cDNA Clone C15ORF41/Codanin-1 (Alligator)

• Plasmid: pEX StrepII 3FLAG Alligator CDAN1 2A2A 6His C150rf41 D196A
• Parent Plasmid: pEX C-GST
• Expressed: StrepII 3FLAG Alligator CDAN1 2A2A 6His C150rf41 D196A
• Genbank: CDAN1 codon optimised XM_019496591.1; C15orf41 XM_006272326.3
• Tag: 6His
• Tag: 3FLAG
• Tag: StrepII
• Species: Alligator mississippiensis

Sequence of Insert

GGATCCGCCACCATGTGGAGCCACCCGCAGTTCGAAAAAATGGACTACAAAGACCATGACGGTGATTATAAAGATCATGATATCGATTACAAGGATGACGATGACAAGATGGCAGCTGCGCTGGAGCTAGTGCTGCGAGAGGAGGTGGCGCCCGGCGCCCTGGTGCACTGGCTCAAGCACGACCCCGGGCGCCGCTCGGCCGAGGAGAACCATATCCATGAAAAGCTGGTATCTCTTAGTTTGCCTCAGAAAGACTTTGTGCCTTTCTTCTTGAATTTTTTAAGGGAGCAAACCGGTCAGATCCTGACCAATGGGCCTTCCACCCCTGCAAAAACACCGAATTCCAAGGCCCTTGGAAACTCTGCTGGCCGTGGGAGCCAAAGGAGAGGCTCAGAAAGGAGGGCAGGAAACACAACAGGGTCAAGCAGCAGCCGAATGCAGCTCTTTACCCAAAAAGGCTCTGCTAACTCCTGTTCCCCAGATACCAGCTTTGCCCCTTCTGCTGTGTCAGGTGGCTCTCCTGCATTTACTGGATCAAACCTGTCTAGCCCCAGCAGTGATTTCCCTAGTGTGGTCTCCAGTGTGAGCCCAAGCTTTGGTTGCAGCCCTGTATTTAACCACAGTGAGAGGCGCTCAGCTCAGAAGGCCAACTTGGGGAACTTTTTTGTGGCCATGCCAGAAGTTCAGCCGACAAGGCGAGGCAGAAGAAAGGGCAACAGCTCCACCAGTACCTCTAGCCGGCAGGTGGCTCGGGATCTTGGACGATGTCTTGCTGATGAGGAGGATGGGAAGAGTGATAACACTTCATGGAGTGGAGGGAGGAAGAAGCGCAATGAAGTGTTGGGTGTCTCTGCCAGTTCCCCACCTGATCAGCTGAACCTCAACAACTTGGAGGAGTTCCCACCCATGTGCGCTTCTTCTGGCTTCACAAACAAAAGTAAGCCATCAAGACGAATTAACCCCACTCCAGTGAGTATTGAGCGCCCGCTCTCTAAACCCAAGATGTGCTTCACTTCTACACCAGTCAGCCAATCTCCAGCTGCTCGGTTTCCATCTGGAGCAAGTCATGAAGCCTTTGTGACCATCCAGGAAGGAAATGTTGCTTCCACTGCAGGGAGCAGCCTTCAAGAGGAGAGAGAGATGCTGAAGAAAGAACGATGCAAGTTGCTGCACCAGGCTTCTTCTCCTGCAGGCCTGTCTCTGGAGCCCAGCACTCCTACCAAGCTTAGCTACACTCGAAGTGCAAGCCTCCCTCCTGAGGGCCATCTGATGACCTGTGCATATCTCAGTAAGGTCTCCTGCAAAAAGCAACTAGATCAGCTGGCCTTGCTTTATTCATCTTGTATAGCAGAAAACCTGGTTCCGAACATCTTCCTGGAGCTCTTTTTTGTTCTGCAGCTGCTAACATCCAGGGGAATATCTGCAGAAGATGGAGAGAGTGATCTGGAATTCAATCAAGGATGTAAAGGTGCAGTAGAGAGGCAGCATTTTCATAATGTGCACAACTGTGTCTATTTTGCTGTCCAGGTCTTGGATCGTCAGTATGAACTTATTTCCCACTTAGAGAAGGGGACCTTGAAACTCTTGGCTGAGAACGAGCGGATTGCGTCCTTTTCCCCTCACCTGCACAAGAGGCTGAGGCAGGCTTATGAAAGCAGCACAGCCAAGGTTTCTCTCCTGCTGCCTTCATCTGTACAATCTGTTTCTTTCCAGCCAGAAACTGATAATCGCTCTAACTTTCCCAGTGACAGGGCATTTCATATTTTTAAGAAGCAAAGGGACATCTTCTATGAGTTGCTGCGTGAATGGGAAGATAACCATGAAAAACCAGCTTGGGATTTTGAAAGAGTCCTGGGCAACAAGATCAGGGCTATGATGGCTCACCTTACAGCAACTTGTAACCACAGCCATTTTGCCAGACTCTTTCAAAAACAGATTATCCAGATGTGTAAAGGTCCCGTTGGTGGTGGCACAAGCTGGGGAGACACCCCAGACCAGGACGTCCTTAATATGTTGGGCTGTGATGATCTGAGTCGGCTGAAGAGGCTGCAGGAGAGATTTGTCGCTCCTCAGAGCATCAGAGGGCCTTGCCCACCCCCTTCCTTCCCAGGGTGCCAGCAATTCTTCAGGGACTTCATCCTCAGCGCAGGAAGCTATCAGTTCAATCAACACCTCATGGATAACCTGTGCCTAAAAATACTTGAGCTGGATGGCCTTACTTTGGTAGAGCATGAGCCTAGCGATGGTGAAGCAGACATGGAGGAACAGGATGAAAAGAAACATTTCACCGTTGTCCTGATGAGCCTCCGGCTCCTGGCAAAATTTCTTGGATTTCTTGTTTTCCTTCCGTATCGCACAGTGGAGCCACCAACAAGAGACTTGCACGAGTCTGCAGTGGCATTAAGAAATCAAAGCCTACCTGTACTGGATGTATTGAAACTCCTGCAGCGAGCTATCCAGGGCCGGCGTACTATCCTCACTATACCTTGGATTGTGGAGTTCCTCTCCCTCGTAGATCATATTGCTCCTTTTCTTGACTACTATGGGACAGTATTTTCCCTCTTGCTGCAAGTGTACAGGTCCATGGTACCCTCTGAAGATAAGGAGATGAGTTTCCTAAACAAGCTGTTGATCCTTGCAGTGTTGGGTTGGCTTTTTCAGTTTCTGTTCCAGATCCCCTCTGTCCCAGAGGAGCTGTTCTTTACCAGTGAAGTCAGACAGGATGGATTGATGATGGATACCATGTCATCTGCTCAGGCCTTGGATTCTGCAACTTTGGTGGATCAGCAGTTACTTTATACCTGCTGTCCATATCTTGGTGAGCTGCGGAAGCTGCTGGCCTCCTTTGTGGCAGGCAGTGGAGCAAAGAATGGTGGCTTTATAAGAAAAATAACCCCAACAGCTGCAGAGTCCTTGGCACCCAAACCTTCTGTCACACAGCAGAAACTGCAGGCAGAGCTGGAGCAGGCCTTCTTCCACAATCAGCCCCCATCACTGCGGAGAACAGTGGAATTTGTGGCAGAGAGGGTGGGTTCCAACTGTGTTAAGCATATCAAGGCCACTCTGGTAGCAGAGCTTGTCAAAAGGGCAGAGGTCATGCTGCAGGAAAAAGTGAAGGAGGACAATACTAATCATGACAAACTGCTAGATGAGGTGTGCACTCAGCTTTATGAAGAAGGGGCACAGGCTTTCCTCAAAGGCAGAGAATTTTGCAGGAAGAAAGGTCCTGAAGCTGTGAGAGTTCTTCTGCCAGAAGAGACGTCTGCAGCTGTCCTGAGCAGTGCAGAGGATATTGCAGTGAGGCTGGCTACTGAAAAGGCATGTACCTGGCTCTCCACCAACATCACAGCACTGATCAAAAGGGAAGTGAGGACCACATTCAGTCGAATGCTGAAAATCCAGGGTCCTTCCTTACCTAGTGAGGATACACAAGAGATGAAGAAGGACTGCCCTCCAGGATGCCAGCATCATGCTCCATTTCCCTCTGAAATCATCAATGAGATCAAAGATGTTCTCTGTATTGCTGTGGGACCAAGGGATGGAGATGAAGCGATTCATTATGCCCATCTGGAGTGCTTGTTGGAGAAGCTGAGTCAAACACTTCAATGCAGAAAGTTCATGTGTCCTACCTCGGAACAGCAGCTGGCTAAGTGTACCATAGAGTTGGCTTCTCTTTTAGTTTCAGACCGCATTCCGATCCAAGGTCTTGAGCTTCAGACCCAGAAATACCCTGAAAGACAGCGATCAAAGAATCATCCCATCTGCAACCTCCTCACATCGCTGCTCTCTGTCTGGAAGGAAGATTTTGTGATGCTTGTTCCAGTGCAGCTGATCTTCAGCAAGAAGAACGTTGGCTATGTTGCAGAAGCTAAGCAGCGAGAGTGGGACTTGTTCCTGTTCATGCTTCATGGCCTGGTTGAGTACAATCTGATGGGAAATGCGGAGATAGAGAGCTACTTGCAAAGTCTCCAGGAATTTGCCTGGCCCTCAGACTTCTTAAAAGAGCTGGAAACTCTGTCCAGAGTGTTTGAATCTGAGCTTCATATAGAAGAACTCAGGACTAATCCTTGTGAATTGGTGAGACAATCTCTAGGCGCTGTGACAGCACAAAGCGAGGGCAGAGGAAGTCTTCTAACATGCGGTGACGTGGAGGAGAATCCCGGCCCAGAAGGGAGAGGAAGTCTTCTAACATGCGGTGACGTGGAGGAGAATCCCGGCCCAATGCACCATCACCATCACCATATGAAGTTGAGCAAGGCGCAGTACGAGGAGATCGCCCGGTTCCTGGGGCACGTGCAGCCCACCCGCCAGAGCCTGAGGCGGCTGAAGGAGCGATTCCCCAGTCAATCGCAGTCCACTCTGCTGAGCATCTTCTCCCAGGAGTACCAGAAACAAATCAAAAGAACACATGCCAAACATCACACTGCTGAGGCTATTGAAACTTACTATCAAAGGTACCGGAGTAGGGTGATGAAAAATGCAGCTGCCCCTGTATTATTGGAGCTAGCCAATGAGGTGGACTTTGCACCATCATTGATGGCTCGAATTGTGCTGGAAAGATTTTTACAAGAACAGGAGCAAGGTATCCCATCCAAGACTCTTATAAACAGTATGTTACGGGACCCTTCTCAGATTCCAGATGGAGTTCTAGCAAATCAGGTCTATCAGTGTACTGTGAATGACTGTTGTTATGGACCACTGGTGGACTGCATCAAACATGCTATTGGACATGAACATGAAGTCTTGCTACGAGAAATGCTTCTGAAGAAAAATCTCTCTTTCCTAGCTGAAGATCAGCTTCGTGCAAAGGGTTATGACAAAACACCAGCCTTTATTTTGGAAGTGCCAGTAGCTGTTGAAGGCCACATAATTCACTGGATTGAAAGTAAAGCTTCATTTGGTGATGAAAGCAGCCACCAGTCATACCTTCAGGACCAATTCTGGAGCTACTGGAATAGATTTGGTCCTGGATTAGTCATCTATTGGTATGGTTTTATTGAAGAGCTAGACTGTCATCGGGAACGCGGTATCCTGCTAAAAGACTGTTTTCCTACTGACATTGTAACACTGCGACACAGCATGGCTCAACACTGAGCGGCCGC

