cDNA Clone
DENND4C (mouse)

Plasmid
pSC-B DENND4C Mouse no stop
Parent Plasmid
pSC-B
Genbank
NM_184088
Species
Mouse
Sequence of Insert
AGATCTATGATAGAAGACAAAGGACCTAGAGTGACAGACTACTTCGTTGTGGCAGGTCTCACTGATACATCCACTCTTTTGGATCAAGAAATAAATCGTACAGATACTAACTCGATTGGTCCTAAAGCTCCAATCACAGACATTGCTGTTATTATCAAATCAGCTGGGGAAACTGTACCTGAAGGCTACACCTGTGTGGAAGCCACTCCATCAGCACTCCAAGCAAACTTGAATTATGGAAGTCTGAAGAGCCCAGAGCTTTTCCTGTGCTACAGGAGAGGGAGAGATAAGCCGCCCCTTACAGATATTGGCGTGCTATATGAAGGGAAAGAAAGGCTTATGCCAGGATGTGAAGTGATCCAAGCCACGCCGTACGGCCGCTGTGCCAATGTCAACAATAGTTCAACTACTTCTCAAAGAATCTTTATCACCTATCGAAGGGCTCCCCCAGTGCGGTCCCAGAATTCCTTGGCCGTCACTGATATCTGTGTTATTATAACCAGTAAAGGAGAAACCCCTCCGCATACTTTCTGCAAAGTGGATAAAAATTTAAACTGTGGCATGTGGGGTTCCAACGTGTTTCTGTGTTACAAGAAGTCTGTGCCTGCTTCAAATGCAATAGCATATAAGGCTGGTTTGATTTTTCGATATCCGGAAGAAGACTATGAGTCTTTTCCGCTCTCACCATCTGTGCCTCTCTTCTGCCTTCCTATGGGAGCCACTATTGAATGCTGGGATCCTCAAATCAAATACCCACTTCCTGTTTTCTCAACATTTGTCCTGACAGGGTCTTCAGCTGAAAAGGTATATGGAGCTGCCATCCAGTTTTATGAACCTTACTCTCAAGAACGTCTAACAGAGAAACAACTTACACAGCTGGGCCTATTGACCCTCGTGGAGAAAAGAGTGGTCTCCAAACCCATCAATTCAAACAAGTGCATTTGTTTGCTTTCACACTGGCCTTTTTTTGAAGCTTTTAAGAATTTTCTTATGTTTATCTACAAAGTTTCTGTGTCTGGACCACATCCTCTTCCCATTGAAAAGCACATTTCACATTTTATGCAAAATATCCCTTTTCCTTCACCACAAAGACCAAGAATCCTCATCCAGCTATCAGTCCATGATGCATTTATATTATCACAGCCAGTGTCCACACCTTTACCATTAAGTGGCGCCAACTTTAGCTCCTTGCTGATGAATCTGGGTCCTGAGAACTGCGCGACATTGCTGCTGCTGGTTTTGCTCGAGAGTAAGATTCTGCTGCACTCTCTGAGGCCAGCGGTACTAACTGGGGTAGCCGAAGCTGTCGTTGCTATGATCTTTCCATTTCAGTGGCAGTGCCCATATATCCCCCTCTGTCCTCTTTCATTGGCTGGAGTGCTTAGTGCGCCTTTACCATTTATAGTTGGAGTGGACTCAAGGTACTTTGATCTTCATGACCCACCACAAGATGTTGTCTGCATTGACTTGGATACGAACACATTATATGTAGCTGATGAAAGAAAGAACATAAACTGGAAGCAGCTTCCCAAAAGGCCGTGCAAGAGTCTGCTTGGCACCCTGAGGAGGCTGTATCAGCAGCTCTGCTCAGTTCACCGAAAACCTCAAGAAAGTTCAGCAATTGAGATGACTCCAATTGAAGCAGATTACTCTTGGCAAAAAAAGATGACACAATTGGAGATGGAAATTCAGGAGACATTTTTGCGATTTATGGCGTCTATTTTAAAAGGGTACAGGTCATATCTCAGACCAATCACAGAAGCTCCTTCTAATAAAGCCACAGCTGCGGATTCATTGTTTGATCGACAGGGTTTTTTGAAAAGTCGGGATCGTGCCTATACAAAATTCTATACTCTTTTATCCAAAACACAGATTTTTATTCGTTTCATTGAAGAATGCAGTTTTGTAAGTGATAAAGATACTGGATTGGCATTTTTTGATGATTGCATCGAGAAGTTGTTTCCAGATAAAGGTGTAGAGAGAACAGAAAAGGTTGACTTGGATTCAGCAGAAGACACCAGATTGATAGAGCTAGATGATTCACAGAGAAGTGAACACACTGTATTTATAATGCCACCTGAGCCGCCTCCTGATGATGGAAATAACTTATCACCTCAGTACAGTTACACATACTTTCCAAGATTGGATCTTAAGCTTTTTGACAGCCCACAGAAGCTGAAACTGTGCTTCAATAGACATCCTCCTGGGAGTAGCATTACAAACAGCCCTGCCCTCATGGCTAAAAGGACTAAACAGGAGATAAAAACAGCTCATAAGTTGGCGAAGAGATGTTATACGAATCCACCACAATGGGCCAAGTATCTATTCAGCCACTGTTACAGTCTGTGGTTTATTTGTCTCCCAGCCTATGTTAGAGTTTCTCACCCTAAGGTCCGAGCACTCCAGCAGGCACATGATGTGCTTGTTAAGATGCGGAAGACAGACGTGGATCCACTAGATGAGGTGTGCTATCGAGTAGTCATGCAGCTTTGTGGACTTTGGGTTAATCCTGTTTTAGCAGTGAGAGTCTTATTCGAGATGAAAACTGCTAGAATAAAACCAAATGCTATCACTTATGGCTATTACAATAAGGTAGTTTTGGAGAGCCCATGGCCCAGCAGTACTCGCAGTGGTATTTTCTTGTGGACGAAAGTACGGAATGTTGTACATGGTTTGGCCCAGTTTAGGCAACCACTTAAAAAGACTGGGCAAAAATCACAGGTCTTTTCAATATCAGGCGGTCAGTCTGACCAGGGCTACGGGTCTAAGGATGAGCTGGTAAAGGAGGGTGCAGATGGTCACGCCCCTGAAGAGCACACGCCACCAGAGCTGACGACCACAGAGCTGCACATCGAAGAGGAGTGTGATATATCTGCCATTGTCTCAAAACACCTGCAGCCTACTCCTGAACCTCAGAGTCCTACGGAGCCTCCTGCATGGGGCAGCAGTATTGTGAAAGTTCCATCTGGGTTATTTGATACCAACAATAGGACAAGTACTGGTAGTACTTCAACTGTGCTATTTTCTACTCAAGCTCCAGTCGAGGATGCAGTCTTCAGTGAGGTTACTAATTTCAAGAAGAATGGTGATAGAGGAGAGAAAAAACAGAAGCATTTCCCTGAGAGGAGCTGTAGCTTTAGTTCTGAAAGTCGAGCGGGGATGCTGCTTAAGAAGAGCAGTTTGGACCTGAATTCAAGCGAAATGGCCATCATGATGGGAGCAGATGCCAAGATCCTCACAGCAGCACTGACATGTCCTAAGACTTCCCCGCCTCATGTCACAAGAACTCACAGCTTTGAGAATGTTAACTGTCATCTAGCTGACAGTAGGACTCGCATGTCAGAAGGCACCCGGGATTCTGAGCACAGATCATCTCCTGTGCTAGAGATGCTGGAGGAAAGCCAGGAGCTCCTGGAGCCTGTGGTTGGTGATAATGTGGCAGAGACTGCGGCAGAGATGACGTGTAACAGTCTACAAAGTAACAGTCACAGTGACCAGTCCAGAGACACACAAGCTGGAGCCCAAGATCCAGTGAACAAGAGGAGCAGTTCATATGCTACTAGGAAAGCCATTGAGAGGGAGGATGTGGAGACGGGACTAGATCCGTTGTCTCTTTTAGCCACTGAATGTGTAGAAAAAACGTCTGATTCTGAAGATAAGTTATTTTCTCCAGTAATTTCACGTAATCTGGCTGATGAAATTGAAAGTTACATGAACCTAAAAAGCCCACTAGGCAGTAAATCTTGTAGTATGGAATTGCATGGAGAGGGGAACCAGGAGCCTGGCTCTCCTGCTGTGTTTGCTCACCCTTTAGAAAGGAGCTCGAGTCTGCCTTCAGACCGTGGCCCGCCAGCACGAGACAGCACCGAGACTGAGAAGAGCTCCCCTGCTGTGTCCAGCTCTAAAACTCTGACTGGGCGTTTCAAGCCACAGAGTCCTTACCGCGCTTACAAAGACCGGTCCACTTCCTTATCAGCATTAGTACGTTCTTCACCAAACAGCTCTCTGGGTTCTGTAGTCAATTCTCTATCGGGGCTAAAGTTGGACAATATACTCTCAGGGCCCAAGATAGATGTCCTAAAATCTAGTATGAAACAAGCAGCAACGGTGGCCAGTAAGATGTGGGTGGCTGTAGCATCTGCCTATAGCTACTCAGATGACGAGGAGGAAACTAATAAAGATTACAGTTTCCCAGCTGGCCTAGAAGACCATCATATAGTGGGAGAGACTCTGTCGCCTAACACAAGTGTCTCAGGGTTGGTTCCCAGTGAACTGACCCAGAGCAACACAAGCCTCGGCAGTAGTAGCAGCAGTGGAGACGTTGGAAAACTGCAGTGTCCAGCAGGTGAAGTTCCATTTTCAAGAAATATCAAAGGGCAGGACTTTGAAAAGTCAGACCATGGTTCTTCTCAGAATACCAGTATGTCTAGCATCTATCAAAATTGTGCGATGGAGGTTTTGATGTCGAGTTGCTCACAGTGCAGAGCTTGTGGCGCTCTGGTTTATGATGAGGAAATCATGGCTGGATGGACAGCAGATGACTCAAATTTGAATACAACCTGCCCGTTCTGTAAAAGCAACTTCTTGCCTCTTCTCAATGTAGAATTTAAAGACCTGCGAGGCTCTGCCAGCTTTTTCTTGAAACCAAGCACGTCTGGTGACAGTTTACAAAGCGGCAGCATTCCATCAGCCAGTGAGCCCTCTGAACACAAACCCACGTCCAGTTCAGCAGAACCTGACCTGATCAGCTTTATGGATTTCTCAAAACACAGTGAGACCATAACAGAAGAAGCAAGTTATACAGTCGAATCAAGTGATGAAATAAAGAAAACCAATGGTGATGTCCAGAGTGTGAAAATGTCATCTGTGCCTAACAGTTTATCTAAGCGAAACGTATCTTTGACTCGAAGTCACAGTGTTGGAGGCCCTCTGCAGAATATCGACTTCTCCCAGCGACCATTTCATGGCGTCTCAACAGTCAGTCTTCCAAGCAGTCTGCAGGAAGATGTGGACCATCTAGGCAAGCGACCCAGTCCTCCTCCTGTGTCTGTGCCCTATTTGAGTCCTCTAGTGCTTCGGAAGGAACTTGAATCTTTGCTAGAAAATGAAGGTGATCAGGTCATCCATACATCCTCATTCATCAATCAACACCCAATCATTTTCTGGAACCTGGTTTGGTATTTCAGACGTTTGGACCTTCCTAGCAACTTGCCAGGCCTTATTCTCACCTCTGAGCATTGTAATGGAGGTGTGCAGCTTCCTCTATCATCTTTGTCCCAGGACAGCAAACTGGTGTATATTCAACTGCTGTGGGATAATATCAACCTTCATCAGGAACCAGGAGAACCTCTGTATGTCTCTTGGAGGAACTTGAATTCTGAGAAGAAGCCGTCACTTCTGTCAGAGCAGCAGCAGGCAGCCAGCGCTTTAGTGGAGACGATCAGGCAGAGCATCCAGCAGAATGACGTTCTCAAGCCCATCAACCTGCTTTCCCAGCAAATGAAGCCAGGCACGAAACGGCAGAGGAGTTTATACAGAGAAATCCTTTTCTTATCATTAGTGTCTCTTGGGAGAGAAAACATTGATATTGAGGCTTTTGACAATGAATATGGACTCGCATACAGAAGTCTGCCTTCAGAGAGTCTTGAAAGGTTACAGAGAATCGATGCCCCACCCAGTATCAGTGTGGAGTGGTGCAGGAAGTGTTTTGGAGCGCCTCTCATTGCGGCCGCGC
Amino Acid Sequence
