Uploading File
,\n image:loading,\n stayOpen:true,\n }},()=>{\n reader.onloadend = (res) => {\n let newState = JSON.parse(res.target.result);\n newState['popup'] = null;\n newState['hamburger'] = false;\n this.setState(newState,()=>{\n console.log(this.state);\n });\n };\n if(e.target.value.length) {\n reader.readAsText(e.target.files[0]);\n }\n });\n\n }\n viewFinishedDesign(){\n let targetKeys = Object.keys(this.state.targets[0]);\n let targetHTML = targetKeys.map((prop)=>{\n\n return{prop}: {this.state.targets[0][prop]}
;\n });\n let primerKeys = Object.keys(this.state.primers);\n //console.log('primer keys',primerKeys);\n let primerHTML = primerKeys.map((key)=>{\n let primerOptions = this.state.primers[key];\n //console.log('this primer',primerOptions);\n if(this.state.selectedArms&&this.state.selectedArms[key]){\n let primerSingle = this.state.selectedArms[key];\n return {key}
\n \n \n \n \n \n
{primerSingle[7]}
\n Tm: {primerSingle[3]}
GC%: {primerSingle[4]}
Any (Self Complementarity): {primerSingle[5]}
3' (Self Complementarity): {primerSingle[6]}
{key}
{primerOptions.map((primerSingle)=>{\n return \n \n \n \n \n
})}{primerSingle[7]}
\n Tm: {primerSingle[3]}
GC%: {primerSingle[4]}
Any (Self Complementarity): {primerSingle[5]}
3' (Self Complementarity): {primerSingle[6]}
\n \n \n
;\n this.setState({popup:{\n show:true,\n message:message,\n image:null,\n stayOpen:false,\n }});\n }\n saveCurrentHighlight(color=null,name=null){\n let highlight = JSON.parse(JSON.stringify(this.state.currentHighlight));\n //console.log('highlight',highlight);\n if(color){\n highlight.color = color;\n }\n let highlights = this.state.highlights;\n \n if(name){\n highlights[name] = highlight;\n } else {\n highlights[highlight.name] = highlight;\n }\n //console.log(highlights);\n if(highlight.name=='targetSearch'){\n //console.log('search for targets');\n this.searchForTargets();\n } else {\n\n this.setState({highlights:highlights},()=>{\n console.log(this.state);\n \n });\n }\n }\n changeCurrentHighlight(i){\n let currentHighlight = this.state.currentHighlight;\n currentHighlight.location = i;\n this.setState({currentHighlight:currentHighlight});\n }\n stringLocation(string=null,type){\n if(!type){\n return this.state.sequence.indexOf(string);\n }\n let location = this.state.sequence.indexOf(string);\n console.log('location',location);\n let length = string.length;\n \n if(location==-1){\n \n let revString = this.revComp(string);\n console.log('rev',revString);\n location = this.state.sequence.indexOf(revString); \n //location = location+(length/2)-4;\n } else {\n // location = location+(length/2)-1;\n }\n return location;\n }\n highlightString(string,color=null,type=null){\n console.log('string: ',string,' color: ',color);\n //console.log(this.state.sequence);\n let location = this.stringLocation(string,type);\n console.log(location);\n if(location==-1){\n location = this.stringLocation(this.revComp(string),type);\n }\n if(location==-1){\n location = 0;\n }\n let length = string.length;\n if(!color){\n color = 'rgba(252, 210, 126, 0.3)';\n }\n //console.log('mousenter');\n //console.log(location,length,color);\n this.setState({currentHighlight:{\n location:location,\n length:length,\n color:color,\n name:!type?'cutsite':type\n }\n });\n }\n clearHighlight(){\n //console.log('mouseleave');\n //this.setState({currentHighlight:null});\n }\n\n revComp(dna) {\n let revComp = [];\n for(let i=0;iDesign Info
\nTarget Info
{targetHTML}Homology Info
\n {primerHTML}\n\n
\n Oligo Info
\nSense: {this.state.oligos.sense}
\n Antisense: {this.state.oligos.antisense}
\n Choose Your IsoForm
Choose Your Tag
Choose Your Tag
Finding Potential Targets.
This may take some time.
