var tabledata=[{"Name":"Engineered Split Intein","Code":"IMPDH-1_S2","Type":"Post-Translational","DR":"-","n":"-","High":"27366.41","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:IMPDH-1_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,ProteinStability:Solubility_tag,CDS:IMPDH-1_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB6","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:GGGCFVPGTLVNTENGLKKIEEIKVGDKVFSHTGKLQEVVDTLIFDRDEEIISINGIDCTKNHEFYVIDKENANRVNEDNIHLFARWVHAEELDMKKHLLIELE","Sequence2":"C' Half:MKFKLKEITSIETKHYKGKVHDLTVNQDHSYNVRGTVVHNSIC","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"TvoVMA_S2","Type":"Post-Translational","DR":"-","n":"-","High":"2394.83","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:TvoVMA_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:TvoVMA_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB9","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:GSKCVSGETPVYLADGKTIKIKDLYSSERKKEDNIVEAGSGEEIIHLKDPIQIYSYVDGTIVRSRSRLLYKGKSSYLVRIETIGGRSVSVTPVHKLFVLTEKGIEEVMASNLKVGDMIAAVAESESEARDCGMSEECV","Sequence2":"C' Half:MEAEVYTSLEATFDRVKSIAYEKGDFDVYDLSVPEYGRNFIGGEGLLVLHNTVI","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"NpuSsp_S1","Type":"Post-Translational","DR":"-","n":"-","High":"6625.66","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:NpuSsp_S1_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:NpuSsp_S1_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3 ","ori":"p15A\/pMB2","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:GGKCLSYETEILTVEY","Sequence2":"C' Half:GSLPIGKIVEKRIECTVYSVDNNGNIYTQPVAQWHDRGEQEVFEYCLEDGSLIRATKDHKFMTVDGQMLPIDEIFERELDLMRVDNLPNGSAGSAAGSGVKVIGRRSLGVQRIFDIGLRQDHNFLLANGAIAANCWN","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"SaP-dpol_S2","Type":"Post-Translational","DR":"-","n":"-","High":"4426.26","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:SaP-dpol_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:SaP-dpol_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB13","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:GKACLHRHTQVLTDGGFKDIMAVTSTDKVWSGEKWVNTKGAHLMGWKPVINVDGVLMTEDHKILTHSWKQAKQLVSNKYMMDRALEIGMDAWLSCASYQNDKAKDNYSSNVIVERCLG","Sequence2":"C' Half:NLNGKLTYCEPVYDLIDVEDGNRFLIASDSGFLVAHNCEL","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"NrdA-2_S2","Type":"Post-Translational","DR":"-","n":"-","High":"15994.15","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:NrdA-2_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:NrdA-2_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB14","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:SNLCLTGDAKIDVLIDNIPISQISLEEVVNLFNEGKEIYVLSYNIDTKEVEYKEISDAGLISESAEVLEIIDEETGQKIVCTPDHKVYTLNRGYVSAKDLKEDDELVFS","Sequence2":"C' Half:GLKIIKRESKEPVFDITVKDNSNFFANNILVHNCNE","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"Mja-KlbA_S2","Type":"Post-Translational","DR":"-","n":"-","High":"127532.97","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:Mja-KlbA_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:Mja-KlbA_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB15","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:HDGALAYDEPIYLSDGNIINIGEFVDKFFKKYKNSIKKEDNGFGWIDIGNENIYIKSFNKLSLIIEDKRILRVWRKKYSGKLIKITTKNRREITLTHDHPVYISKTGEVLEINAEMVKVGDYIYIPKNNT","Sequence2":"C' Half:INLDEVIKVETVDYNGHIYDLTVEDNHTYIAGKNEGFAVSNCSG","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"NrdJ-1_S2","Type":"Post-Translational","DR":"-","n":"-","High":"37928.68","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:NrdJ-1_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:NrdJ-1_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB5","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:NPCCLVGSSEIITRNYGKTTIKEVVEIFDNDKNIQVLAFNTHTDNIEWAPIKAAQLTRPNAELVELEIDTLHGVKTIRCTPDHPVYTKNRGYVRADELTDDDELVVAI","Sequence2":"C' Half:MEAKTYIGKLKSRKIVSNEDTYDIQTSTHNFFANDILVHNSEI","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"Cth-Ter_S2","Type":"Post-Translational","DR":"-","n":"-","High":"21744.38","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:Cth-Ter_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:Cth-Ter_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB11","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:NGKQLALDTPIPTPDGWTTMGEIKAGDKVIDEKGRPCNVVAISEIDDTEQAYKINFRDGTSIVAGERHLWKVQVTNNGRREKLLTTGEMYQKQFKTKSKENRALFRIPIADAFI","Sequence2":"C' Half:SHFHYIKSIEKTGKTKMRCIQVDSPSRLYLAGKSMIPTHNSEL","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"PhoRadA_S2","Type":"Post-Translational","DR":"-","n":"-","High":"4804.74","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:PhoRadA_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,ProteinStability:Solubility_tag,CDS:PhoRadA_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB10","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:SGKCFARDTEVYYENDTVPHMESIEEMYSKYASMNGELPFDNGYAVPLDNVFVYTLDIASGEIKKTRASYIYREKVEKLIEIKLSSGYSLKVTPSHPVLLFRDGLQWVPAAEVKPGDVVVGVREEVLRR","Sequence2":"C' Half:RIISKGELEFHEVSSVRIIDYNNWVYDLVIPETHNFIAPNGLVLHNTQL","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"gp41-1_S2","Type":"Post-Translational","DR":"-","n":"-","High":"12080.14","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:gp41-1_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:gp41-1_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB3","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:SGYCLDLKTQVQTPQGMKEISNIQVGDLVLSNTGYNEVLNVFPKSKKKSYKITLEDGKEIICSEEHLFPTQTGEMNISGGLKEGMCLYVKE","Sequence2":"C' Half:LKKILKIEELDERELIDIEVSGNHLFYANDILTHNSSS","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"SspDnaX_S2","Type":"Post-Translational","DR":"-","n":"-","High":"19292.64","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:SspDnaX_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,ProteinStability:Solubility_tag,CDS:SspDnaX_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB7","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:IDECLTGDSQVLTRNGLMSIDNPQIKGREVLSYNETLQQWEYKKVLRWLDRGEKQTLSIKTKNSTVRCTANHLIRTEQGWTRAENITPGMKILSPA","Sequence2":"C' Half:PQWHTNFEEVESVTKGQVEKVYDLEVEDNHNFVANGLLVHNCHT","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"gp41-8_S2","Type":"Post-Translational","DR":"-","n":"-","High":"7779.39","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:gp41-8_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:gp41-8_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB4","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:LNRCLSLDTMVVTNGKAIEIRDVKVGDWLESECGPVQVTEVLPIIKQPVFEIVLKSGKKIRVSANHKFPTKDGLKTINSGLKVGDFLRSRAK","Sequence2":"C' Half:MCEIFENEIDWDEIASIEYVGVEETIDINVTNDRLFFANGILTHNSAV","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"SspGyrB_S2","Type":"Post-Translational","DR":"-","n":"-","High":"25301.18","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:SspGyrB_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0032,CDS:SspGyrB_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB8","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:AGGCFSGDTLVALTDGRSVSFEQLVEEEKQGKQNFCYTIRHDGSIGVEKIINARKTKTNAKVIKVTLDNGESIICTPDHKFMLRDGSYKCAMDLTLDDSLMPLHRKISTTEDSGHA","Sequence2":"C' Half:MEAVLNYNHRIVNIEAVSETIDVYDIEVPHTHNFALASGVFVHNSAK","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"MP-M-DnaB_S2","Type":"Post-Translational","DR":"-","n":"-","High":"5357.14","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:MP-M-DnaB_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0030,CDS:MP-M-DnaB_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3","ori":"p15A\/pMB12","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:NGKALDVETPILTGNGWKKMGDIQVGDYVHAADGTLARVSYVSERHWRDCFSVQFADGAELVASDHHLWAVNDRLKGERVIDTAELYRTQTYGARGDRRYTVTVPEALD","Sequence2":"C' Half:ARTNTITSVTPVPTVETVCIQIDHPSHVFLAGKSLTPTHNTEL","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null},{"Name":"Engineered Split Intein","Code":"M86_S2","Type":"Post-Translational","DR":"-","n":"-","High":"9083.5","Low":"-","Unit":"a.u.","Km":"-","Km Unit":"-","Construct":"Promoter:PBAD\/AraC,RBS:B0030,CDS:mCherry_N,CDS:M86_S2_N,Terminator:B0015\/\/Promoter:PBAD\/AraC,RBS:B0032,CDS:M86_S2_C,CDS:mCherry_C,Terminator:B0015","Function":"AND","Regulator":"-","Reg Type":"Fusion","Lab":"Wang","Publication":"Pinto, F., Thornton, E. L. & Wang, B. An expanded library of orthogonal split inteins enables modular multi-peptide assemblies. Nat. Commun. 11, 1529 (2020).","doi":"https:\/\/doi.org\/10.1038\/s41467-020-15272-2","Strain":"TOP10","Plasmid":"pSB3T5\/pSB1A3 ","ori":"p15A\/pMB1","Resistance":"Tet\/Amp","Keywords":"Split Intein, protein glues, AND gate, protein splicing, fusion, peptide ligation, large protein assembly","Sequence1":"N' Half:VDACISGDSLISLASTGKRVPIKDLLGEKDFEIWAINEQTMKLESAKVSRVFCTGKKLVYTLKTRLGRTIKATANHRFLTIDGWKRLDELSLKEHIALPRKLE","Sequence2":"C' Half:SSSLQLAPEIEKLPQSDIYWDPIVSITETGVEEVFDLTVPGLRNFVANDIIVHNSDL","Sequence3":null,"Sequence4":null,"Sequence5":null,"Sequence6":null,"Sequence7":null,"Sequence8":null,"Sequence9":null,"Sequence10":null}];