cDNA Clone ZAP3

• Synonyms: C14orf170; PPP1R169; ZAP113; YLPM1
• Plasmid: pBabeD puro 3FLAG ZAP3
• Parent Plasmid: pBabeD puro 3FLAG
• Expressed: 3FLAG ZAP3
• Genbank: NM_019589.2 with one silent change
• Tag: 3FLAG
• Species: Human

Sequence of Insert

GGATCCATGTACCCGAATTGGGGCCGGTATGGCGGGAGCAGCCACTATCCGCCGCCACCGGTCCCACCGCCGCCGCCAGTGGCGCTTCCTGAGGCCTCGCCGGGGCCCGGGTACTCGAGCTCGACGACTCCCGCGGCCCCCTCCTCCTCGGGCTTCATGAGCTTCCGCGAACAGCACTTGGCGCAGCTCCAGCAGCTGCAGCAGATGCACCAGAAGCAAATGCAGTGCGTGCTTCAGCCCCACCACCTTCCTCCGCCCCCTCTGCCGCCCCCGCCAGTGATGCCGGGGGGCGGCTACGGAGACTGGCAGCCGCCACCGCCACCGATGCCCCCGCCACCCGGGCCGGCCCTCAGCTATCAGAAGCAGCAGCAGTACAAACACCAGATGCTCCACCACCAACGAGACGGGCCTCCTGGTTTGGTTCCAATGGAGCTGGAATCCCCCCCTGAATCTCCCCCTGTGCCGCCTGGGTCCTATATGCCCCCATCTCAGTCTTACATGCCCCCACCTCAGCCGCCACCCTCTTACTACCCCCCGACCTCATCTCAGCCCTACCTGCCTCCTGCTCAGCCGTCCCCTTCGCAGTCCCCACCTTCCCAATCCTACCTGGCGCCCACCCCTTCTTACTCATCCTCCTCCTCTTCCTCGCAATCCTATTTGAGCCATTCCCAGTCCTACTTGCCCTCTTCTCAGGCATCTCCTTCCCGCCCCTCCCAGGGCCATTCTAAATCCCAACTACTAGCTCCACCACCACCGTCCGCCCCCCCTGGAAATAAGACAACTGTCCAGCAAGAGCCTTTGGAGAGTGGGGCCAAAAACAAGAGTACTGAACAGCAGCAAGCCGCCCCTGAGCCAGATCCCTCTACGATGACTCCACAGGAACAGCAGCAGTATTGGTATCGACAGCACTTGCTTAGTTTGCAACAGAGGACAAAAGTTCATTTGCCAGGACACAAAAAGGGTCCTGTGGTAGCAAAGGATACACCAGAGCCGGTAAAAGAAGAAGTTACAGTACCTGCCACCAGTCAAGTTCCAGAATCTCCTTCTTCTGAGGAGCCCCCATTGCCACCTCCAAATGAGGAAGTGCCACCTCCTCTCCCACCTGAGGAACCCCAGTCTGAGGACCCAGAAGAAGATGCCAGGTTAAAGCAGTTGCAGGCTGCAGCAGCACACTGGCAGCAGCACCAGCAGCATCGAGTCGGTTTCCAGTATCAGGGAATAATGCAGAAGCACACTCAGTTACAGCAGATTCTACAACAGTATCAGCAGATTATACAGCCCCCACCACATATACAGACCATGTCTGTAGATATGCAGCTGCGGCATTATGAGATGCAGCAGCAACAGTTTCAACATCTTTACCAAGAATGGGAGCGAGAGTTTCAGCTATGGGAGGAACAACTCCATTCCTATCCTCATAAAGATCAGCTTCAGGAGTATGAGAAGCAGTGGAAAACATGGCAGGGACATATGAAAGCCACTCAGAGCTATCTCCAGGAGAAAGTCAATTCATTTCAGAACATGAAGAACCAGTATATGGGGAACATGTCAATGCCACCTCCTTTTGTTCCATATTCTCAGATGCCTCCACCTCTACCTACAATGCCCCCTCCAGTGTTGCCTCCTTCATTGCCACCACCAGTGATGCCCCCTGCCCTCCCTGCTACAGTGCCACCACCTGGCATGCCCCCACCTGTTATGCCACCTTCTCTACCAACCTCTGTTCCCCCACCAGGGATGCCTCCTTCTCTCTCTTCTGCAGGGCCACCACCAGTTCTCCCCCCACCTTCCCTGTCTTCTGCAGGGCCACCACCAGTTCTTCCCCCACCATCTCTCTCTTCAACAGCACCTCCACCTGTCATGCCCCTCCCACCATTGTCTTCAGCTACACCTCCTCCAGGAATACCTCCCCCTGGAGTTCCACAAGGGATACCTCCTCAGTTAACAGCAGCCCCAGTTCCACCAGCCTCCAGTTCACAGAGCTCGCAAGTTCCAGAGAAACCTAGACCAGCACTGCTTCCTACTCCTGTGTCTTTTGGTTCTGCCCCACCGACAACTTACCATCCTCCGTTGCAATCAGCTGGTCCATCAGAACAAGTGAATTCAAAAGCTCCTTTGAGCAAGTCTGCTCTGCCATACAGTTCATTCTCATCTGATCAAGGACTTGGGGAGTCTTCAGCTGCTCCATCTCAGCCAATCACTGCAGTGAAGGACATGCCAGTGAGATCAGGTGGCCTGCTTCCAGATCCTCCTAGAAGTAGTTACTTGGAAAGTCCAAGAGGCCCAAGATTTGATGGTCCTCGAAGATTTGAGGATTTAGGGTCAAGGTGTGAAGGACCGAGACCCAAAGGGCCTCGTTTTGAAGGAAATCGCCCCGATGGGCCAAGACCCAGATATGAAGGTCACCCAGCAGAGGGCACTAAAAGCAAGTGGGGAATGATTCCCCGGGGGCCAGCATCTCAATTTTATATTACCCCCAGTACATCCCTAAGTCCTCGACAGAGTGGACCACAGTGGAAAGGCCCCAAACCAGCTTTTGGACAGCAGCATCAGCAGCAACCTAAGTCACAAGCAGAACCTCTTTCAGGAAACAAAGAACCATTAGCAGACACCAGTAGTAACCAGCAGAAGAATTTTAAAATGCAATCAGCTGCATTTTCCATTGCTGCAGATGTAAAGGATGTCAAGGCGGCTCAGTCAAATGAGAATCTAAGCGACTCTCAACAAGAGCCACCTAAAAGTGAAGTCTCGGAAGGGCCCGTAGAGCCCTCTAATTGGGACCAGAATGTTCAAAGTATGGAGACTCAAATCGACAAAGCCCAAGCTGTTACTCAGCCTGTACCCCTTGCGAATAAGCCTGTACCTGCTCAATCTACTTTTCCTTCAAAAACAGGGGGGATGGAGGGAGGAACAGCAGTAGCAACATCATCATTAACAGCAGATAATGATTTTAAACCTGTGGGTATTGGTCTACCCCATTCAGAAAACAACCAAGATAAAGGCCTGCCTCGGCCAGATAATAGAGATAATAGATTAGAAGGCAATAGAGGCAACAGCTCATCTTACAGAGGTCCTGGGCAAAGCAGAATGGAAGACACACGGGATAAAGGTCTAGTAAACAGAGGTCGCGGCCAGGCAATCAGTCGAGGCCCAGGATTGGTCAAGCAAGAAGACTTTCGGGATAAGATGATGGGTAGAAGAGAAGATAGTCGAGAGAAGATGAACAGAGGAGAAGGTAGCCGGGACAGAGGGTTGGTGAGGCCTGGAAGCAGTCGGGAGAAAGTGCCAGGTGGTCTTCAAGGGAGCCAGGACAGGGGTGCAGCTGGCAGCCGAGAAAGGGGACCACCTCGGAGGGCTGGCAGTCAGGAGAGGGGACCTCTTCGAAGGGCTGGGAGTAGAGAGAGAATACCACCCCGAAGAGCTGGGAGCAGGGAGAGAGGACCACCTCGAGGGCCTGGCAGTCGAGAAAGGGGACTGGGAAGATCAGATTTTGGTCGTGATAGAGGTCCATTCAGACCAGAACCAGGAGATGGTGGGGAAAAAATGTATCCATATCACCGGGATGAGCCTCCTAGGGCTCCATGGAACCATGGAGAAGAGCGAGGGCATGAAGAGTTTCCATTAGATGGTAGAAATGCTCCAATGGAACGAGAAAGACTCGATGACTGGGATAGAGAGAGATACTGGAGAGAATGTGAACGTGACTATCAAGATGATACACTAGAGCTCTATAACAGAGAGGACAGGTTCTCAGCACCACCATCTCGGTCTCATGATGGAGATAGGCGAGGCCCTTGGTGGGATGATTGGGAGAGAGACCAGGATATGGATGAGGACTACAATAGGGAAATGGAAAGGGACATGGACAGGGATGTGGATCGGATTTCAAGACCTATGGATATGTATGATAGAAGTTTGGATAATGAGTGGGACAGAGATTATGGGAGACCACTGGATGAACAAGAATCACAGTTTCGTGAACGGGATATTCCATCTCTTCCACCTTTACCGCCCCTCCCACCTCTTCCACCTTTGGATAGATATCGGGATGATAGATGGAGAGAAGAAAGAAATCGAGAGCATGGGTATGATCGAGATTTCCGTGATAGGGGTGAGTTGAGGATTCGAGAGTATCCAGAAAGAGGAGATACATGGCGGGAAAAGCGAGATTATGTTCCTGACAGAATGGACTGGGAAAGAGAACGGTTGTCAGACAGATGGTACCCATCTGATGTGGATAGACATTCCCCCATGGCGGAACATATGCCCTCCTCACATCATTCCTCAGAAATGATGGGGTCCGATGCAAGCTTAGACTCTGACCAAGGCCTTGGAGGGGTAATGGTTCTCAGTCAGAGGCAGCATGAAATCATTTTGAAAGCTGCACAAGAACTGAAAATGCTTCGGGAACAGAAAGAACAGCTTCAAAAGATGAAAGACTTCGGGTCTGAGCCACAGATGGCTGACCATCTACCACCTCAGGAATCAAGATTGCAGAATACATCTTCAAGACCTGGAATGTATCCGCCTCCAGGGTCGTATAGACCTCCCCCTCCTATGGGCAAACCACCAGGTTCAATTGTAAGACCCTCTGCTCCACCAGCAAGATCATCTGTTCCTGTGACCAGGCCACCTGTCCCAATACCACCACCTCCACCTCCTCCACCTCTACCTCCTCCTCCTCCAGTGATAAAGCCACAAACTTCAGCTGTAGAACAGGAACGATGGGATGAAGATTCTTTCTATGGGCTCTGGGATACAAATGATGAACAAGGACTGAATTCAGAATTTAAGTCAGAAACTGCAGCAATTCCATCTGCTCCAGTATTACCACCCCCACCTGTTCACTCTTCCATTCCCCCTCCTGGCCCAGTGCCTATGGGTATGCCACCAATGTCCAAGCCACCACCAGTACAACAGACTGTTGATTATGGCCATGGCCGAGATATATCCACTAATAAAGTTGAACAGATACCTTATGGAGAAAGAATAACTCTACGCCCAGATCCACTACCTGAAAGATCAACTTTTGAGACAGAGCATGCAGGCCAACGTGATCGTTATGATAGAGAAAGAGATCGTGAGCCTTATTTTGATCGTCAAAGTAATGTCATAGCAGATCATCGAGATTTTAAAAGGGATCGTGAGACACATAGAGATCGAGACCGGGATCGTGGTGTTATTGACTATGACCGGGATCGATTTGACAGAGAACGCCGACCCCGAGATGATAGAGCTCAGTCATATCGAGACAAAAAAGACCATTCCTCATCCAGAAGAGGGGGTTTTGATAGGCCATCCTATGACCGGAAGTCTGACCGACCAGTCTATGAAGGACCATCCATGTTTGGAGGAGAACGAAGGACTTATCCTGAGGAGCGAATGCCTCTGCCAGCTCCTTCACTGAGCCACCAGCCACCTCCAGCTCCACGAGTCGAGAAGAAGCCTGAATCAAAGAATGTGGACGATATTTTGAAACCACCGGGCCGGGAGAGCAGACCTGAGAGAATTGTTGTTATAATGAGAGGATTACCTGGCAGTGGAAAGACACATGTTGCAAAACTTATTCGAGATAAGGAGGTAGAATTTGGAGGACCTGCACCCAGAGTTCTAAGCCTGGATGATTACTTCATCACTGAAGTGGAAAAAGAAGAAAAAGATCCAGATTCTGGAAAGAAAGTGAAAAAGAAGGTAATGGAATATGAATATGAAGCTGAGATGGAGGAGACTTACCGCACCAGCATGTTCAAAACTTTCAAAAAGACTCTGGATGATGGCTTTTTTCCCTTCATCATCCTGGATGCCATCAATGACAGAGTTAGGCATTTTGACCAGTTTTGGAGTGCAGCAAAAACCAAGGGATTTGAGGTATATTTGGCTGAAATGAGTGCAGATAACCAGACTTGTGGCAAGAGAAATATTCATGGAAGAAAGCTTAAAGAAATAAATAAGATGGCTGATCACTGGGAAACTGCACCTCGTCACATGATGCGTCTAGATATTCGTTCTTTGCTGCAAGATGCTGCTATTGAAGAGGTAGAGATGGAAGATTTTGATGCAAATATCGAAGAACAGAAAGAAGAAAAGAAAGATGCAGAGGAAGAGGAAAGCGAACTGGGTTACATTCCGAAAAGCAAATGGGAGATGGACACATCTGAGGCAAAGCTAGACAAGTTGGATGGCTTGAGGACTGGTACTAAAAGGAAACGTGACTGGGAGGCCATTGCCAGCAGAATGGAGGATTATCTTCAGCTCCCCGATGATTATGATACTCGTGCTTCTGAGCCTGGGAAGAAGAGGGTCAGATGGGCAGACCTGGAAGAGAAGAAGGATGCAGATAGGAAAAGGGCCATAGGTTTTGTGGTCGGACAGACTGATTGGGAGAAGATCACAGATGAAAGTGGTCACCTGGCTGAAAAAGCCCTCAATCGAACCAAATATATATGAGCGGCCGC

Amino Acid Sequence

MDYKDHDGDYKDHDIDYKDDDDKGSMYPNWGRYGGSSHYPPPPVPPPPPVALPEASPGPGYSSSTTPAAPSSSGFMSFREQHLAQLQQLQQMHQKQMQCV
LQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPALSYQKQQQYKHQMLHHQRDGPPGLVPMELESPPESPPVPPGSYMPPSQSYMPPPQPPPSYY
PPTSSQPYLPPAQPSPSQSPPSQSYLAPTPSYSSSSSSSQSYLSHSQSYLPSSQASPSRPSQGHSKSQLLAPPPPSAPPGNKTTVQQEPLESGAKNKSTE
QQQAAPEPDPSTMTPQEQQQYWYRQHLLSLQQRTKVHLPGHKKGPVVAKDTPEPVKEEVTVPATSQVPESPSSEEPPLPPPNEEVPPPLPPEEPQSEDPE
EDARLKQLQAAAAHWQQHQQHRVGFQYQGIMQKHTQLQQILQQYQQIIQPPPHIQTMSVDMQLRHYEMQQQQFQHLYQEWEREFQLWEEQLHSYPHKDQL