Checking Target Efficiency
,\n image:loading,\n stayOpen:true,\n },\n targets:response.results\n },function(){\n let url = urlBase+'/api/?type=targetEfficiency&targets='+encodeURIComponent(efficiencyString.join('\\n'));\n fetch(url).then((res)=>{return res.json()}).then((response)=>{\n //console.log(response);\n let targets = [];\n for(let i=0;iChecking Target Efficiency
,\n image:loading,\n stayOpen:true,\n },\n targets:response.results\n },function(){\n let url = urlBase+'/api/?type=targetEfficiency&targets='+encodeURIComponent(efficiencyString.join('\\n'));\n fetch(url).then((res)=>{return res.json()}).then((response)=>{\n //console.log(response);\n //console.log('got response');\n let targets = [];\n for(let i=0;iRetreiving Homology Arm Primers
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n console.log(urlBase+'/api/?type=primers&primerSections='+primerSectionsString);\n fetch(urlBase+'/api/?type=primers&primerSections='+primerSectionsString).then(res =>{return res.json();}).then((res)=>{\n console.log(res);\n this.setState({primers:res,menu:4,popup:{\n show:false,\n message:Retreiving Homology Arm Primers
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n console.log(this.state);\n });\n })\n });\n }\n mutatePam(e){\n e.preventDefault();\n let newPam = e.target.elements.newPam.value;\n //console.log(newPam);\n this.setState({currentPam:newPam,menu:4,screen:4,mutatePam:false},()=>{\n console.log('mutated pam');\n console.log(this.state);\n if(!this.state.primers||!this.state.primers.length==0){\n this.getPrimers();\n }\n });\n }\n selectHomologyArm(selection,arm){\n let currentArms = JSON.parse(JSON.stringify(!this.state.selectedArms?{}:this.state.selectedArms));\n currentArms[arm] = selection;\n this.saveCurrentHighlight('rgba(86, 64, 155,0.3)',arm);\n this.setState({selectedArms:currentArms},()=>{\n //console.log(this.state);\n this.setState({currentHighlight:null},()=>{\n let totalSelected = Object.keys(this.state.selectedArms);\n if(totalSelected.length&&totalSelected.length==4){\n // GET OLIGO INFO\n console.log('searching');\n console.log(urlBase+'/api/?type=oligos&target='+this.state.targets[0].distal+this.state.targets[0].proximal+this.state.targets[0].pam);\n this.setState({\n popup:{\n show:true,\n message:Retreiving Oligo Information
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n fetch(urlBase+'/api/?type=oligos&target='+this.state.targets[0].distal+this.state.targets[0].proximal+this.state.targets[0].pam).then(res =>{return res.json();}).then((res)=>{\n console.log(res);\n if(!res.sense){\n this.setState({\n menu:5,\n popup: {\n show:false,\n }\n });\n }\n this.setState({\n menu:5,\n oligos:res,\n popup: {\n show:false,\n }\n });\n });\n });\n }\n });\n });\n }\n\n // UTILITIES\n\n downloadApeFile() {\n fetch(window.location.origin+'/fly_templates/empty_ape.txt').then((res)=>{return res.text();}).then((res)=>{\n const data = res;\n fetch(window.location.origin+'/fly_templates/feature.txt').then((res)=>{return res.text()}).then((res2)=>{\n const feature = res2;\n const newFeature = (loc, name, color) => {\n return feature\n .split('*featureLoc*').join(loc)\n .split('*featureName*').join(name)\n .split('*featureColor*').join(color);\n };\n let gene = this.state.sequence;\n const target = this.state.targets[0].distal.toString()+this.state.targets[0].proximal.toString();\n const targetMatch = gene.toLowerCase().match(target.toLowerCase());\n const revTargetMatch = gene.toLowerCase().match(this.revComp(target.toLowerCase()));\n let targetI;\n if (targetMatch) {\n targetI = targetMatch.index+1;\n } else if (revTargetMatch) {\n targetI = revTargetMatch.index;\n }\n const pamStart = revTargetMatch?targetI-2:targetI+20;\n const start = 1+parseInt(this.state.highlights.start.location);\n const stop = 1+parseInt(this.state.highlights.stop.location); \n gene = !this.state.currentPam?gene:gene.substr(0,pamStart-1)+this.state.currentPam+gene.substr(pamStart+2,gene.length);\n const featureArr = [\n newFeature(start+'..'