Team:Amsterdam/maarten/

From 2012.igem.org

(Difference between revisions)
Line 5: Line 5:
<html>
<html>
<head>
<head>
 +
<link rel="stylesheet" type="text/css" href="style.css" />
<script type="text/javascript" src="jquery-1.2.3.min.js"></script>
<script type="text/javascript" src="jquery-1.2.3.min.js"></script>
 +
<link type="text/css" href="css/base.css" rel="stylesheet" />
 +
<link type="text/css" href="css/Sunburst.css" rel="stylesheet" />
 +
<script language="javascript" type="text/javascript" src="jit.js"></script>
<script type='text/javascript'>
<script type='text/javascript'>
Line 33: Line 37:
};
};
-
 
+
function visualization(number){
-
function init(json){
+
$('#infovis').empty()
 +
json = JSON.parse(unescape($(':input[name=json'+number+']').val()))
     //init data
     //init data
     //init Sunburst
     //init Sunburst
Line 58: Line 63:
           type: 'Native',
           type: 'Native',
           stylesClick: {
           stylesClick: {
-
             'color': '#33dddd'
+
             'color': '#000000'
           },
           },
         },
         },
Line 65: Line 70:
           enable: true,
           enable: true,
           onShow: function(tip, node) {
           onShow: function(tip, node) {
-
             var html = "<div class=\"tip-title\">" + node.name + "</div>";  
+
             var html = "<div class=\"tip-title\">" + node.data.description + "</div>";  
             var data = node.data;
             var data = node.data;
             if("length" in data) {
             if("length" in data) {
Line 84: Line 89:
             //and place it in the right column.
             //and place it in the right column.
             var html = "<h4>" + node.name + "</h4>", data = node.data;
             var html = "<h4>" + node.name + "</h4>", data = node.data;
-
           
+
             if("dna" in data) {
-
             if("description" in data) {
+
               html += "<br /><br /><b>Sequence:</b><br /><pre>" + data.dna + "</pre>";
-
               html += "<br /><br /><b>Last commit was:</b><br /><pre>" + data.description + "</pre>";
+
             }
             }
             $jit.id('inner-details').innerHTML = html;
             $jit.id('inner-details').innerHTML = html;
Line 92: Line 96:
             sb.tips.hide();
             sb.tips.hide();
             //rotate
             //rotate
-
             sb.rotate(node, animate? 'animate' : 'replot', {
+
             //sb.rotate(node, animate? 'animate' : 'replot', {
-
               duration: 1000,
+
               //duration: 1000,
-
               transition: $jit.Trans.Quart.easeInOut
+
               //transition: $jit.Trans.Quart.easeInOut
-
             });
+
             //});
           }
           }
         },
         },
Line 103: Line 107:
         onCreateLabel: function(domElement, node){
         onCreateLabel: function(domElement, node){
           var labels = sb.config.Label.type,
           var labels = sb.config.Label.type,
-
               aw = node.getData('angularWidth');
+
               aw = node.getData('length');
           if (labels === 'HTML' && (node._depth < 2 || aw > 2000)) {
           if (labels === 'HTML' && (node._depth < 2 || aw > 2000)) {
             domElement.innerHTML = node.name;
             domElement.innerHTML = node.name;
Line 349: Line 353:
}
}
-
function genbank(){
+
function genbankRestriction(targetSites){
-
        memoryPlasmidOutput = staticGenbank('memory_plasmid')
+
-
        for (item in memoryPlasmid.memoryObjects){
+
-
    for (key in memoryPlasmid.memoryObjects[item]){
+
-
memoryPlasmidOutput += generateWhiteSpace(5)
+
-
memoryPlasmidOutput += 'misc_feature'
+
-
memoryPlasmidOutput += generateWhiteSpace(5)
+
-
memoryPlasmidOutput += memoryPlasmid.memoryObjects[item][key].start+'...'+memoryPlasmid.memoryObjects[item][key].end+'<br>'
+
-
memoryPlasmidOutput += generateWhiteSpace(10)
+
-
memoryPlasmidOutput += '/label='+memoryPlasmid.memoryObjects[item][key].description+'<br>'
+
-
}
+
-
           