Amino Acid Sequence

MWSHPQFEKMDYKDHDGDYKDHDIDYKDDDDKMAAALELVLREEVAPGALVHWLKHDPGRRSAEENHIHEKLVSLSLPQKDFVPFFLNFLREQTGQILTN
GPSTPAKTPNSKALGNSAGRGSQRRGSERRAGNTTGSSSSRMQLFTQKGSANSCSPDTSFAPSAVSGGSPAFTGSNLSSPSSDFPSVVSSVSPSFGCSPV
FNHSERRSAQKANLGNFFVAMPEVQPTRRGRRKGNSSTSTSSRQVARDLGRCLADEEDGKSDNTSWSGGRKKRNEVLGVSASSPPDQLNLNNLEEFPPMC
ASSGFTNKSKPSRRINPTPVSIERPLSKPKMCFTSTPVSQSPAARFPSGASHEAFVTIQEGNVASTAGSSLQEEREMLKKERCKLLHQASSPAGLSLEPS
TPTKLSYTRSASLPPEGHLMTCAYLSKVSCKKQLDQLALLYSSCIAENLVPNIFLELFFVLQLLTSRGISAEDGESDLEFNQGCKGAVERQHFHNVHNCV
YFAVQVLDRQYELISHLEKGTLKLLAENERIASFSPHLHKRLRQAYESSTAKVSLLLPSSVQSVSFQPETDNRSNFPSDRAFHIFKKQRDIFYELLREWE
DNHEKPAWDFERVLGNKIRAMMAHLTATCNHSHFARLFQKQIIQMCKGPVGGGTSWGDTPDQDVLNMLGCDDLSRLKRLQERFVAPQSIRGPCPPPSFPG
CQQFFRDFILSAGSYQFNQHLMDNLCLKILELDGLTLVEHEPSDGEADMEEQDEKKHFTVVLMSLRLLAKFLGFLVFLPYRTVEPPTRDLHESAVALRNQ
SLPVLDVLKLLQRAIQGRRTILTIPWIVEFLSLVDHIAPFLDYYGTVFSLLLQVYRSMVPSEDKEMSFLNKLLILAVLGWLFQFLFQIPSVPEELFFTSE
VRQDGLMMDTMSSAQALDSATLVDQQLLYTCCPYLGELRKLLASFVAGSGAKNGGFIRKITPTAAESLAPKPSVTQQKLQAELEQAFFHNQPPSLRRTVE
FVAERVGSNCVKHIKATLVAELVKRAEVMLQEKVKEDNTNHDKLLDEVCTQLYEEGAQAFLKGREFCRKKGPEAVRVLLPEETSAAVLSSAEDIAVRLAT
EKACTWLSTNITALIKREVRTTFSRMLKIQGPSLPSEDTQEMKKDCPPGCQHHAPFPSEIINEIKDVLCIAVGPRDGDEAIHYAHLECLLEKLSQTLQCR
KFMCPTSEQQLAKCTIELASLLVSDRIPIQGLELQTQKYPERQRSKNHPICNLLTSLLSVWKEDFVMLVPVQLIFSKKNVGYVAEAKQREWDLFLFMLHG
LVEYNLMGNAEIESYLQSLQEFAWPSDFLKELETLSRVFESELHIEELRTNPCELVRQSLGAVTAQSEGRGSLLTCGDVEENPGPEGRGSLLTCGDVEEN
PGPMHHHHHHMKLSKAQYEEIARFLGHVQPTRQSLRRLKERFPSQSQSTLLSIFSQEYQKQIKRTHAKHHTAEAIETYYQRYRSRVMKNAAAPVLLELAN
EVDFAPSLMARIVLERFLQEQEQGIPSKTLINSMLRDPSQIPDGVLANQVYQCTVNDCCYGPLVDCIKHAIGHEHEVLLREMLLKKNLSFLAEDQLRAKG
YDKTPAFILEVPVAVEGHIIHWIESKASFGDESSHQSYLQDQFWSYWNRFGPGLVIYWYGFIEELDCHRERGILLKDCFPTDIVTLRHSMAQH*


(self cleavage at 2A2A sequence)

• Vector Type: Bacterial
• Antibiotic: Amp
• DU Number: DU63130
• Unit Source: Protein Phosphorylation and Ubiquitylation Unit
• Location: PPU
• MTA: Dundee
• Low Temp: No