+(start+2),'Start Codon','#df2935'),\n newFeature(stop+'..'+(stop+2),'Stop Codon','#df2935'),\n newFeature((parseInt(1+this.state.highlights['hom5']['location']))+'..'+(parseInt(1+this.state.highlights['hom5']['location'])+this.state.highlights['hom5']['length']),\"5' Homology Arm Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['hom3']['location']))+'..'+(parseInt(1+this.state.highlights['hom3']['location'])+this.state.highlights['hom3']['length']),\"3' Homology Arm Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['seq5']['location']))+'..'+(parseInt(1+this.state.highlights['seq5']['location'])+this.state.highlights['seq5']['length']),\"5' Sequence Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['seq3']['location']))+'..'+(parseInt(1+this.state.highlights['seq3']['location'])+this.state.highlights['seq3']['length']),\"3' Sequence Primer\",'#fdca40'),\n newFeature(targetI+'..'+(parseInt(targetI)+20),\"Target\",'#136F5E'),\n newFeature(pamStart+'..'+(parseInt(pamStart)+2),\"Pam\",'#42ED5E'),\n ];\n const makeGeneArr = () => {\n\n let geneArr = [];\n const spaces = (str) => {\n let spaceArr = [];\n for(let i=0;i<9-str.length;i++){\n spaceArr.push('');\n }\n return spaceArr;\n }\n for(let i=0;ii+((highlight.highlightLength-1)/2)?' ':'highlight ')+' single-letter '} data-value={i} onMouseEnter={this.highlight.bind(this)}>{letter}
;\n });\n }*/\n let allHighlights = [];\n let currentHighlight = !this.state.sequence?null:this.state.sequence.split('').map((letter,i)=>{\n if(!this.state.currentHighlight){\n return null;\n }\n let style = {background:'rgba(255,255,255,0)'};\n let classes = '';\n if(i>=(this.state.currentHighlight.location-((this.state.currentHighlight.length-1)/2))&&i<=(this.state.currentHighlight.location+((this.state.currentHighlight.length-1)/2))){\n style = {background:this.state.currentHighlight.color,zIndex:999};\n classes = 'main-highlight';\n }\n return {letter}
;\n });\n let highlightKeys = Object.keys(this.state.highlights);\n for(let i=0;i{letter}
;\n })\n });\n }\n allHighlights.push({currentHighlight}
);\n return allHighlights;\n }\n const highlightKeys = !this.state.highlights?null:Object.keys(this.state.highlights);\n //console.log(!this.state.currentHighlight?null:this.state.currentHighlight);\n const currentHighlight = !this.state.currentHighlight?null:this.state.currentHighlight;\n const currentHighlightLocation = !currentHighlight?null:currentHighlight.location;\n const geneInfoPrep = !this.state.sequence?null:this.state.sequence.split('').map((letter,i)=>{\n let highlightClasses = [];\n if(currentHighlight&&i>=currentHighlightLocation&&i\n
;\n });\n const pamBoxReadingFrames = () => {\n if(!this.state.highlights.cutsite){\n return;\n }\n let start = parseInt(JSON.parse(JSON.stringify(this.state.highlights.start.location)));\n let cutsite = parseInt(this.state.highlights.cutsite.location);\n let string = [];\n let frameI = Math.abs((cutsite - start) % 3)+1;\n let distal = this.state.targets[0].distal.split('');\n let proximal = this.state.targets[0].proximal.split('');\n let pam = this.state.targets[0].pam.split('');\n //console.log(cutsite,' ',start,Math.abs(cutsite - start)%3,((cutsite - start) % 3),frameI);\n for(let i=0;i{target.distal+target.proximal+target.pam}
\n Efficiency: {!target.score?'-':target.score}
\n Strand: {target.strand}
\n Off Targets: {target.offtarget}
\n {' '}
);\n for(let i=0;i{string}
;\n }\n const pamBox = \n
;\n const HomologyList = () => {\n if(!this.state.primers){\n return;\n }\n let primerKeys = Object.keys(this.state.primers);\n //console.log('primer keys',primerKeys);\n let primerHTML = primerKeys.map((key)=>{\n let primerOptions = this.state.primers[key];\n //console.log('this primer',primerOptions);\n if(this.state.selectedArms&&this.state.selectedArms[key]){\n let primerSingle = this.state.selectedArms[key];\n return Amino Acid Chart