+
-
        }
+
-
        origin = memoryPlasmid.dna
+
-
        origin = origin.replace(/[atgc]{10}/g,'$& ').replace(/amp;/g,'').split(' ')
+
-
        pos = 1
+
-
        newString = ''
+
-
        memoryPlasmidOutput += 'ORIGIN<br>'
+
-
        for (i=0;i<origin.length;i++){
+
-
            newString = newString+' '+origin[i]
+
-
            if ((i+1)%6===0){
+
-
                whiteSpace = ''
+
-
                for (j=0;j<9-pos.toString().length;j++){
+
-
                    whiteSpace+= '&nbsp;'
+
-
                }
+
-
                newString = whiteSpace+pos + ' ' + newString
+
-
                memoryPlasmidOutput+=newString+'<br>'
+
-
                newString = ''
+
-
            } else if ((i+1)%6==1){
+
-
                  if (i!=0){
+
-
                      pos+=60
+
-
                  }
+
-
              }
+
-
        }
+
-
        if (origin.length%6 != 0){
+
-
            newString = ''
+
-
            whiteSpace = ''
+
-
            for (j=0;j<9-pos.toString().length;j++){
+
-
                whiteSpace+= '&nbsp;'
+
-
            }
+
-
            newString+=whiteSpace+pos
+
-
            for (i=0;i<(origin.length%6);i++){
+
-
                newString+=' '+origin[origin.length-origin.length%6+i]
+
-
            }
+
-
            memoryPlasmidOutput+=newString+'<br>'
+
-
        }
+
restrictionPlasmidOutput = staticGenbank('restriction_plasmid')
restrictionPlasmidOutput = staticGenbank('restriction_plasmid')
-
targetSites = new Array()
 
-
for (item in memoryPlasmid.memoryObjects){
 
-
    site = new Object()
 
-
site.zincFinger = memoryPlasmid.memoryObjects[item].zincFinger.featureObject.target
 
-
site.methyltransferase = memoryPlasmid.memoryObjects[item].methyltransferase.featureObject.target
 
-
            targetSites[item-1] = site
 
-
        }
 
restrictionOrigin = memoryPlasmid.features[1].sequence
restrictionOrigin = memoryPlasmid.features[1].sequence
for (key in targetSites){
for (key in targetSites){
Line 454: Line 406:
             restrictionPlasmidOutput+=newString+'<br>'
             restrictionPlasmidOutput+=newString+'<br>'
         }
         }
-
        myWindow=window.open()
 
-
        myWindow.document.write(memoryPlasmidOutput)
 
-
        myWindow.focus()
 
restrictionSiteWindow = window.open()
restrictionSiteWindow = window.open()
restrictionSiteWindow.document.write(restrictionPlasmidOutput)
restrictionSiteWindow.document.write(restrictionPlasmidOutput)
restrictionSiteWindow.focus()
restrictionSiteWindow.focus()
 +
}
 +
function genbankMemory(){
 +
        memoryPlasmidOutput = staticGenbank('memory_plasmid')
 +
        for (item in memoryPlasmid.memoryObjects){
 +
    for (key in memoryPlasmid.memoryObjects[item]){
 +
memoryPlasmidOutput += generateWhiteSpace(5)
 +
memoryPlasmidOutput += 'misc_feature'
 +
memoryPlasmidOutput += generateWhiteSpace(5)
 +
memoryPlasmidOutput += memoryPlasmid.memoryObjects[item][key].start+'...'+memoryPlasmid.memoryObjects[item][key].end+'<br>'
 +
memoryPlasmidOutput += generateWhiteSpace(10)
 +
memoryPlasmidOutput += '/label='+memoryPlasmid.memoryObjects[item][key].description+'<br>'
 +
}
 +
           
