cDNA Clone DENND4C

• Synonyms: bA513M16.3; C9orf55; C9orf55B; RAB10GEF
• Plasmid: pcDNA5D FRT/TO DENND4C isoform 1
• Parent Plasmid: pcDNA5D FRT/TO
• Expressed: untagged DENND4C isoform 1
• Genbank: NM_017925.6 with one silent change
• Tag: untagged
• Species: Human

Sequence of Insert

CTCGAGATGATAGAAGACAAAGGACCAAGAGTGACAGACTACTTTGTCGTAGCTGGTCTCACTGACACATCTACTCTTTTGGATCAAGAAATAAATCGTTTAGATACTAAGTCAACTGGACCTAAAGCTCCAATTACAGACATTGCCATTATTATCAAATCAGCTGGAGAAACAGTACCTGAAGGTTACACCTGTGTAGAAGCCACTCCATCAGCTCTCCAAGCAAACTTGAACTATGGAAGTCTGAAAAGCCCAGAACTTTTCCTCTGTTATAAGAGAGGGAGAGATAAACCACCGCTTACAGATATTGGAGTTCTATATGAAGGGAAAGAACGGCTTATTCCAGGATGTGAAGTGATCCTAGCCACACCCTATGGTCGCTGTGCCAATGTCAACAATAGTTCAACTACTTCACAAAGAATCTTTATCACTTATCGAAGGGCTCCTCCAGTTCGACCCCAGAATTCCTTGGCTGTAACTGATATCTGTGTTATTGTAACCAGTAAAGGAGAAACTCCTCCTCATACCTTCTGCAAAGTTGACAAAAACTTAAATTGTGGAATGTGGGGTTCCAGCGTGTTTCTGTGTTATAAGAAGTCTGTACCTGCTTCAAATGCAATAGCATATAAGGCTGGTTTAATTTTTAGATATCCAGAAGAGGACTATGAGTCATTTCCACTCTCAGAATCAGATGTACCTCTTTTCTGCCTTCCTATGGGAGCTACTATTGAGTGCTGGGATCCTGAAACCAAATATCCACTTCCAGTTTTTTCAACTTTTGTCTTGACAGGTTCTTCAGCCAAAAAGGTATATGGAGCTGCCATTCAGTTTTATGAACCTTACTCTCGGGAACTTCTATCAGAGAAACAGCTTATGCACCTGGGCTTGTTGACGCCTGTGGAGAGAAAAATGGTCTCCAAATCCATCAATACAAACAAATGCATTTGTTTACTCTCACACTGGCCTTTTTTTGAAGCTTTTAGGAAATTTCTTATGTTTATCTACAAACTTTCTGTGTCTGGACCACATCCTCTTCCCATTGAAAAGCACATTTCACATTTTATGCAAAACATCCCTTTTCCTTCACCACAAAGACCGAGAATCCTTGTCCAGCTGTCAGTCCATGATGCATTAATATTATCACAGCCAGTTTCTACACCTTTACCACTAAGTGGAGCCAACTTTAGCACCTTGCTAATGAATCTGGGTCCTGAGAATTGTGCAACACTGCTGCTCTTTGTTTTACTTGAGAGTAAAATTCTGCTGCATTCTCTTAGGCCAGCTGTCTTGACTGGGGTAGCTGAAGCTGTTGTAGCTATGATCTTTCCATTTCAGTGGCAATGCCCATATATTCCCCTTTGTCCTCTTTCACTGGCTGCAGTGCTTAGTGCACCTTTACCATTTATAGTTGGAGTTGACTCAAGGTATTTTGATCTTCATGACCCACCACAAGATGTTGTTTGCATTGACTTGGATACGAACATGTTATATGTATCAGATGAAAAGAAGAACATGAACTGGAAGCAACTTCCCAAAAAGCCGTGCAAAAATCTACTTAGCACCTTAAAGAAATTGTATCCCCAGCTGTCTTCAGTTCACCAAAAAACTCAAGAAGGCTCAGCGATTGACATGACTCCAATTGAAGCAGATTTCTCCTGGCAAAAGAAGATGACACAGCTTGAGATGGAAATTCAAGAGGCATTTTTGCGCTTTATGGCGTCTATTTTAAAAGGATATAGAACATATCTCAGACCAATCACAGAGGCTCCTTCAAATAAAGCCACAGCTGCTGATTCATTGTTTGACCGACAGGGATTTTTAAAAAGTCGAGATCGTGCCTATGCAAAATTCTATACCCTTTTATCCAAAACACAGATTTTTATTCGTTTCATTGAAGAATGCAGTTTTGTAAGTGATAAAGATACTGGATTAGCATTTTTTGATGACTGCATAGAAAAGTTGTTTCCTGATAAAGGCACAGAGAAAACAGATAAGGTTGATTTTGATTCAGCAGAAGATACCAGATTGATAGAACTAGATGATTCACAGAAAAGTGAGCATACTGTATTTATAATGCCGCCAGAGCCACCTCCTGATGATGGAAAGGACCTGTCACCAAAGTACAGTTACAAATACTTTCCAAGACTGGACCTTAAGCTTTTTGACAGACCGCAGGAGTTGAAACTTTGTTTTAGTAGACACCCTACTGGGAATAGCATTACAAAGAGTCCACCTCTCATGGCTAAGAGAACTAAACAGGAAATAAAAACAGCTCATAAATTGGCGAAGAGATGTTATACAAATCCACCACAGTGGGCCAAGTGTCTGTTTAGTCATTGTTACAGTTTATGGTTTATTTGTCTTCCGGCCTATGTTAGAGTTTCTCATCCTAAAGTCAGAGCACTTCAGCAGGCATATGATGTACTTATTAAGATGAGGAAAACAGATGTGGATCCCTTAGATGAGGTGTGCTATCGAGTAGTGATGCAGCTTTGTGGACTTTGGGGTCATCCTGTTTTAGCAGTGAGAGTCTTATTTGAAATGAAAACTGCTAGGATAAAGCCTAATGCTATTACTTATGGTTATTATAATAAGGTAGTCTTGGAGAGCCCGTGGCCTAGCAGTACCCGCAGTGGTATTTTCTTATGGACGAAGGTACGGAATGTGGTACGTGGCTTGGCACAGTTTAGGCAGCCGCTTAAAAAGACTGTGCAAAGGTCACAGGTCTCCTCAATATCAGGTGGTCAGTCTGACCAAGGATACGGGTCTAAGGATGAACTTATAAAGGATGATGCAGAAATTCATGTGCCTGAAGAACAGGCAGCAAGAGAATTGATAACTAAAACAAAAATGCAAACAGAAGAGGTGTGTGATGCCTCTGCTATTGTGGCAAAACATTCACAACCTAGTCCAGAGCCTCACAGTCCTACTGAACCTCCTGCATGGGGCAGCAGTATTGTGAAAGTTCCGTCTGGTATATTTGATGTCAACAGCAGGAAAAGTAGCACTGGTAGTATATCAAATGTGCTGTTTTCTACTCAAGATCCAGTTGAAGATGCAGTCTTTGGCGAAGCTACTAATCTCAAGAAGAATGGTGATAGAGGAGAAAAAAGACAAAAGCATTTTCCTGAGAGGAGTTGTAGTTTTAGTTCTGAAAGTCGAGCAGGAATGTTGCTTAAGAAGAGTAGTTTGGATTCGAATTCAAGTGAAATGGCTATCATGATGGGAGCAGATGCCAAGATTCTCACAGCAGCATTGACATGTCCTAAGACTTCTCTACTTCATATTGCAAGAACCCATAGCTTTGAGAATGTTAGCTGTCACCTACCTGATAGTAGGACTTGTATGTCTGAAAGCACTTGGAATCCTGAGCACAGATCATCTCCGGTGCCAGAGATGCTTGAGGAAAGCCAAGAACTCCTTGAGCCTGTGGTTGATGACGTACCTAAAACTACTGCAACAGTAGATACATATGAGAGTCTACTAAGTGATAGTAACAGTAATCAGTCCAGAGACTTGAAAACAGTATCCAAAGACCTGAGGAATAAGAGAAGTAGTTTATATGGTATTGCTAAGGTGGTTCAGAGGGAAGATGTTGAAACTGGACTAGATCCTTTGTCTCTTTTAGCCACTGAATGTACAGGAGGAAAAACTCCTGATTCTGAAGATAAGTTGTTTTCTCCAGTTATTGCACGTAATCTGGCTGATGAAATAGAAAGCTATATGAACCTAAAAAGTCCCCTAGGTAGTAAATCTTCTAGTATGGAATTACACAGAGAGGAAAACAGAGAGTCTGGCATGACTACTGCATTTATTCATGCTCTAGAGAGGAGATCAAGCCTACCTTTAGATCATGGTTCACCAGCACAGGAAAATCCTGAAAGTGAAAAGAGCTCACCTGCAGTGTCCAGGTCTAAAACTTTTACTGGGCGTTTCAAGCAGCAAACCCCCTCTCGAACTCATAAAGAACGTTCAACTTCTTTGTCAGCACTGGTGCGTTCTTCGCCACATGGCTCGTTGGGTTCTGTAGTAAATTCTTTGTCAGGGCTAAAGCTGGATAATATACTCTCAGGGCCCAAGATAGATGTCCTGAAATCTGGTATGAAACAAGCAGCGACAGTAGCCAGTAAGATGTGGGTAGCTGTTGCGTCTGCCTACAGCTACTCAGATGATGAGGAAGAAACTAATAGAGACTACAGCTTCCCAGCTGGCCTAGAAGACCATATTTTGGGGGAGAATATATCGCCTAACACAAGTATCTCAGGGTTGGTCCCCAGTGAACTTACCCAGAGCAACACAAGTCTTGGCAGTAGCAGCAGTAGTGGAGATGTAGGAAAACTGCATTATCCAACAGGTGAAGTTCCATTTCCAAGAGGCATGAAAGGGCAAGACTTTGAAAAATCAGATCATGGTTCTTCTCAAAATACCAGCATGTCTAGCATCTATCAGAATTGTGCAATGGAGGTTTTGATGTCCAGTTGTTCACAGTGTAGAGCTTGTGGAGCTTTAGTTTATGATGAAGAAATTATGGCTGGATGGACAGCAGATGACTCAAATTTGAATACAGCTTGTCCATTCTGTAAAAGCAACTTCTTGCCTCTTCTCAATATAGAATTCAAAGATTTGAGAGGTTCTGCAAGCTTTTTCCTGAAACCAAGTACCTCTGGTGACAGTTTACAAAGTGGAAGCATTCCATTGGCAAATGAATCCTTGGAGCACAAACCTGTATCCAGTTTAGCAGAACCTGACTTGATCAACTTTATGGACTTCCCAAAACATAACCAGATCATAACTGAAGAAACAGGCTCTGCAGTTGAACCAAGTGATGAAATAAAGAGAGCCAGTGGAGATGTCCAAACTATGAAAATTTCATCTGTGCCTAATAGTTTATCAAAGCGAAATGTGTCTTTGACTCGAAGTCACAGTGTTGGAGGCCCATTGCAGAATATTGACTTTACCCAGCGACCGTTTCATGGCATCTCAACAGTTAGTCTTCCAAATAGTCTGCAGGAAGTTGTGGATCCTTTAGGAAAAAGACCCAATCCTCCCCCTGTTTCTGTGCCCTACTTGAGTCCTCTAGTACTCCGTAAAGAACTTGAATCTTTGCTAGAAAATGAAGGTGATCAGGTGATTCATACATCTTCTTTCATCAATCAACATCCAATCATTTTCTGGAACCTCGTTTGGTATTTCAGACGTTTGGACCTTCCTAGTAACTTGCCAGGACTTATCCTCACATCTGAACATTGTAATGAAGGTGTACAGCTTCCTCTGTCATCTCTGTCCCAGGATAGCAAACTTGTGTATATTCAGCTGTTATGGGATAATATCAACCTTCATCAGGAACCAAGAGAACCTCTGTATGTCTCATGGAGGAATTTTAATTCTGAAAAGAAATCATCTCTCCTGTCAGAGGAACAACAAGAAACAAGCACTTTAGTAGAAACCATCAGGCAGAGTATTCAGCACAATAATGTTCTTAAACCCATCAACCTACTTTCACAGCAAATGAAGCCAGGCATGAAAAGACAAAGGAGTTTATACAGAGAAATCCTCTTCTTATCATTAGTGTCTCTAGGAAGAGAGAATATTGATATTGAGGCATTTGACAATGAATATGGAATTGCATACAATAGTCTGTCTTCAGAGATTCTTGAAAGGTTGCAGAAAATTGATGCTCCACCAAGTGCCAGTGTCGAGTGGTGCAGGAAGTGTTTTGGAGCGCCTCTCATTTAAGCGGCCGC

Amino Acid Sequence

MIEDKGPRVTDYFVVAGLTDTSTLLDQEINRLDTKSTGPKAPITDIAIIIKSAGETVPEGYTCVEATPSALQANLNYGSLKSPELFLCYKRGRDKPPLTD
