cDNA Clone KNTC1

• Synonyms: ROD
• Plasmid: pUC57-KNTC1
• Parent Plasmid: pUC57
• Genbank: NM_014708.4 GI:156071508
• Species: Human

Sequence of Insert

ggatccatgtggaatgatattgagctgctaacaaatgatgataccggaagtgggtacctgagtgtcggttcaagaaaagaacatggaactgctttatatcaagtagatttgctagtgaagatctcttctgaaaaggcctcattaaatccaaagatacaggcatgcagcttaagtgatgggtttattattgtagccgaccaatcagtgatattgcttgacagtatttgtagatcacttcaattgcatcttgtctttgatactgaagtggatgtagttggcctttgtcaagaaggaaagtttcttttggttggcgagagaagtggcaacctacatcttattcatgtaacatcaaaacaaacactactcactaatgcatttgttcagaaagctaacgatgaaaatcggcggacttaccagaatcttgtcattgagaaggatggttcaaatgaaggtacctattatatgctacttcttacatacagtggatttttttgtattacaaaccttcagcttttaaaaattcaacaagcaattgagaatgtagacttcagtacagcaaaaaagttacaaggacaaatcaagtccagttttatttctactgaaaattatcatactcttggttgtctcagtcttgtggctggagatttagcaagtgaagttcctgtgataattgggggaaccggtaattgtgcattctcaaaatgggaaccagattcttccaagaaaggaatgacagttaagaaccttattgatgcagagattattaaaggtgcaaagaagttccagctgatagacaatctactttttgttcttgatactgataacgtgctgagtttatgggatatttacactctaactcctgtatggaactggccctctcttcacgtagaagagtttcttcttactacagaagcagactctccttcatcagtcacgtggcaaggaattacaaatctcaaattaatagctctgacagcttcagctaataagaagatgaaaaacctcatggtttattcattacctacaatggaaatactatattctttggaagtatctagtgtttcttctctggtccaaacaggaattagcacagataccatataccttttagaaggagtttgcaaaaatgatccaaaattgtctgaagactcagtctctgtgttagtactcagatgtcttacggaagctttaccagaaaacagattgagtcggttacttcacaaacacagatttgctgaagctgagagttttgccattcagtttggactagatgttgagcttgtttacaaggtcaagtcaaatcatatattggagaaactggcattgagttctgtggatgccagtgaacagaccgaatggcaacaacttgtagacgacgctaaggaaaatctacataagatccaggatgatgaatttgtggtgaattactgcctgaaagctcagtggataacctatgaaaccactcaagagatgctgaattatgccaaaaccaggcttttgaagaaagaagataaaactgctctcatttattctgatggcttgaaagaggtgctaagagctcatgcaaaattgactactttttatggagcatttggaccagaaaaattcagtggcagttcttggattgaatttctaaataatgaagatgatcttaaagatatttttttacagctaaaagaaggaaaccttgtttgtgcacagtatctttggcttcgacatcgggcaaactttgaaagcagatttgatgtgaaaatgctggagagcttgctcaactcaatgtctgcatcagtctctttgcaaaagctgtgtccatggtttaaaaatgatgtgattccatttgtaagaaggactgtgcctgaaggacagataattcttgcaaaatggttggaacaagcagccaggaaccttgaattaactgataaggcaaattggccagaaaatggacttcaattggcagagatattttttacagcagaaaaaacagacgagttgggattggcatcttcctggcattggatttccttgaaagattatcagaacacagaggaagtatgtcagctaaggactttggtaaataacttgcgagagttgatcacgttgcataggaagtacaactgcaaattagccctctctgattttgagaaggaaaatacaaccaccatagtgttccgaatgtttgataaagtgctggccccagagcttattccctccatcttagagaagtttataagagtttacatgagagaacatgacttgcaagaggaggaacttctcttgctgtacatagaggatttactgaatagatgcagctcaaagtccacatcactctttgaaacagcatgggaagcaaaggccatggcagtaatagcgtgtttatctgacacggacctcatatttgatgccgtgctcaagatcatgtatgcggcagtggttccttggagtgcagctgtggagcaactggtgaaacagcacctggaaatggaccatcccaaagtcaagttattacaggaaagttacaaactaatggagatgaaaaaacttttacgaggctatggaataagagaggtaaatctcttaaacaaggaaataatgagagtggttagatacattctcaaacaagatgtcccatcttctttagaagatgctttaaaggtagcccaagcgtttatgttatctgatgatgagatctacagtctaagaattattgacctgattgatagagaacagggtgaagactgtctccttctgttgaagtctttgcctcctgctgaagctgagaaaactgcagaaagagtcatcatatgggcacgactggcattacaagaagagccagatcattctaaagagggcaaggcctggagaatgtctgtagcgaagacatccgtggacattcttaagatactatgtgacattcagaaagacaatctgcagaagaaggacgaatgtgaagaaatgttgaaactatttaaagaggttgctagcttacaggagaactttgaggtctttctttcatttgaagattatagcaatagttccctggtagcagatctccgtgagcagcacattaaagctcacgaagttgcacaggcgaaacacaaacctgggagcaccccagagcccatagctgctgaggtgaggagcccaagcatggaatcaaagctgcacagacaggcactggccctgcagatgtccaaacaagagctggaggcagagctgaccttgagagccttaaaagatgggaacatcaaaacagcactgaaaaaatgcagcgacttgtttaagtatcactgcaatgctgacactgggaaattgctatttctgacatgtcagaagctttgtcagatgttggctgataatgtcccagtgacagtgcctgtgggactgaatcttccttccatgatacatgatctagcaagccaagctgccaccatttgcagtccagattttttactagatgctttagaactatgtaaacatactttaatggctgtagagctttccagacaatgccaaatggatgactgtggaatcctcatgaaagcttcttttgggacacataaagatccatatgaagagtggtcttacagtgacttcttcagtgaagatggaattgttcttgagtcacagatggtgcttccagtgatttatgaactgatttcatctcttgtgcctctagctgaaagcaagagatatcccttggagtctaccagtttgccatactgctcccttaatgaaggagatggccttgttttacctgttataaattccatctctgccctgcttcagaatcttcaggaatctagccagtgggagctagccctaagatttgtggttggttcatttggtacctgtcttcagcactctgtgtcaaacttcatgaatgccactttgagtgaaaagttatttggagagactacattagttaaatcaaggcatgttgttatggaattgaaagaaaaagctgttatatttatcagggaaaatgctacaacactactgcacaaagtatttaattgtcgcttggtagatcttgacctggcgttgggttactgcactctcttacctcaaaaagatgtgtttgaaaatctctggaagctcatagataaagcatggcagaattacgacaaaatcttggcaatatctctggtgggctctgagctggcaagtctctatcaggaaatagaaatggggcttaagttccgtgaactcagtactgatgcccagtggggcattcgtcttggtaaacttggtatttcttttcaaccagttttcaggcaacattttctcaccaagaaagacctcattaaagctcttgtggagaatatagatatggacacaagcctcattttggaatattgcagcacatttcagttggactgcgatgcagttcttcagctcttcattgaaacgctgctccacaacacaaatgccggccaaggccagggagatgcaagcatggactctgcaaagcggcggcatcccaaactcctggccaaagcccttgagatggttcctttactgacgagcacaaaagatttggtcatcagtcttagtggaatactacataagttggacccttatgactatgaaatgattgaagttgtcttgaaagttatagaacgagctgatgaaaagataaccaatattaatattaatcaggcattgagtattctgaaacatttgaagtcatacagaagaatttctcctcccgtggatctagaatatcagtatatgttggaacatgtcataactttgccatcagctgcccaaactagactgccttttcacctgatattctttggcacagcacagaacttctggaaaattctctctacagaactcagtgaagaatctttcccaacattgctcttaatttcgaaattaatgaagttctctctggacactctgtacgtgtctacagcaaaacacgttttcgaaaaaaaactgaagccaaagctcctgaagttaacacaagctaaatcctcaacactgattaacaaggaaataactaagatcacgcagaccatcgaatcctgcttactctctatagtcaacccagagtgggctgtagctattgccatcagccttgcccaggatatccctgaaggttccttcaagatatctgctttgaaattctgcctttatttagctgagagatggctacagaatatcccatcgcaggacgaaaaacgtgaaaaagccgaggctttgttgaagaagcttcatatccagtaccggcgatcgggcacagaagctgtgctcatagcccacaagctgaacactgaggaatatttaagagtgatcggaaagccagcacatcttattgtcagtctctacgaacatcctagcatcaatcaaagaattcagaattcatctggcacagattatcctgatattcatgcagcagctaaagaaatagccgaagtcaatgaaattaatttggaaaaagtctgggacatgttgttggaaaaatggctatgcccttcaacaaaacctggtgaaaaaccatcagaattatttgaacttcaagaagatgaagccctacgaagagtgcagtatctcctcctgtctcgtccaattgattatagttcaagaatgctgtttgtatttgcaacatcaactacaaccacattaggtatgcatcagttaacttttgcccatagaactcgagctcttcagtgtctcttctatttggctgacaaggaaactatagaatctctctttaaaaaacccattgaagaagtgaaatcttatttgagatgtataacttttctggcatcatttgagactttgaatatccccatcacatatgaattattttgcagcagtcctaaagaaggaatgattaagggtctgtggaaaaaccacagccacgagtccatggcagtaagattggtgactgagctgtgtttagaatacaaaatctatgacctgcagctttggaatggactcttgcaaaagcttctgggcttcaatatgattccttatctaaggaaagttttaaaagccatctccagtatccattctttatggcaggttccctacttcagcaaagcgtggcagcgtgtgatacagataccactgctttcagcctcttgtcctttaagtcctgatcagctgtcagattgttctgagagtctcatcgctgtcctcgaatgtccagtctcaggtgatcttgacctgatcggagtcgccaggcagtatatccagttagaacttccggcttttgcattagcttgtctgatgctcatgccccactcagagaaaagacaccagcaaattaagaattttctgggttcctgtgaccctcaggttattttaaagcaattggaagagcatatgaacacgggccagctagcaggattttcacatcaaattagaagtctgattttgaataatatcatcaataagaaggagtttgggattttggcaaagaccaaatactttcaaatgttgaagatgcatgcgatgaataccaacaatatcactgagctagtgaactatttggcaaatgacttaagtttagatgaagcttcagtcttgataactgaatattcaaagcactgcgggaaacctgtgcctccagacactgctccctgtgaaattctgaagatgtttcttagtggattatcgtaagcggccgc

Amino Acid Sequence

