cDNA Clone RICTOR (mouse)

• Plasmid: pEBG6-RICTOR (mouse) S1283/E
• Parent Plasmid: pEBG6P
• Expressed: GST RICTOR S1283/E
• Tag: GST
• Species: Mouse

Sequence of Insert

GGATCAATGGCGGCGATCGGCCGCGGCCGCTCTCTGAAGAACCTCCGAGTACGAGGGCGGAATGACAGCGGCGAGGAGAACGTCCCGCTCGATCTGACCCGAGAACCTTCTGATAACTTGAGGGAGATTCTCCAAAATGTGGCCAAATTGCAAGGAGTATCAAATATGAGAAAGCTGGGCCATCTGAATAACTTCACTAAGCTTCTTTGCGATATTGGCCATAGTGAAGAAAAACTGGGCTTTAATTATGAAGACATCATAATTTGTTTGCGCTTAGCTTTATTAAATGAGGCAAAAGAAGTAAGAGCAGCCGGGTTGCGAGCGCTGCGCTATCTCATCCAAGATTCCAGTATTCTCCAGAAGGTGCTAAAACTGAAAGTGGACTATTTAATAGCTAGGTGCATTGACATTCAGCAGAGCAACGAGGTGGAGAGGACACAAGCCCTTCGCTTAGTCAGAAAGATGATTACTGTGAATGCTTCCTTGTTTCCTAGTTCTGTGGCCAACTCATTAATTGCGGTTGGAAATGATGGGCTTCAGGAACGAGACAGAATGGTCCAGGCTTGCATCGCCATCATCTGTGAACTAGCACTTCAGAACCCAGAGGTGGTAGCCCTTCGAGGAGGACTAAACACCATACTGAAAAATGTGATTGATTGCCAATTAAGTCGAATAAATGAGGCTCTCATTACTACAATTTTGCACCTTCTTAATCATCCAAAGACCCGGCAGTATGTGCGAGCTGATGTAGAATTAGAGCGAATTTTAGCACCCTATACTGATTTCCACTACAGACACAGTCCAGATACGGCTGAAGGACAGCTCAAAGAAGACAGAGAAGCACGATTTCTAGCCAGTAAGATGGGAATCATTGCGACATTCCGCTCGTGGGCAGGTATTATTAATTTATGTAAGCCTGGAAATTCTGGGATACAGTCTCTAATTGGAGTACTTTGCATACCGAATATGGAAATAAGGCGAGGTCTGCTCGAAGTGCTCTATGACATCTTTCGTCTCCCTCTGCCCGTTGTGACGGATGAGTTCATAGAAGCCCTGCTCAGTGTAGATCCAGGAAGATTCCAGGACAGTTGGAGGCTTTCCGATGGCTTTGTGGCAGCTGAGGCAAAAACTATTCTTCCCCATCGTGCTAGATCCAGGCCAGACCTCATGGACAATTATTTGGCTCTGATACTCTCTGCATTTATTCGTAATGGACTTATAGAGGGCTTGGTCGAGGTGATAACGAACAGTGACGACCACATCTCAGTGAGGGCGACCATCCTTTTAGGAGAGCTCCTGCATATGGCAAACACCATCCTGCCTCACTCGCATAGCCACCATCTACACTGCTTGCCAACCCTCATGAACATGGCTGCGTCCTTCGATATTCCCAAGGAAAAGAGGCTGCGAGCCAGTGCAGCCCTGAACTGTTTGAACCGCTTCCATGAGATGAAGAAGCGAGGACCTAAGCCCTACAGCCTTCATTTAGATCACATCATTCAGAAAGCAATCGCAACTCACCACAAGCGGGATCAGTATCTTCGAGTTCAGAAAGATATATTTGTTCTTAAGGATACAGAGGAAGCTCTTTTAATAAACCTTAGAGACAGCCAAGTCCTTCAGCATAAAGAGAATCTTGACTGGGATTGGAATCTGATTGGGACCATCCTTAAGTGGCCAAATGTAAATCTAAGAAACTATAAAGATGAGCAGTTGCACAGGTTTGTGCGCAGACTTCTTTACTTTTACAAGCCCAGCAGCAAACTGTACGCTAGTCTGGATCTGGACTTGGCCAAGTCCAAGCAGCTCACAGTTGTTGGTTGTCAGTTTACAGAATTTCTGCTCGAGTCTGAAGAGGATGGGCAAGGATACTTAGAAGATCTCGTGAAAGATATTGTTCAGTGGCTCAATGCTTCATCTGGAGTGAAACCTGAGAGAAGCCTTCAGAACAATGGCTTACTGACCACCCTTAGTCAACACTACTTCTTATTTATCGGAACACTCTCTTGTCATCCTCATGGAGTCAAAATGCTGGAAAAGTGCAGTGTCTTTCAGTGCCTCCTTAATCTTTGTTCCTTGAAAAACCAAGATCATCTGATAAAACTCACTGTTTCCAGCCTAGACTATAGCAGAGATGGATTAGCCAGAGTCATTCTTTCAAAAATCCTCACGGCAGCCACAGATGCTTGCAGACTGTATGCAACAAAACATTTAAGGGTTTTATTGAGAGCTAACGTTGAATTCTTCAACAATTGGGGAATTGAGTTACTAGTAACTCAGCTACATGATAAAAACAAAACAATTTCTTCTGAAGCGCTGGATATTCTTGATGAAGCTTGTGAAGACAAGGCCAATCTTCATGCTCTTATTCAGATGAAGCCAGCCTTATCCCACCTTGGAGACAAGGGCTTGCTTCTACTGCTGAGATTTCTTTCCATTCCGAAAGGATTTTCTTACCTGAATGAAAGGGGTTATGTTGCAAAACAGTTGGAAAAGTGGCACAAGGAATATAATTCAAAGTATGTTGACTTGATTGAGGAACAACTTAATGAAGCCCTCACTACATACAGGAAGCCTATTGATGGTGATAACTACGTTCGTCGCAGTAATCAAAGACTACAGCGACCTCATGTCTACCTGCCCGTACACCTTTATGGACAACTGGTACACCACAAAACAGGCTGCCATTTACTGGAAGTACAGAGTATCATCACAGAGCTCTGTCACAATGTTCGCACTCCAGACTTGGACAAATGGGAAGACATTAAGAAGCTGAAAGCCTCTCTTTGGGCCTTGGGAAATATTGGCTCATCGAATTGGGGGCTTAATTTGCTACAGGAAGAAAATGTGATCCCAGATATACTAAAACTTGCAAAACAGTGTGAGGTCCTTTCCATCCGAGGGACCTGTGTATATGTTCTTGGGCTCATAGCTAAAACCAAGCAAGGCTGTGATATTTTGAAATGTCACAGCTGGGATTCTGTAAGGCACAGTCGCAAGCATCTATGGCCAGTGGTTCCAGATGATGTGGAGCAGCTCTGCAATGAGCTCTCATCTGTCCCAAGCACCCTCAGCTTGAACTCTGAGTCGACCAGCTCTAGACATAACAGTGAGAGTGAGTCTGCACCATCAAGCATGTTCATGCTGGAGGACGACCGCTTCGGCAGCACCTCCACCAGCACATTTTTCCTTGACATCAATGAAGATGCTGAGCCAGCATTTTATGACCGACCTGGACCCATAAAAGATAAAAATTCATTTCCCTTTTTTGGCTCCAGCAAACTTGTAAAGAATCGTATCTTAAATTCACTTACTTTGCCTACTAAAAAACACCGCAGTAGCAGTGATCCAAAAGGAGGAAAACTGTCATCTGAAAATAAGACAAGCAACCGGCGAATCAGAACACTTACGGAGCCCAGTGTTGACTTGAATCACAGCGAAGACTTCACAAGCTCCTCAGCACAGAAATCATTACAGCTAGAGCCTTCCTTCGTTGGGAATAAGCACCTTGAAGACGCGGGCAGCACTCCAAGTATTGGAGAGAATGACCTCAAATTCCCCAAGAGTTTTGGTACCGAGACTCACAGAGAAAACACAAGCCGAGAAAGGTTGGTTGTGGAAGGCTCAGCAAGCTCCCACATCAAGATCCGCAGCCAGAGCTTTAACACGGACACTACGACGAGTGGCATCAGCTCCATGAGCTCGAGCCCCTCCCGAGAGACAGTCGCTGTCGACCCCACAGCTATGGACACGGACTGTGGAAGTCTGAGTACCGTGGTAAGTACTAAAACTGTTAAGACGAGCCACTATTTGACACCACAGTCTAACCATCTGTCTCTCTCCAAATCGAACGAAGTGTCCCTGGTGCCACCAGGTTCTTCTCACACCCTTCCTAGAAGAGCCCAGTCCCTTAAAGCGCCCTCCATTGCAACAATAAAAAGTCTGGCAGATTGCAACTTCAGCTACACAAGCTCTAGAGATGCCTTTGGCTATGCTACATTGAAAAGGTTACAGCAGCAAAGAATGCACCCGTCCTTGTCTCACTCGGAAGCTTTGGCGTCGCCGGCAAAAGATGTGCTTTTTACCGACACCATCACCATGAAGGCCAACAGCTTTGAATCCAGACTGACGCCAAGCAGGTTTATGAAAGCTTTAAGTTATGCGTCATTAGATAAAGAAGATTTACTAAGTCCTATTAATCACAATACCCTCCAGCGCTCCTCCTCAGTTAGGTCTATGGTGTCCAGTGCTACATATGGAGGTTCCGATGACTACATTGGACTTGCTCTTCCAGTAGACATCAATGACATCTTCCAGATAAAGGATGTTCCTTATTTTCAATCAAAGCACGTGCCTCCACCAGATGACCGAGGTGCAAGAATGTTTTCCCATGATGGAGCAGGTCTTTCATCTGGAGCCGGTGGTCTCGTAAAGAACTCTTTTCACTTGCTGCGGCAGCAGATGAGTCTCACAGAAATAATGAACTCTGTCCATTCGGACGCCTCCCTGTTCTTAGAGAGCACAGAAGACACTGGGCTGCAGGAGCACACGGATGACAATTGCCTTTACTGCGTCTGCATTGAACTCCTGGGCTTCCAGCCCAGTAACCAGCTAAGTTCCATCTGCAGTCACTCCGATCTTCAAGATATTCCGTACTCCGATTGGTGCGAGCAGACGATCCACAACCCCTTAGAAGTGGTTCCCTCTAAGTTCTCGGGGATTTCTGGCTGCAGCGATGGCGCATCTCAGGAAGAAGGCTCAGCCAGCAGCACCAAAAGCACTGAGCTGTTACTGGGTGTTAAAACCATTCCAGATGACACACCCATGTGCCGGATCCTGCTTCGTAAGGAAGTGCTAAGATTAGTTGTCAATTTGAGTAGTTCAGTTTCCACCAAGTGTCACGAGACCGGGCTTCTGACCATTAAAGAGAAGTATCCTCAAACATTTGATGACATATGCCTTTATTCTGAAGTTTCTCATCTGTTGTCACACTGCACATTTAGACTTCAGTGTCGGCGGTTCATACAAGAGTTATTTCAGGATGTACAGTTTTTACAAATGCATGAAGAAGCAGAGGCTGTGTTGGCAATTCCACCAATTCAGCCTATAGTTGATGAGTCTGCTGAATCCTGATGATCCACTAGTGGTACCATCGATGCGGCCGC

Amino Acid Sequence