 +
        }
 +
        origin = memoryPlasmid.dna
 +
        origin = origin.replace(/[atgc]{10}/g,'$& ').replace(/amp;/g,'').split(' ')
 +
        pos = 1
 +
        newString = ''
 +
        memoryPlasmidOutput += 'ORIGIN<br>'
 +
        for (i=0;i<origin.length;i++){
 +
            newString = newString+' '+origin[i]
 +
            if ((i+1)%6===0){
 +
                whiteSpace = ''
 +
                for (j=0;j<9-pos.toString().length;j++){
 +
                    whiteSpace+= '&nbsp;'
 +
                }
 +
                newString = whiteSpace+pos + ' ' + newString
 +
                memoryPlasmidOutput+=newString+'<br>'
 +
                newString = ''
 +
            } else if ((i+1)%6==1){
 +
                  if (i!=0){
 +
                      pos+=60
 +
                  }
 +
              }
 +
        }
 +
        if (origin.length%6 != 0){
 +
            newString = ''
 +
            whiteSpace = ''
 +
            for (j=0;j<9-pos.toString().length;j++){
 +
                whiteSpace+= '&nbsp;'
 +
            }
 +
            newString+=whiteSpace+pos
 +
            for (i=0;i<(origin.length%6);i++){
 +
                newString+=' '+origin[origin.length-origin.length%6+i]
 +
            }
 +
            memoryPlasmidOutput+=newString+'<br>'
 +
        }
 +
 +
        myWindow=window.open()
 +
        myWindow.document.write(memoryPlasmidOutput)
 +
        myWindow.focus()
 +
}
}
Line 642: Line 643:
                     continue
                     continue
                 } else{
                 } else{
-
                     featureArray[2] = new feature(memoryPlasmid.dna.length+1,memoryPlasmid.dna.length+zincFingers[j].sequence.length,'Zinc Finger',zincFingers[j].sequence,zincFingers[j].description,zincFingers[j])
+
                     featureArray[2] = new feature(memoryPlasmid.dna.length+1,memoryPlasmid.dna.length+zincFingers[j].sequence.length,'Zinc Finger',zincFingers[j].sequence,'Zinc Finger '+zincFingers[j].description.split('|')[0],zincFingers[j])
                     memoryPlasmid.setDNA(memoryPlasmid.dna+zincFingers[j].sequence)
                     memoryPlasmid.setDNA(memoryPlasmid.dna+zincFingers[j].sequence)
                     break
                     break
Line 681: Line 682:
restrictionPlasmid.zfTarget = featureArray[1]
restrictionPlasmid.zfTarget = featureArray[1]
}
}
-
//genbank()
+
json = createJSONMemory(number)
-
json = createJSON()
+
//genbankMemory()
-
init(json)
+
$('#visualizationButtons').append('<input type="hidden" name="json'+number+'" value="'+escape(JSON.stringify(json))+'"/><input class="submit" type="submit" value="Memory Plasmid '+(number+1)+'" onclick="visualization('+number+');return false"/>');
}
}
function setup(){
function setup(){
 +
$('#visualizationButtons').empty()
 +
$('#infovis').empty()
 +
$('#readout').empty()
addForbiddenSequences()
addForbiddenSequences()
sensors = document.plasmidForm.sensors.value.toLowerCase()
sensors = document.plasmidForm.sensors.value.toLowerCase()
Line 695: Line 699:
j = 0
j = 0
number = 0
number = 0
 +
targetSites = new Array()
for (sensor in sensorArray){
for (sensor in sensorArray){
tempArray[j] = sensorArray[sensor]
tempArray[j] = sensorArray[sensor]
Line 703: Line 708:
tempArray = new Array()
tempArray = new Array()
j = 0
j = 0
 +
for (item in memoryPlasmid.memoryObjects){
 +
site = new Object()
 +
site.zincFingerDescription = memoryPlasmid.memoryObjects[item].zincFinger.featureObject.description
 +
site.zincFinger = memoryPlasmid.memoryObjects[item].zincFinger.featureObject.target
 +
site.zincFingerLength = site.zincFinger.length
 +
site.methyltransferaseDescription = memoryPlasmid.memoryObjects[item].methyltransferase.featureObject.description
 +
site.methyltransferase = memoryPlasmid.memoryObjects[item].methyltransferase.featureObject.target
 +
site.methyltransferaseLength = site.methyltransferase.length
 +
site.sensor = memoryPlasmid.memoryObjects[item].sensor.description
 +
targetSites.push(site)
 +
}
}
}
}
}
if (j%5 !== 0){
if (j%5 !== 0){
configuratePlasmid(tempArray,number)
configuratePlasmid(tempArray,number)
 +
for (item in memoryPlasmid.memoryObjects){
 +
site = new Object()
 +
site.zincFingerDescription = memoryPlasmid.memoryObjects[item].zincFinger.featureObject.description
 +
site.zincFinger = memoryPlasmid.memoryObjects[item].zincFinger.featureObject.target
 +
site.zincFingerLength = site.zincFinger.length
 +
site.methyltransferaseDescription = memoryPlasmid.memoryObjects[item].methyltransferase.featureObject.description
 +
site.methyltransferase = memoryPlasmid.memoryObjects[item].methyltransferase.featureObject.target
 +
site.methyltransferaseLength = site.methyltransferase.length
 +
site.sensor = memoryPlasmid.memoryObjects[item].sensor.description
 +
targetSites.push(site)
 +
}
}
}
 +
//genbankRestriction(targetSites)
 +
json = createJSONRestriction(targetSites)
 +
$('#visualizationButtons').append('<input type="hidden" name="json-1" value="'+escape(JSON.stringify(json))+'"/><input class="submit" type="submit" value="Restriction Plasmid" onclick="visualization(-1);return false"/>');
 +
$('#readout').append('<input type="textfield" name="readout" value=""/><input class="submit" type="submit" value="Submit" onClick="getReadout();return false"/>');
}
}
-
function createJSON(){
+
function getReadout(){
-
var json = {
+
inputArray = new Array()
-
    "children": [
+
json = JSON.parse(unescape($(':input[name=json-1]').val()))
-
      {
+
inputs = $(':input[name=readout]').val()
-
        "children": [],  
+
inputArray = inputs.split(',')
-
        "data": {
+
totalLength = json.children[0].data.length
-
          "description": "Fixed polar interpolation problem when theta = pi",  
+
uncutArray = new Array()
-
          "$color": "#B0AAF6",
+
i = 0
-
          "$angularWidth": 1000,  
+
for (child in json.children){
-
        },  
+
totalLength+=json.children[child].data.length
-
        "id": "Source/Coordinates",  
+
if (json.children[child].data.description.indexOf('Methyltransferase') != -1){
-
        "name": "Backbone"
+
uncutArray[i] = [json.children[child].id,totalLength]
-
      },
+
i++
-
      {
+
}
-
        "children": [],
+
}
-
        "data": {
+
bandsArray = new Array ()
-
          "description": "Memory part",
+
j = 0
-
          "$color": "#B2ABF4",
+
for (item in uncutArray){
-
          "$angularWidth": 1000,
+
i = 0
-
        },
+
tempBandArray = new Array()
-
        "id": "Source/Core",
+
tempBandArray[i] = [uncutArray[item][1],uncutArray[item][0]]
-
        "name": "Memory part"
+
i++
-
      },
+
for (bandArray in bandsArray){
-
     