GSMWNDIELLTNDDTGSGYLSVGSRKEHGTALYQVDLLVKISSEKASLNPKIQACSLSDGFIIVADQSVILLDSICRSLQLHLVFDTEVDVVGLCQEGKFLLVGERSGNLHLIHVTSKQTLLTNAFVQKANDENRRTYQNLVIEKDGSNEGTYYMLLLTYSGFFCITNLQLLKIQQAIENVDFSTAKKLQGQIKSSFISTENYHTLGCLSLVAGDLASEVPVIIGGTGNCAFSKWEPDSSKKGMTVKNLIDAEIIKGAKKFQLIDNLLFVLDTDNVLSLWDIYTLTPVWNWPSLHVEEFLLTTEADSPSSVTWQGITNLKLIALTASANKKMKNLMVYSLPTMEILYSLEVSSVSSLVQTGISTDTIYLLEGVCKNDPKLSEDSVSVLVLRCLTEALPENRLSRLLHKHRFAEAESFAIQFGLDVELVYKVKSNHILEKLALSSVDASEQTEWQQLVDDAKENLHKIQDDEFVVNYCLKAQWITYETTQEMLNYAKTRLLKKEDKTALIYSDGLKEVLRAHAKLTTFYGAFGPEKFSGSSWIEFLNNEDDLKDIFLQLKEGNLVCAQYLWLRHRANFESRFDVKMLESLLNSMSASVSLQKLCPWFKNDVIPFVRRTVPEGQIILAKWLEQAARNLELTDKANWPENGLQLAEIFFTAEKTDELGLASSWHWISLKDYQNTEEVCQLRTLVNNLRELITLHRKYNCKLALSDFEKENTTTIVFRMFDKVLAPELIPSILEKFIRVYMREHDLQEEELLLLYIEDLLNRCSSKSTSLFETAWEAKAMAVIACLSDTDLIFDAVLKIMYAAVVPWSAAVEQLVKQHLEMDHPKVKLLQESYKLMEMKKLLRGYGIREVNLLNKEIMRVVRYILKQDVPSSLEDALKVAQAFMLSDDEIYSLRIIDLIDREQGEDCLLLLKSLPPAEAEKTAERVIIWARLALQEEPDHSKEGKAWRMSVAKTSVDILKILCDIQKDNLQKKDECEEMLKLFKEVASLQENFEVFLSFEDYSNSSLVADLREQHIKAHEVAQAKHKPGSTPEPIAAEVRSPSMESKLHRQALALQMSKQELEAELTLRALKDGNIKTALKKCSDLFKYHCNADTGKLLFLTCQKLCQMLADNVPVTVPVGLNLPSMIHDLASQAATICSPDFLLDALELCKHTLMAVELSRQCQMDDCGILMKASFGTHKDPYEEWSYSDFFSEDGIVLESQMVLPVIYELISSLVPLAESKRYPLESTSLPYCSLNEGDGLVLPVINSISALLQNLQESSQWELALRFVVGSFGTCLQHSVSNFMNATLSEKLFGETTLVKSRHVVMELKEKAVIFIRENATTLLHKVFNCRLVDLDLALGYCTLLPQKDVFENLWKLIDKAWQNYDKILAISLVGSELASLYQEIEMGLKFRELSTDAQWGIRLGKLGISFQPVFRQHFLTKKDLIKALVENIDMDTSLILEYCSTFQLDCDAVLQLFIETLLHNTNAGQGQGDASMDSAKRRHPKLLAKALEMVPLLTSTKDLVISLSGILHKLDPYDYEMIEVVLKVIERADEKITNININQALSILKHLKSYRRISPPVDLEYQYMLEHVITLPSAAQTRLPFHLIFFGTAQNFWKILSTELSEESFPTLLLISKLMKFSLDTLYVSTAKHVFEKKLKPKLLKLTQAKSSTLINKEITKITQTIESCLLSIVNPEWAVAIAISLAQDIPEGSFKISALKFCLYLAERWLQNIPSQDEKREKAEALLKKLHIQYRRSGTEAVLIAHKLNTEEYLRVIGKPAHLIVSLYEHPSINQRIQNSSGTDYPDIHAAAKEIAEVNEINLEKVWDMLLEKWLCPSTKPGEKPSELFELQEDEALRRVQYLLLSRPIDYSSRMLFVFATSTTTTLGMHQLTFAHRTRALQCLFYLADKETIESLFKKPIEEVKSYLRCITFLASFETLNIPITYELFCSSPKEGMIKGLWKNHSHESMAVRLVTELCLEYKIYDLQLWNGLLQKLLGFNMIPYLRKVLKAISSIHSLWQVPYFSKAWQRVIQIPLLSASCPLSPDQLSDCSESLIAVLECPVSGDLDLIGVARQYIQLELPAFALACLMLMPHSEKRHQQIKNFLGSCDPQVILKQLEEHMNTGQLAGFSHQIRSLILNNIINKKEFGILAKTKYFQMLKMHAMNTNNITELVNYLANDLSLDEASVLITEYSKHCGKPVPPDTAPCEILKMFLSGLS*

• Vector Type: Other
• Antibiotic: Amp; Kan
• DU Number: DU40285
• Unit Source: Protein Phosphorylation and Ubiquitylation Unit
• Location: PPU
• MTA: Dundee
• Notes: N.B. Grow at 30 degrees