IGVLYEGKERLIPGCEVILATPYGRCANVNNSSTTSQRIFITYRRAPPVRPQNSLAVTDICVIVTSKGETPPHTFCKVDKNLNCGMWGSSVFLCYKKSVP
ASNAIAYKAGLIFRYPEEDYESFPLSESDVPLFCLPMGATIECWDPETKYPLPVFSTFVLTGSSAKKVYGAAIQFYEPYSRELLSEKQLMHLGLLTPVER
KMVSKSINTNKCICLLSHWPFFEAFRKFLMFIYKLSVSGPHPLPIEKHISHFMQNIPFPSPQRPRILVQLSVHDALILSQPVSTPLPLSGANFSTLLMNL
GPENCATLLLFVLLESKILLHSLRPAVLTGVAEAVVAMIFPFQWQCPYIPLCPLSLAAVLSAPLPFIVGVDSRYFDLHDPPQDVVCIDLDTNMLYVSDEK
KNMNWKQLPKKPCKNLLSTLKKLYPQLSSVHQKTQEGSAIDMTPIEADFSWQKKMTQLEMEIQEAFLRFMASILKGYRTYLRPITEAPSNKATAADSLFD
RQGFLKSRDRAYAKFYTLLSKTQIFIRFIEECSFVSDKDTGLAFFDDCIEKLFPDKGTEKTDKVDFDSAEDTRLIELDDSQKSEHTVFIMPPEPPPDDGK
DLSPKYSYKYFPRLDLKLFDRPQELKLCFSRHPTGNSITKSPPLMAKRTKQEIKTAHKLAKRCYTNPPQWAKCLFSHCYSLWFICLPAYVRVSHPKVRAL
QQAYDVLIKMRKTDVDPLDEVCYRVVMQLCGLWGHPVLAVRVLFEMKTARIKPNAITYGYYNKVVLESPWPSSTRSGIFLWTKVRNVVRGLAQFRQPLKK
TVQRSQVSSISGGQSDQGYGSKDELIKDDAEIHVPEEQAARELITKTKMQTEEVCDASAIVAKHSQPSPEPHSPTEPPAWGSSIVKVPSGIFDVNSRKSS
TGSISNVLFSTQDPVEDAVFGEATNLKKNGDRGEKRQKHFPERSCSFSSESRAGMLLKKSSLDSNSSEMAIMMGADAKILTAALTCPKTSLLHIARTHSF
ENVSCHLPDSRTCMSESTWNPEHRSSPVPEMLEESQELLEPVVDDVPKTTATVDTYESLLSDSNSNQSRDLKTVSKDLRNKRSSLYGIAKVVQREDVETG
LDPLSLLATECTGGKTPDSEDKLFSPVIARNLADEIESYMNLKSPLGSKSSSMELHREENRESGMTTAFIHALERRSSLPLDHGSPAQENPESEKSSPAV
SRSKTFTGRFKQQTPSRTHKERSTSLSALVRSSPHGSLGSVVNSLSGLKLDNILSGPKIDVLKSGMKQAATVASKMWVAVASAYSYSDDEEETNRDYSFP
AGLEDHILGENISPNTSISGLVPSELTQSNTSLGSSSSSGDVGKLHYPTGEVPFPRGMKGQDFEKSDHGSSQNTSMSSIYQNCAMEVLMSSCSQCRACGA
LVYDEEIMAGWTADDSNLNTACPFCKSNFLPLLNIEFKDLRGSASFFLKPSTSGDSLQSGSIPLANESLEHKPVSSLAEPDLINFMDFPKHNQIITEETG
SAVEPSDEIKRASGDVQTMKISSVPNSLSKRNVSLTRSHSVGGPLQNIDFTQRPFHGISTVSLPNSLQEVVDPLGKRPNPPPVSVPYLSPLVLRKELESL
LENEGDQVIHTSSFINQHPIIFWNLVWYFRRLDLPSNLPGLILTSEHCNEGVQLPLSSLSQDSKLVYIQLLWDNINLHQEPREPLYVSWRNFNSEKKSSL
LSEEQQETSTLVETIRQSIQHNNVLKPINLLSQQMKPGMKRQRSLYREILFLSLVSLGRENIDIEAFDNEYGIAYNSLSSEILERLQKIDAPPSASVEWC
RKCFGAPLI*

• Vector Type: Mammalian
• Antibiotic: Amp
• DU Number: DU63773
• Unit Source: Protein Phosphorylation and Ubiquitylation Unit
• Location: PPU
• MTA: Dundee
• Low Temp: No