+
for (band in bandsArray[bandArray]){
-
    ],  
+
tempBandArray[i] = [uncutArray[item][1] - bandsArray[bandArray][band][0],uncutArray[item][0]]
-
    "data": {
+
i++
-
      "$type": "none"
+
}
-
    },  
+
}
-
    "id": "Source",  
+
bandsArray[j] = tempBandArray
-
    "name": "Plasmid"
+
j++
-
  };
+
}
-
json.children[0].children[0] = {}
+
matchingBands = new Array()
-
json.children[0].children[0].data = {}
+
i = 0
-
json.children[0].children[0].data.description = memoryPlasmid.features[1].description
+
for (input in inputArray){
-
json.children[0].children[0].data.$color = '#B2ABF4'
+
difference = 100000000000
-
json.children[0].children[0].data.length = memoryPlasmid.features[1].end - memoryPlasmid.features[1].start
+
bandSize = inputArray[input]
-
json.children[0].children[0].data.$angularWidth = 1000
+
for (bandArray in bandsArray){
-
json.children[0].children[0].data.type = memoryPlasmid.features[1].type
+
for (band in bandsArray[bandArray]){
-
json.children[0].children[0].children = []
+
if (bandSize > bandsArray[bandArray][band][0]){
-
json.children[0].children[0].name = memoryPlasmid.features[1].description
+
tempDifference = bandSize - bandsArray[bandArray][band][0]
-
json.children[0].children[0].id = memoryPlasmid.features[1].description
+
} else{
-
     i = 0
+
tempDifference = bandsArray[bandArray][band][0] - bandSize
-
  for (memoryObject in memoryPlasmid.memoryObjects){
+
}
-
for (feature in memoryPlasmid.memoryObjects[memoryObject]){
+
if (tempDifference < difference){
-
json.children[1].children[i] = []
+
matchingBand = bandsArray[bandArray][band][1]
-
json.children[1].children[i].data = {}
+
difference = tempDifference
-
json.children[1].children[i].data.description = memoryPlasmid.memoryObjects[memoryObject][feature].description
+
}
-
type = memoryPlasmid.memoryObjects[memoryObject][feature].type
+
}
-
color = '#B2ABF4'
+
}
 +
matchingBands[i] = matchingBand
 +
i++
 +
}
 +
i = 0
 +
sensedSignals = new Array()
 +
for (matchingBand in matchingBands){
 +
for (child in json.children){
 +
if (json.children[child].id == matchingBands[matchingBand]){
 +
sensedSignals[i] = json.children[child].data.sensor
 +
i++
 +
}
 +
}
 +
}
 +
for (signal in sensedSignals){
 +
$('#readout').append('<br>'+sensedSignals[signal])
 +
}
 +
}
 +
 