\nTarget: {pamBoxReadingFrames()}
\n \n 2nd Letter
\n\n 1st
\n 3rd
\n
\n 1st
Letter
\n \n
\n U
C
A
G
\n
\n U
\n \n
\n \n \n
\n UUU
UUC
Phe
\n \n \n
\n UUA
UUG
Leu
\n \n
\n \n \n
\n UCU
UCC
UCA
UCG
Ser
\n \n
\n \n \n
\n UAU
UAC
Tyr
\n \n \n
\n UAU
UAC
Stop
Stop
\n Stop
\n
\n \n \n
\n UGU
UGC
Cys
\n \n \n
\n UGA
UGG
Stop
Stop
\n Stop
\n
\n U
\n C
\n A
\n G
\n \n
\n C
\n \n
\n \n \n
\n CUU
CUC
CUA
CUG
Leu
\n \n
\n \n \n
\n CCU
CCC
CCA
CCG
Pro
\n \n
\n \n \n
\n CAU
CAC
His
\n \n \n
\n CAA
CAG
Gln
\n \n
\n \n \n
\n CGU
CGC
CGA
CGG
Arg
\n \n
\n U
\n C
\n A
\n G
\n \n
\n A
\n \n
\n \n \n
\n AUU
AUC
AUA
lle
\n \n \n
\n AUG
Met
\n \n
\n \n \n
\n ACU
ACC
ACA
ACG
Thr
\n \n
\n \n \n
\n AAU
AAC
Asn
\n \n \n
\n AAA
AAG
Lys
\n \n
\n \n \n
\n AGU
AGC
Ser
\n \n \n
\n AGA
AGG
Arg
\n \n
\n U
\n C
\n A
\n G
\n \n
\n G
\n \n
\n \n \n
\n GUU
GUC
GUA
GUG
Val
\n \n
\n \n \n
\n GCU
GCC
GCA
GCG
Ala
\n \n
\n \n \n
\n GAU
GAC
Asp
\n \n \n
\n GAA
GAG
Glu
\n \n
\n \n \n
\n GGU
GGC
GGA
GGG
Gly
\n \n
\n U
\n C
\n A
\n G
\n 3rd
Letter
{key}
\n \n \n \n \n \n
{primerSingle[7]}
\n Tm:
{primerSingle[3]}
GC%:
{primerSingle[4]}
Any (Self Complementarity):
{primerSingle[5]}
3' (Self Complementarity):
{primerSingle[6]}
{key}
{primerOptions.map((primerSingle)=>{\n return \n \n \n \n \n
})}{primerSingle[7]}
\n Tm:
{primerSingle[3]}
GC%:
{primerSingle[4]}
Any (Self Complementarity):
{primerSingle[5]}
3' (Self Complementarity):
{primerSingle[6]}
{primerHTML}
;\n }\n const popup = () => {\n if(!this.state.popup){\n return null;\n }\n return \n
\n } \n const downloadOptions = () => {\n const plasmidOptions = [\"N terminal SSPB and mCherry tag\",\"N terminal EGFP and SSPB tag with Extended Linker\",\"C terminal mCherry and SSPB tag\",\"C terminal EGFP and SSPB tag with Extended Linker\",\"C terminal EGFP and SSPB tag\",\"C terminal mDendra2 and SSPB tag\",\"C terminal mScarlett and SSPB tag\",\"N terminal EGFP and SSPB tag\",\"N terminal mDendra2 and SSPB tag\",\"N terminal mScarlett and SSPB tag\"];\n let htmlOptions = [];\n for(let i=-1;i{this.state.popup.stayOpen?null:
:''}
\n X
}\n {this.state.popup.message}
\n {this.state.popup.image?\n \n
;\n }\n return (\n Ape File
\n \n Guide Rna Vector
\n \n Plasmid Template
\n \n \n \n \n 
\n 
\n \n \n
\n\n )\n }\n}\n","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADkAAAAuCAYAAACSy7GmAAAACXBIWXMAAAsSAAALEgHS3X78AAAAxUlEQVRoge3YQQ3CQBRF0UuDABwgASSAAyQgARxQByABB0hBAjgoCob8pCRN1yWZ//rOrl3N3cwkb1FKoXcEDsCK/J7AFXhFSURugQewFogba4FLREb1pq6zTWrfiAeGXVPBIf4uIm/CfZ+4gCLyBJyBdwWHmtIdiEu1Gz4h9D9VnpDu9zGOlDSbi0eeI1U4UoUjVThSxXLQ4fkjKc8fSjx/KPD8kZ3nD0mOVOFIFY5U4UgVnj8S8/yhyPOHDM8fyc1o/gC+cLdO/ZSnK2EAAAAASUVORK5CYII=\"","import React from 'react';\nimport ReactDOM from 'react-dom';\nimport './index.css';\nimport App from './App';\n\nReactDOM.render(\n \n \n Font Size\n
\n New/Upload Project
\n Save Project
\n Switch to {(this.state.themeColor===false?'Dark':'Light')} Theme
\n A
A
\n
\n \n
\n \n 
\n \n
\n \n
\n 1?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"2\" alt=\"sidebar2\">
\n \n {!targetList?null:{targetList}
}\n \n
\n 2?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"3\" alt=\"sidebar3\">
\n \n {this.state.screen<3?null:{pamBox}
}\n \n
\n 3?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"4\" alt=\"sidebar4\">
\n \n {HomologyList()}
\n \n
\n 3?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"5\" alt=\"sidebar5\">
\n \n {this.state.menu==5?downloadOptions():null}\n \n
\n \n \n 
\n \n
\n New Project
\n \n
\n \n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n \n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n =4?'flex':'none',}}>\n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n \n