QEYEKQWKTWQGHMKATQSYLQEKVNSFQNMKNQYMGNMSMPPPFVPYSQMPPPLPTMPPPVLPPSLPPPVMPPALPATVPPPGMPPPVMPPSLPTSVPP
PGMPPSLSSAGPPPVLPPPSLSSAGPPPVLPPPSLSSTAPPPVMPLPPLSSATPPPGIPPPGVPQGIPPQLTAAPVPPASSSQSSQVPEKPRPALLPTPV
SFGSAPPTTYHPPLQSAGPSEQVNSKAPLSKSALPYSSFSSDQGLGESSAAPSQPITAVKDMPVRSGGLLPDPPRSSYLESPRGPRFDGPRRFEDLGSRC
EGPRPKGPRFEGNRPDGPRPRYEGHPAEGTKSKWGMIPRGPASQFYITPSTSLSPRQSGPQWKGPKPAFGQQHQQQPKSQAEPLSGNKEPLADTSSNQQK
NFKMQSAAFSIAADVKDVKAAQSNENLSDSQQEPPKSEVSEGPVEPSNWDQNVQSMETQIDKAQAVTQPVPLANKPVPAQSTFPSKTGGMEGGTAVATSS
LTADNDFKPVGIGLPHSENNQDKGLPRPDNRDNRLEGNRGNSSSYRGPGQSRMEDTRDKGLVNRGRGQAISRGPGLVKQEDFRDKMMGRREDSREKMNRG
EGSRDRGLVRPGSSREKVPGGLQGSQDRGAAGSRERGPPRRAGSQERGPLRRAGSRERIPPRRAGSRERGPPRGPGSRERGLGRSDFGRDRGPFRPEPGD
GGEKMYPYHRDEPPRAPWNHGEERGHEEFPLDGRNAPMERERLDDWDRERYWRECERDYQDDTLELYNREDRFSAPPSRSHDGDRRGPWWDDWERDQDMD
EDYNREMERDMDRDVDRISRPMDMYDRSLDNEWDRDYGRPLDEQESQFRERDIPSLPPLPPLPPLPPLDRYRDDRWREERNREHGYDRDFRDRGELRIRE
YPERGDTWREKRDYVPDRMDWERERLSDRWYPSDVDRHSPMAEHMPSSHHSSEMMGSDASLDSDQGLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQK
MKDFGSEPQMADHLPPQESRLQNTSSRPGMYPPPGSYRPPPPMGKPPGSIVRPSAPPARSSVPVTRPPVPIPPPPPPPPLPPPPPVIKPQTSAVEQERWD
EDSFYGLWDTNDEQGLNSEFKSETAAIPSAPVLPPPPVHSSIPPPGPVPMGMPPMSKPPPVQQTVDYGHGRDISTNKVEQIPYGERITLRPDPLPERSTF
ETEHAGQRDRYDRERDREPYFDRQSNVIADHRDFKRDRETHRDRDRDRGVIDYDRDRFDRERRPRDDRAQSYRDKKDHSSSRRGGFDRPSYDRKSDRPVY
EGPSMFGGERRTYPEERMPLPAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVEFGGPAPRVLSLDDYF
ITEVEKEEKDPDSGKKVKKKVMEYEYEAEMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFDQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGR
KLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIAS
RMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAEKALNRTKYI*

• Vector Type: Mammalian
• Antibiotic: Amp
• DU Number: DU67260
• Unit Source: Protein Phosphorylation and Ubiquitylation Unit
• Location: PPU
• MTA: Dundee
• Low Temp: No