 +
function createJSONRestriction(targetSites){
 +
json = {
 +
      "children": [],  
 +
      "data": {
 +
        "$type": "none",
 +
      },  
 +
      "id": "Source",  
 +
      "name": "Restriction Plasmid"
 +
    };
 +
 +
json.children[0] = {}
 +
json.children[0].data = {}
 +
json.children[0].data.description = memoryPlasmid.features[1].description
 +
json.children[0].data.$color = '#B2ABF4'
 +
json.children[0].data.length = memoryPlasmid.features[1].end - memoryPlasmid.features[1].start
 +
json.children[0].data.$angularWidth = 1000
 +
json.children[0].data.type = memoryPlasmid.features[1].type
 +
json.children[0].data.dna = memoryPlasmid.dna
 +
json.children[0].children = []
 +
json.children[0].name = memoryPlasmid.features[1].description
 +
json.children[0].id = memoryPlasmid.features[1].description
 +
totalLength = memoryPlasmid.dna.length
 +
i = 1
 +
for (item in targetSites){
 +
site = targetSites[item]
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = '120bp random DNA'
 +
json.children[i].data.$color = '#FFFF00'
 +
json.children[i].data.length = 120
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = randomDNA(120+i*10)
 +
json.children[i].name = '120bp DNA'
 +
json.children[i].id = i
 +
i++
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = site.zincFingerDescription
 +
json.children[i].data.$color = '#FF0000'
 +
json.children[i].data.length = site.zincFingerLength
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = site.zincFinger
 +
json.children[i].name = site.zincFingerDescription.split('|')[0]+'|'+site.zincFingerDescription.split('|')[1]
 +
json.children[i].id = i
 +
i++
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = '120bp random DNA'
 +
json.children[i].data.$color = '#FFFF00'
 +
json.children[i].data.length = 120
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = randomDNA(120)
 +
json.children[i].name = '120bp DNA'
 +
json.children[i].id = i
 +
i++
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = 'Methyltransferase: '+site.methyltransferaseDescription
 +
json.children[i].data.$color = '#0000CD'
 +
json.children[i].data.length = site.methyltransferaseLength
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = site.methyltransferase
 +
json.children[i].data.sensor = site.sensor
 +
json.children[i].name = site.methyltransferaseDescription.split('|')[0]
 +
json.children[i].id = i
 +
i++
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = '120bp random DNA'
 +
json.children[i].data.$color = '#FFFF00'
 +
json.children[i].data.length = 120
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = randomDNA(120)
 +
json.children[i].name = '120bp DNA'
 +
json.children[i].id = i
 +
i++
 +
json.children[i] = {}
 +
json.children[i].data = {}
 +
json.children[i].children = []
 +
json.children[i].data.description = site.zincFingerDescription
 +
json.children[i].data.$color = '#FF0000'
 +
json.children[i].data.length = site.zincFingerLength
 +
json.children[i].data.$angularWidth = 1000
 +
json.children[i].data.dna = site.zincFinger
 +
json.children[i].name = site.zincFingerDescription.split('|')[0]+'|'+site.zincFingerDescription.split('|')[1]
 +
json.children[i].id = i
 +
i++
 +
}
 +
return json
 +
}
 +
 