\n Cabernard Lab
\n Sound Development Company
\n GPL3 License
\n API Docs
\n \n
\n {popup()}\n \n
\n X
\n Change Font Size
\n \nUploading File
,\n image:loading,\n stayOpen:true,\n }},()=>{\n reader.onloadend = (res) => {\n let newState = JSON.parse(res.target.result);\n newState['popup'] = null;\n newState['hamburger'] = false;\n this.setState(newState,()=>{\n console.log(this.state);\n });\n };\n if(e.target.value.length) {\n reader.readAsText(e.target.files[0]);\n }\n });\n\n }\n viewFinishedDesign(){\n let targetKeys = Object.keys(this.state.targets[0]);\n let targetHTML = targetKeys.map((prop)=>{\n\n return{prop}: {this.state.targets[0][prop]}
;\n });\n let primerKeys = Object.keys(this.state.primers);\n //console.log('primer keys',primerKeys);\n let primerHTML = primerKeys.map((key)=>{\n let primerOptions = this.state.primers[key];\n //console.log('this primer',primerOptions);\n if(this.state.selectedArms&&this.state.selectedArms[key]){\n let primerSingle = this.state.selectedArms[key];\n return {key}
\n \n \n \n \n \n
{primerSingle[7]}
\n Tm: {primerSingle[3]}
GC%: {primerSingle[4]}
Any (Self Complementarity): {primerSingle[5]}
3' (Self Complementarity): {primerSingle[6]}
{key}
{primerOptions.map((primerSingle)=>{\n return \n \n \n \n \n
})}{primerSingle[7]}
\n Tm: {primerSingle[3]}
GC%: {primerSingle[4]}
Any (Self Complementarity): {primerSingle[5]}
3' (Self Complementarity): {primerSingle[6]}
\n \n \n
;\n this.setState({popup:{\n show:true,\n message:message,\n image:null,\n stayOpen:false,\n }});\n }\n saveCurrentHighlight(color=null,name=null){\n let highlight = JSON.parse(JSON.stringify(this.state.currentHighlight));\n //console.log('highlight',highlight);\n if(color){\n highlight.color = color;\n }\n let highlights = this.state.highlights;\n \n if(name){\n highlights[name] = highlight;\n } else {\n highlights[highlight.name] = highlight;\n }\n //console.log(highlights);\n if(highlight.name=='targetSearch'){\n //console.log('search for targets');\n this.searchForTargets();\n } else {\n\n this.setState({highlights:highlights},()=>{\n console.log(this.state);\n \n });\n }\n }\n changeCurrentHighlight(i){\n let currentHighlight = this.state.currentHighlight;\n currentHighlight.location = i;\n this.setState({currentHighlight:currentHighlight});\n }\n stringLocation(string=null,type){\n if(!type){\n return this.state.sequence.indexOf(string);\n }\n let location = this.state.sequence.indexOf(string);\n console.log('location',location);\n let length = string.length;\n \n if(location==-1){\n \n let revString = this.revComp(string);\n console.log('rev',revString);\n location = this.state.sequence.indexOf(revString); \n //location = location+(length/2)-4;\n } else {\n // location = location+(length/2)-1;\n }\n return location;\n }\n highlightString(string,color=null,type=null){\n console.log('string: ',string,' color: ',color);\n //console.log(this.state.sequence);\n let location = this.stringLocation(string,type);\n console.log(location);\n if(location==-1){\n location = this.stringLocation(this.revComp(string),type);\n }\n if(location==-1){\n location = 0;\n }\n let length = string.length;\n if(!color){\n color = 'rgba(252, 210, 126, 0.3)';\n }\n //console.log('mousenter');\n //console.log(location,length,color);\n this.setState({currentHighlight:{\n location:location,\n length:length,\n color:color,\n name:!type?'cutsite':type\n }\n });\n }\n clearHighlight(){\n //console.log('mouseleave');\n //this.setState({currentHighlight:null});\n }\n\n revComp(dna) {\n let revComp = [];\n for(let i=0;iDesign Info
\nTarget Info
{targetHTML}Homology Info
\n {primerHTML}\n\n
\n Oligo Info
\nSense: {this.state.oligos.sense}
\n Antisense: {this.state.oligos.antisense}
\n Choose Your IsoForm
Choose Your Tag
Choose Your Tag
Finding Potential Targets.
This may take some time.
