dna[part[attL-forward](circular)] <--> ordered_polymer[complex[part[attL]:2x_protein[Bxb1]-forward](circular)]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]] --> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAP] <--> ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"ordered_polymer[complex[part[pconst]:protein[RNAP]-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] --> dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]+rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAP]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:complex[part[attL]:2x_protein[Bxb1]-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:complex[part[attB]:2x_protein[Bxb1]-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]]\",\"2protein[Bxb1]+dna[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:part[attR-forward]:part[RFP-forward]:part[genome-forward]] <--> ordered_polymer[part[pconst-forward]:part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]:complex[part[attR]:2x_protein[Bxb1]-forward]:part[RFP-forward]:part[genome-forward]]\",\"rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]+protein[RNAase] <--> complex[protein[RNAase]:rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]]\",\"complex[protein[RNAase]:rna[part[attL-forward]:part[attB-forward]:part[GFP-forward]:part[t16-forward]]] --> protein[RNAase]\",\"rna[part[attB-forward]:part[RFP-forward]:part[genome-forward]]+protein[RNAase] <--> 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       "  const render_items = [{\"docid\":\"452f7359-ccde-4df1-b1fe-e2c0389f10d8\",\"roots\":{\"p1096\":\"e13a925a-8250-4706-ac44-8aa6c48700bd\"},\"root_ids\":[\"p1096\"]}];\n",
       "  void root.Bokeh.embed.embed_items_notebook(docs_json, render_items);\n",
       "  }\n",
       "  if (root.Bokeh !== undefined) {\n",
       "    embed_document(root);\n",
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       "    const timer = setInterval(function(root) {\n",
       "      if (root.Bokeh !== undefined) {\n",
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       "        attempts++;\n",
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       "          clearInterval(timer);\n",
       "          console.log(\"Bokeh: ERROR: Unable to run BokehJS code because BokehJS library is missing\");\n",
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       "    }, 10, root)\n",
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     "metadata": {
      "application/vnd.bokehjs_exec.v0+json": {
       "id": "p1096"
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     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "plotNetwork(myCRN,colordict = {\"complex\": \"cyan\", \"protein\": \"green\",\n",
    "                     \"dna\": \"white\", \"rna\": \"orange\",\n",
    "                     \"ligand\": \"pink\", \"phosphate\": \"yellow\",\\\n",
    "                     \"nothing\": \"purple\",\\\n",
    "                     \"GFP\":\"lightgreen\", \"RFP\":\"red\",\\\n",
    "                     \"Bxb1\":\"yellow\", \"kint\":\"brown\"},reactioncolordict = {\"kint\":\"yellow\",\"kb\":\"cornflowerblue\",\"ktx\":\"orange\"},use_pretty_print=False)"
   ]
  },
  {
   "cell_type": "markdown",
   "metadata": {},
   "source": [
    "## Integrase Enumerator Compilation Optimizations\n",
    "Component Enumeration, especially with integrases, can take a long time. In the following cell Mixture.compile_crn(...) is called with a number of compilation directives that can dramatically speed up CRN compilation. The catch is that these directives can make the compilation process more fragile, prone to errors, and miss particular details. Each directive is explained below:\n",
    "\n",
    "* initial_concentrations_at_end (default = False): adds initial concentrations to the CRN at the very end of compilation. This means that only the Mixture's ParameterDatabase is searched for concentrations, not Component's or their ParameterDatabases. Setting to True speeds up compilation for CRNs with huge numbers of Species.\n",
    "* copy_objects (default = True): deep copies all Species and Reactions as they are added to the CRN. This ensures that changing a Component after the CRN is compiled does not effect the CRN. Setting to False significantly speeds up compilation, but means the compiled CRN may be subject to change.\n",
    "* add_reaction_species (default = True): Adds the Species inside each Reaction to the CRN whenever Reactions are added. This helps ensures no Species are missed. Setting to False speeds up compilation, in particularly for large numbers of reactions, but can occasionally result in errors."
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "0 C: 14 S: 14 R: 12\n",
      "1 C: 52 S: 36 R: 61\n",
      "2 C: 246 S: 102 R: 303\n",
      "3 C: 1272 S: 360 R: 1521\n"
     ]
    },
    {
     "data": {
      "image/png": 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",
      "text/plain": [
       "<Figure size 640x480 with 1 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "counts = []\n",
    "depths = range(4)\n",
    "# Add the genome origin so we don't compute intermolecular reactions for this test, or it will take too long\n",
    "plasmid1_construct_test = DNA_construct([t16,attP,attB,gfp,gen_ori],\n",
    "                                        circular=True) \n",
    "for recursion_depth in depths:\n",
    "    myMixture = TxTlExtract(name = \"txtl\", parameters = parameters, components = [plasmid1_construct_test,genome_construct],global_component_enumerators=[bxb1],global_recursion_depth=recursion_depth) \n",
    "    myCRN, comps = myMixture.compile_crn(recursion_depth = recursion_depth, \n",
    "                                         return_enumerated_components = True,\n",
    "                                         initial_concentrations_at_end = True,\n",
    "                                         copy_objects = False,\n",
    "                                         add_reaction_species = False)\n",
    "    print(recursion_depth, \"C:\", len(comps), \"S:\", len(myCRN.species), \"R:\", len(myCRN.reactions))\n",
    "    counts.append((len(comps), len(myCRN.species),len(myCRN.reactions)))\n",
    "\n",
    "try:\n",
    "    import matplotlib.pyplot as plt\n",
    "    plt.figure()\n",
    "    plt.plot(depths, [c[0] for c in counts], label = \"# Components\")\n",
    "    plt.plot(depths, [c[1] for c in counts], label = \"# Species\")\n",
    "    plt.plot(depths, [c[2] for c in counts], label = \"# Reactions\")\n",
    "    plt.legend()\n",
    "    plt.xlabel(\"Recursion Depth\")\n",
    "except ModuleNotFoundError:\n",
    "    print('please install the plotting libraries: pip install biocrnpyler[all]')"
   ]
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3 (ipykernel)",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.12.3"
  },
  "metadata": {
   "interpreter": {
    "hash": "7b4b4feff2f24a0f0a34464dbe537a36fda679851528fb8735cb41fa49dffb2d"
   }
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}