 +
function createJSONMemory(number){
 +
var json = {}
 +
json = {
 +
      "children": [],  
 +
      "data": {
 +
        "$type": "none",
 +
      },  
 +
      "id": "Source",  
 +
      "name": "Memory Plasmid"
 +
    };
 +
 +
json.children[0] = {}
 +
json.children[0].data = {}
 +
json.children[0].data.description = memoryPlasmid.features[1].description
 +
json.children[0].data.$color = '#B2ABF4'
 +
json.children[0].data.length = memoryPlasmid.features[1].end - memoryPlasmid.features[1].start
 +
json.children[0].data.$angularWidth = 1000
 +
json.children[0].data.type = memoryPlasmid.features[1].type
 +
json.children[0].data.dna = memoryPlasmid.dna
 +
json.children[0].children = []
 +
json.children[0].name = memoryPlasmid.features[1].description
 +
json.children[0].id = memoryPlasmid.features[1].description
 +
     i = 1
 +
    for (memoryObject in memoryPlasmid.memoryObjects){
 +
for (item in memoryPlasmid.memoryObjects[memoryObject]){
 +
json.children[i] = {}
 +
json.children[i].children = []
 +
json.children[i].data = {}
 +
json.children[i].data.description = memoryPlasmid.memoryObjects[memoryObject][item].description
 +
type = memoryPlasmid.memoryObjects[memoryObject][item].type
if (type == 'Sensor'){
if (type == 'Sensor'){
color = '#00FFFF'
color = '#00FFFF'
Line 776: Line 951:
color = '#B2ABF4'
color = '#B2ABF4'
}
}
-
json.children[1].children[i].data.$color = color
+
json.children[i].data.$color = color
-
json.children[1].children[i].data.length = memoryPlasmid.memoryObjects[memoryObject][feature].end - memoryPlasmid.memoryObjects[memoryObject][feature].start
+
json.children[i].data.length = memoryPlasmid.memoryObjects[memoryObject][item].end - memoryPlasmid.memoryObjects[memoryObject][item].start
-
json.children[1].children[i].data.$angularWidth = 1000
+
json.children[i].data.$angularWidth = 1000
-
json.children[1].children[i].data.type = type
+
json.children[i].data.type = type
-
json.children[1].children[i].id = i
+
json.children[i].data.dna = memoryPlasmid.memoryObjects[memoryObject][item].sequence
-
json.children[1].children[i].name = memoryPlasmid.memoryObjects[memoryObject][feature].description
+
json.children[i].id = i
 +
if (memoryPlasmid.memoryObjects[memoryObject][item].description.length > 14){
 +
json.children[i].name = memoryPlasmid.memoryObjects[memoryObject][item].description.substring(0,14)
 +
} else{
 +
json.children[i].name = memoryPlasmid.memoryObjects[memoryObject][item].description
 +
}
i++
i++
}
}
-
  }
+
}
-
  return json
+
return json
 +
 
     //end
     //end
}
}
Line 794: Line 975:
<div id="main-content">
<div id="main-content">
{{Team:Amsterdam/toolForm}}
{{Team:Amsterdam/toolForm}}
-
<div id="infovis"></div>   
 
</div>
</div>
{{Team:Amsterdam/Foot}}
{{Team:Amsterdam/Foot}}

Revision as of 18:36, 3 September 2012

Enter your plasmid in fasta or genbank format


Enter your sensors in fasta or genbank format


Parts registry sensors: Madras


Parts registry sensors: Phage


Parts registry sensors: Metal sensitive

Parts registry sensors: Cell signalling


Retrieved from "http://2012.igem.org/Team:Amsterdam/maarten/"