Checking Target Efficiency
,\n image:loading,\n stayOpen:true,\n },\n targets:response.results\n },function(){\n let url = urlBase+'/api/?type=targetEfficiency&targets='+encodeURIComponent(efficiencyString.join('\\n'));\n fetch(url).then((res)=>{return res.json()}).then((response)=>{\n //console.log(response);\n let targets = [];\n for(let i=0;iChecking Target Efficiency
,\n image:loading,\n stayOpen:true,\n },\n targets:response.results\n },function(){\n let url = urlBase+'/api/?type=targetEfficiency&targets='+encodeURIComponent(efficiencyString.join('\\n'));\n fetch(url).then((res)=>{return res.json()}).then((response)=>{\n //console.log(response);\n //console.log('got response');\n let targets = [];\n for(let i=0;iRetreiving Homology Arm Primers
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n console.log(urlBase+'/api/?type=primers&primerSections='+primerSectionsString);\n fetch(urlBase+'/api/?type=primers&primerSections='+primerSectionsString).then(res =>{return res.json();}).then((res)=>{\n console.log(res);\n this.setState({primers:res,menu:4,popup:{\n show:false,\n message:Retreiving Homology Arm Primers
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n console.log(this.state);\n });\n })\n });\n }\n mutatePam(e){\n e.preventDefault();\n let newPam = e.target.elements.newPam.value;\n //console.log(newPam);\n this.setState({currentPam:newPam,menu:4,screen:4,mutatePam:false},()=>{\n console.log('mutated pam');\n console.log(this.state);\n if(!this.state.primers||!this.state.primers.length==0){\n this.getPrimers();\n }\n });\n }\n selectHomologyArm(selection,arm){\n let currentArms = JSON.parse(JSON.stringify(!this.state.selectedArms?{}:this.state.selectedArms));\n currentArms[arm] = selection;\n this.saveCurrentHighlight('rgba(86, 64, 155,0.3)',arm);\n this.setState({selectedArms:currentArms},()=>{\n //console.log(this.state);\n this.setState({currentHighlight:null},()=>{\n let totalSelected = Object.keys(this.state.selectedArms);\n if(totalSelected.length&&totalSelected.length==4){\n // GET OLIGO INFO\n console.log('searching');\n console.log(urlBase+'/api/?type=oligos&target='+this.state.targets[0].distal+this.state.targets[0].proximal+this.state.targets[0].pam);\n this.setState({\n popup:{\n show:true,\n message:Retreiving Oligo Information
,\n image:loading,\n stayOpen:true,\n },\n },()=>{\n fetch(urlBase+'/api/?type=oligos&target='+this.state.targets[0].distal+this.state.targets[0].proximal+this.state.targets[0].pam).then(res =>{return res.json();}).then((res)=>{\n console.log(res);\n if(!res.sense){\n this.setState({\n menu:5,\n popup: {\n show:false,\n }\n });\n }\n this.setState({\n menu:5,\n oligos:res,\n popup: {\n show:false,\n }\n });\n });\n });\n }\n });\n });\n }\n\n // UTILITIES\n\n downloadApeFile() {\n fetch(window.location.origin+'/fly_templates/empty_ape.txt').then((res)=>{return res.text();}).then((res)=>{\n const data = res;\n fetch(window.location.origin+'/fly_templates/feature.txt').then((res)=>{return res.text()}).then((res2)=>{\n const feature = res2;\n const newFeature = (loc, name, color) => {\n return feature\n .split('*featureLoc*').join(loc)\n .split('*featureName*').join(name)\n .split('*featureColor*').join(color);\n };\n let gene = this.state.sequence;\n const target = this.state.targets[0].distal.toString()+this.state.targets[0].proximal.toString();\n const targetMatch = gene.toLowerCase().match(target.toLowerCase());\n const revTargetMatch = gene.toLowerCase().match(this.revComp(target.toLowerCase()));\n let targetI;\n if (targetMatch) {\n targetI = targetMatch.index+1;\n } else if (revTargetMatch) {\n targetI = revTargetMatch.index;\n }\n const pamStart = revTargetMatch?targetI-2:targetI+20;\n const start = 1+parseInt(this.state.highlights.start.location);\n const stop = 1+parseInt(this.state.highlights.stop.location); \n gene = !this.state.currentPam?gene:gene.substr(0,pamStart-1)+this.state.currentPam+gene.substr(pamStart+2,gene.length);\n const featureArr = [\n newFeature(start+'..'