MIEDKGPRVTDYFVVAGLTDTSTLLDQEINRTDTNSIGPKAPITDIAVIIKSAGETVPEGYTCVEATPSALQANLNYGSLKSPELFLCYRRGRDKPPLTDIGVLYEGKERLMPGCEVIQATPYGRCANVNNSSTTSQRIFITYRRAPPVRSQNSLAVTDICVIITSKGETPPHTFCKVDKNLNCGMWGSNVFLCYKKSVPASNAIAYKAGLIFRYPEEDYESFPLSPSVPLFCLPMGATIECWDPQIKYPLPVFSTFVLTGSSAEKVYGAAIQFYEPYSQERLTEKQLTQLGLLTLVEKRVVSKPINSNKCICLLSHWPFFEAFKNFLMFIYKVSVSGPHPLPIEKHISHFMQNIPFPSPQRPRILIQLSVHDAFILSQPVSTPLPLSGANFSSLLMNLGPENCATLLLLVLLESKILLHSLRPAVLTGVAEAVVAMIFPFQWQCPYIPLCPLSLAGVLSAPLPFIVGVDSRYFDLHDPPQDVVCIDLDTNTLYVADERKNINWKQLPKRPCKSLLGTLRRLYQQLCSVHRKPQESSAIEMTPIEADYSWQKKMTQLEMEIQETFLRFMASILKGYRSYLRPITEAPSNKATAADSLFDRQGFLKSRDRAYTKFYTLLSKTQIFIRFIEECSFVSDKDTGLAFFDDCIEKLFPDKGVERTEKVDLDSAEDTRLIELDDSQRSEHTVFIMPPEPPPDDGNNLSPQYSYTYFPRLDLKLFDSPQKLKLCFNRHPPGSSITNSPALMAKRTKQEIKTAHKLAKRCYTNPPQWAKYLFSHCYSLWFICLPAYVRVSHPKVRALQQAHDVLVKMRKTDVDPLDEVCYRVVMQLCGLWVNPVLAVRVLFEMKTARIKPNAITYGYYNKVVLESPWPSSTRSGIFLWTKVRNVVHGLAQFRQPLKKTGQKSQVFSISGGQSDQGYGSKDELVKEGADGHAPEEHTPPELTTTELHIEEECDISAIVSKHLQPTPEPQSPTEPPAWGSSIVKVPSGLFDTNNRTSTGSTSTVLFSTQAPVEDAVFSEVTNFKKNGDRGEKKQKHFPERSCSFSSESRAGMLLKKSSLDLNSSEMAIMMGADAKILTAALTCPKTSPPHVTRTHSFENVNCHLADSRTRMSEGTRDSEHRSSPVLEMLEESQELLEPVVGDNVAETAAEMTCNSLQSNSHSDQSRDTQAGAQDPVNKRSSSYATRKAIEREDVETGLDPLSLLATECVEKTSDSEDKLFSPVISRNLADEIESYMNLKSPLGSKSCSMELHGEGNQEPGSPAVFAHPLERSSSLPSDRGPPARDSTETEKSSPAVSSSKTLTGRFKPQSPYRAYKDRSTSLSALVRSSPNSSLGSVVNSLSGLKLDNILSGPKIDVLKSSMKQAATVASKMWVAVASAYSYSDDEEETNKDYSFPAGLEDHHIVGETLSPNTSVSGLVPSELTQSNTSLGSSSSSGDVGKLQCPAGEVPFSRNIKGQDFEKSDHGSSQNTSMSSIYQNCAMEVLMSSCSQCRACGALVYDEEIMAGWTADDSNLNTTCPFCKSNFLPLLNVEFKDLRGSASFFLKPSTSGDSLQSGSIPSASEPSEHKPTSSSAEPDLISFMDFSKHSETITEEASYTVESSDEIKKTNGDVQSVKMSSVPNSLSKRNVSLTRSHSVGGPLQNIDFSQRPFHGVSTVSLPSSLQEDVDHLGKRPSPPPVSVPYLSPLVLRKELESLLENEGDQVIHTSSFINQHPIIFWNLVWYFRRLDLPSNLPGLILTSEHCNGGVQLPLSSLSQDSKLVYIQLLWDNINLHQEPGEPLYVSWRNLNSEKKPSLLSEQQQAASALVETIRQSIQQNDVLKPINLLSQQMKPGTKRQRSLYREILFLSLVSLGRENIDIEAFDNEYGLAYRSLPSESLERLQRIDAPPSISVEWCRKCFGAPLI
Vector Type
Other
Antibiotic
Amp; Kan
DU Number
DU62539
Unit Source
Protein Phosphorylation and Ubiquitylation Unit
Location
PPU
MTA
Dundee
Low Temp
No
Price
£125.00
To submit an order for this reagent acceptance of the Dundee Material Transfer Agreement is required at checkout.