GSMAAIGRGRSLKNLRVRGRNDSGEENVPLDLTREPSDNLREILQNVAKLQGVSNMRKLGHLNNFTKLLCDIGHSEEKLGFNYEDIIICLRLALLNEAKEVRAAGLRALRYLIQDSSILQKVLKLKVDYLIARCIDIQQSNEVERTQALRLVRKMITVNASLFPSSVANSLIAVGNDGLQERDRMVQACIAIICELALQNPEVVALRGGLNTILKNVIDCQLSRINEALITTILHLLNHPKTRQYVRADVELERILAPYTDFHYRHSPDTAEGQLKEDREARFLASKMGIIATFRSWAGIINLCKPGNSGIQSLIGVLCIPNMEIRRGLLEVLYDIFRLPLPVVTDEFIEALLSVDPGRFQDSWRLSDGFVAAEAKTILPHRARSRPDLMDNYLALILSAFIRNGLIEGLVEVITNSDDHISVRATILLGELLHMANTILPHSHSHHLHCLPTLMNMAASFDIPKEKRLRASAALNCLNRFHEMKKRGPKPYSLHLDHIIQKAIATHHKRDQYLRVQKDIFVLKDTEEALLINLRDSQVLQHKENLDWDWNLIGTILKWPNVNLRNYKDEQLHRFVRRLLYFYKPSSKLYASLDLDLAKSKQLTVVGCQFTEFLLESEEDGQGYLEDLVKDIVQWLNASSGVKPERSLQNNGLLTTLSQHYFLFIGTLSCHPHGVKMLEKCSVFQCLLNLCSLKNQDHLIKLTVSSLDYSRDGLARVILSKILTAATDACRLYATKHLRVLLRANVEFFNNWGIELLVTQLHDKNKTISSEALDILDEACEDKANLHALIQMKPALSHLGDKGLLLLLRFLSIPKGFSYLNERGYVAKQLEKWHKEYNSKYVDLIEEQLNEALTTYRKPIDGDNYVRRSNQRLQRPHVYLPVHLYGQLVHHKTGCHLLEVQSIITELCHNVRTPDLDKWEDIKKLKASLWALGNIGSSNWGLNLLQEENVIPDILKLAKQCEVLSIRGTCVYVLGLIAKTKQGCDILKCHSWDSVRHSRKHLWPVVPDDVEQLCNELSSVPSTLSLNSESTSSRHNSESESAPSSMFMLEDDRFGSTSTSTFFLDINEDAEPAFYDRPGPIKDKNSFPFFGSSKLVKNRILNSLTLPTKKHRSSSDPKGGKLSSENKTSNRRIRTLTEPSVDLNHSEDFTSSSAQKSLQLEPSFVGNKHLEDAGSTPSIGENDLKFPKSFGTETHRENTSRERLVVEGSASSHIKIRSQSFNTDTTTSGISSMSSSPSRETVAVDPTAMDTDCGSLSTVVSTKTVKTSHYLTPQSNHLSLSKSNEVSLVPPGSSHTLPRRAQSLKAPSIATIKSLADCNFSYTSSRDAFGYATLKRLQQQRMHPSLSHSEALASPAKDVLFTDTITMKANSFESRLTPSRFMKALSYASLDKEDLLSPINHNTLQRSSSVRSMVSSATYGGSDDYIGLALPVDINDIFQIKDVPYFQSKHVPPPDDRGARMFSHDGAGLSSGAGGLVKNSFHLLRQQMSLTEIMNSVHSDASLFLESTEDTGLQEHTDDNCLYCVCIELLGFQPSNQLSSICSHSDLQDIPYSDWCEQTIHNPLEVVPSKFSGISGCSDGASQEEGSASSTKSTELLLGVKTIPDDTPMCRILLRKEVLRLVVNLSSSVSTKCHETGLLTIKEKYPQTFDDICLYSEVSHLLSHCTFRLQCRRFIQELFQDVQFLQMHEEAEAVLAIPPIQPIVDESAES*

• Vector Type: Mammalian
• DU Number: DU10797
• Unit Source: Protein Phosphorylation and Ubiquitylation Unit
• Location: PPU
• MTA: Dundee