+(start+2),'Start Codon','#df2935'),\n newFeature(stop+'..'+(stop+2),'Stop Codon','#df2935'),\n newFeature((parseInt(1+this.state.highlights['hom5']['location']))+'..'+(parseInt(1+this.state.highlights['hom5']['location'])+this.state.highlights['hom5']['length']),\"5' Homology Arm Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['hom3']['location']))+'..'+(parseInt(1+this.state.highlights['hom3']['location'])+this.state.highlights['hom3']['length']),\"3' Homology Arm Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['seq5']['location']))+'..'+(parseInt(1+this.state.highlights['seq5']['location'])+this.state.highlights['seq5']['length']),\"5' Sequence Primer\",'#fdca40'),\n newFeature((parseInt(1+this.state.highlights['seq3']['location']))+'..'+(parseInt(1+this.state.highlights['seq3']['location'])+this.state.highlights['seq3']['length']),\"3' Sequence Primer\",'#fdca40'),\n newFeature(targetI+'..'+(parseInt(targetI)+20),\"Target\",'#136F5E'),\n newFeature(pamStart+'..'+(parseInt(pamStart)+2),\"Pam\",'#42ED5E'),\n ];\n const makeGeneArr = () => {\n\n let geneArr = [];\n const spaces = (str) => {\n let spaceArr = [];\n for(let i=0;i<9-str.length;i++){\n spaceArr.push('');\n }\n return spaceArr;\n }\n for(let i=0;ii+((highlight.highlightLength-1)/2)?' ':'highlight ')+' single-letter '} data-value={i} onMouseEnter={this.highlight.bind(this)}>{letter}
;\n });\n }*/\n let allHighlights = [];\n let currentHighlight = !this.state.sequence?null:this.state.sequence.split('').map((letter,i)=>{\n if(!this.state.currentHighlight){\n return null;\n }\n let style = {background:'rgba(255,255,255,0)'};\n let classes = '';\n if(i>=(this.state.currentHighlight.location-((this.state.currentHighlight.length-1)/2))&&i<=(this.state.currentHighlight.location+((this.state.currentHighlight.length-1)/2))){\n style = {background:this.state.currentHighlight.color,zIndex:999};\n classes = 'main-highlight';\n }\n return {letter}
;\n });\n let highlightKeys = Object.keys(this.state.highlights);\n for(let i=0;i{letter}
;\n })\n });\n }\n allHighlights.push({currentHighlight}
);\n return allHighlights;\n }\n const highlightKeys = !this.state.highlights?null:Object.keys(this.state.highlights);\n //console.log(!this.state.currentHighlight?null:this.state.currentHighlight);\n const currentHighlight = !this.state.currentHighlight?null:this.state.currentHighlight;\n const currentHighlightLocation = !currentHighlight?null:currentHighlight.location;\n const geneInfoPrep = !this.state.sequence?null:this.state.sequence.split('').map((letter,i)=>{\n let highlightClasses = [];\n if(currentHighlight&&i>=currentHighlightLocation&&i\n
;\n });\n const pamBoxReadingFrames = () => {\n if(!this.state.highlights.cutsite){\n return;\n }\n let start = parseInt(JSON.parse(JSON.stringify(this.state.highlights.start.location)));\n let cutsite = parseInt(this.state.highlights.cutsite.location);\n let string = [];\n let frameI = Math.abs((cutsite - start) % 3)+1;\n let distal = this.state.targets[0].distal.split('');\n let proximal = this.state.targets[0].proximal.split('');\n let pam = this.state.targets[0].pam.split('');\n //console.log(cutsite,' ',start,Math.abs(cutsite - start)%3,((cutsite - start) % 3),frameI);\n for(let i=0;i{target.distal+target.proximal+target.pam}
\n Efficiency: {!target.score?'-':target.score}
\n Strand: {target.strand}
\n Off Targets: {target.offtarget}
\n {' '}
);\n for(let i=0;i{string}
;\n }\n const pamBox = \n
;\n const HomologyList = () => {\n if(!this.state.primers){\n return;\n }\n let primerKeys = Object.keys(this.state.primers);\n //console.log('primer keys',primerKeys);\n let primerHTML = primerKeys.map((key)=>{\n let primerOptions = this.state.primers[key];\n //console.log('this primer',primerOptions);\n if(this.state.selectedArms&&this.state.selectedArms[key]){\n let primerSingle = this.state.selectedArms[key];\n return Amino Acid Chart
\nTarget: {pamBoxReadingFrames()}
\n \n 2nd Letter
\n\n 1st
\n 3rd
\n
\n 1st
Letter
\n \n
\n U
C
A
G
\n
\n U
\n \n
\n \n \n
\n UUU
UUC
Phe
\n \n \n
\n UUA
UUG
Leu
\n \n
\n \n \n
\n UCU
UCC
UCA
UCG
Ser
\n \n
\n \n \n
\n UAU
UAC
Tyr
\n \n \n
\n UAU
UAC
Stop
Stop
\n Stop
\n
\n \n \n
\n UGU
UGC
Cys
\n \n \n
\n UGA
UGG
Stop
Stop
\n Stop
\n
\n U
\n C
\n A
\n G
\n \n
\n C
\n \n
\n \n \n
\n CUU
CUC
CUA
CUG
Leu
\n \n
\n \n \n
\n CCU
CCC
CCA
CCG
Pro
\n \n
\n \n \n
\n CAU
CAC
His
\n \n \n
\n CAA
CAG
Gln
\n \n
\n \n \n
\n CGU
CGC
CGA
CGG
Arg
\n \n
\n U
\n C
\n A
\n G
\n \n
\n A
\n \n
\n \n \n
\n AUU
AUC
AUA
lle
\n \n \n
\n AUG
Met
\n \n
\n \n \n
\n ACU
ACC
ACA
ACG
Thr
\n \n
\n \n \n
\n AAU
AAC
Asn
\n \n \n
\n AAA
AAG
Lys
\n \n
\n \n \n
\n AGU
AGC
Ser
\n \n \n
\n AGA
AGG
Arg
\n \n
\n U
\n C
\n A
\n G
\n \n
\n G
\n \n
\n \n \n
\n GUU
GUC
GUA
GUG
Val
\n \n
\n \n \n
\n GCU
GCC
GCA
GCG
Ala
\n \n
\n \n \n
\n GAU
GAC
Asp
\n \n \n
\n GAA
GAG
Glu
\n \n
\n \n \n
\n GGU
GGC
GGA
GGG
Gly
\n \n
\n U
\n C
\n A
\n G
\n 3rd
Letter
{key}
\n \n \n \n \n \n
{primerSingle[7]}
\n Tm:
{primerSingle[3]}
GC%:
{primerSingle[4]}
Any (Self Complementarity):
{primerSingle[5]}
3' (Self Complementarity):
{primerSingle[6]}
{key}
{primerOptions.map((primerSingle)=>{\n return \n \n \n \n \n
})}{primerSingle[7]}
\n Tm:
{primerSingle[3]}
GC%:
{primerSingle[4]}
Any (Self Complementarity):
{primerSingle[5]}
3' (Self Complementarity):
{primerSingle[6]}
{primerHTML}
;\n }\n const popup = () => {\n if(!this.state.popup){\n return null;\n }\n return \n
\n } \n const downloadOptions = () => {\n const plasmidOptions = [\"N terminal SSPB and mCherry tag\",\"N terminal EGFP and SSPB tag with Extended Linker\",\"C terminal mCherry and SSPB tag\",\"C terminal EGFP and SSPB tag with Extended Linker\",\"C terminal EGFP and SSPB tag\",\"C terminal mDendra2 and SSPB tag\",\"C terminal mScarlett and SSPB tag\",\"N terminal EGFP and SSPB tag\",\"N terminal mDendra2 and SSPB tag\",\"N terminal mScarlett and SSPB tag\"];\n let htmlOptions = [];\n for(let i=-1;i{this.state.popup.stayOpen?null::''}
\n X
}\n {this.state.popup.message}
\n {this.state.popup.image?\n \n
;\n }\n return (\n Ape File
\n \n Guide Rna Vector
\n \n Plasmid Template
\n \n \n \n \n \n \n \n \n
\n\n )\n }\n}\n","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,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\"","export default \"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAADkAAAAuCAYAAACSy7GmAAAACXBIWXMAAAsSAAALEgHS3X78AAAAxUlEQVRoge3YQQ3CQBRF0UuDABwgASSAAyQgARxQByABB0hBAjgoCob8pCRN1yWZ//rOrl3N3cwkb1FKoXcEDsCK/J7AFXhFSURugQewFogba4FLREb1pq6zTWrfiAeGXVPBIf4uIm/CfZ+4gCLyBJyBdwWHmtIdiEu1Gz4h9D9VnpDu9zGOlDSbi0eeI1U4UoUjVThSxXLQ4fkjKc8fSjx/KPD8kZ3nD0mOVOFIFY5U4UgVnj8S8/yhyPOHDM8fyc1o/gC+cLdO/ZSnK2EAAAAASUVORK5CYII=\"","import React from 'react';\nimport ReactDOM from 'react-dom';\nimport './index.css';\nimport App from './App';\n\nReactDOM.render(\n \n \n Font Size\n
\n New/Upload Project
\n Save Project
\n Switch to {(this.state.themeColor===false?'Dark':'Light')} Theme
\n A
A
\n
\n \n
\n \n \n \n
\n \n
\n 1?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"2\" alt=\"sidebar2\">
\n \n {!targetList?null:{targetList}
}\n \n
\n 2?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"3\" alt=\"sidebar3\">
\n \n {this.state.screen<3?null:{pamBox}
}\n \n
\n 3?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"4\" alt=\"sidebar4\">
\n \n {HomologyList()}
\n \n
\n 3?'':'none'}} onClick={this.changeMenus.bind(this)} data-menu=\"5\" alt=\"sidebar5\">
\n \n {this.state.menu==5?downloadOptions():null}\n \n
\n \n \n \n \n
\n New Project
\n \n
\n \n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n \n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n =4?'flex':'none',}}>\n
\n Gene: {this.state.geneName}{!this.state.isoForm?'':' - Isoform: '+this.state.isoForm}
\n \n
\n {makeHighlights()}
\n {geneInfoPrep}
\n \n
\n Cabernard Lab
\n Sound Development Company
\n GPL3 License
\n API Docs
\n \n
\n {popup()}\n \n
\n X
\n