cDNA Clone
KIAA0802

Synonyms
SOGA2, CCDC165
Plasmid
pcDNA5frtTO GFP KIAA0802 600-end
Parent Plasmid
pcDNA5D FRT/TO GFP
Expressed
GFP-KIAA0802 600-end
Genbank
NM_015210.3
Tag
GFP
Species
Human
Sequence of Insert
GCTAGCGCCATGGAGGACACAAGGGGACAGCAGGAAAGGGAGGGCCCAGGAAGGGACCACGCTCCTAGTATCCCAACCAGCCCCTTCGGAGATAGCCTGGAATCTAGTACAGAGCTGAGGAGACATCTGCAGTTTGTGGAAGAGGAAGCCGAGCTGCTGCGGCGCAGTATCAGCGAAATTGAGGATCACAATCGCCAGCTGACCCATGAGCTGTCCAAGTTCAAATTTGAACCACCCAGGGAGCCTGGGTGGCTGGGAGAGGGAGCTTCTCCTGGAGCTGGGGGCGGAGCCCCACTGCAGGAGGAACTGAAGAGTGCCAGACTGCAGATCAGTGAGCTGAGCGGAAAGGTGCTGAAACTGCAGCACGAGAACCATGCTCTGCTGAGCAATATTCAGCGGTGCGACCTGGCTGCTCACCTGGGACTGAGAGCCCCAAGCCCCAGGGACTCTGATGCTGAAAGTGACGCCGGAAAGAAAGAGTCTGATGGGGAAGAAAGTAGACTGCCTCAGCCAAAGAGGGAAGGACCAGTGGGCGGCGAGTCCGACTCTGAGGAAATGTTCGAGAAGACCAGCGGCTTTGGATCCGGGAAACCCTCCGAAGCTTCTGAGCCCTGTCCTACAGAGCTGCTGAAGGCCAGGGAAGATTCTGAGTACCTGGTGACTCTGAAACACGAGGCTCAGCGGCTGGAAAGGACCGTGGAGAGACTGATCACCGACACAGATAGCTTCCTGCATGACGCTGGACTGCGGGGAGGGGCCCCACTGCCAGGACCTGGACTGCAGGGAGAGGAAGAGCAGGGGGAAGGCGATCAGCAGGAGCCACAGCTGCTGGGAACTATCAACGCTAAGATGAAAGCCTTCAAGAAAGAACTGCAGGCCTTTCTGGAGCAAGTGAATAGGATTGGCGGAGGGCTGTCCCCACTGCCACACCTGACCGAGAGCAGCAGCTTCCTGTCTACTGTGACCAGTGTGAGCCGCGACAGTCCCATTGGAAACCTGGGGAAGGAGCTGGGCCCTGATCTGCAGTCTAGGCTGAAAGAACAGCTGGAGTGGCAGCTGGGACCTGCTAGGGGCGACGAAAGAGAGAGTCTGAGGCTGAGAGCCGCTAGAGAGCTGCACAGGAGAGCTGACGGCGATACAGGAAGCCATGGGCTGGGCGGACAGACTTGCTTCTCCCTGGAACTGAGGGGGCCTCCAGTGCTGCCAGAGCAGTCCGTGTCTATCGAAGAGCTGCAGGGACAGCTGGTGCAGGCTGCTAGGCTGCACCAGGAAGAGACAGAGACTTTTACCAATAAGATCCACAAGATGGAAGAGGAACATCTGTATGCTCTGAGATGGAAGGAACTGGAGATGCACAGCCTGGCCCTGCAGAACACACTGCATGAACGGACTTGGTCCGATGAGAAGAATCTGATGCAGCAGGAGCTCCGGTCCTTGAAGCAGAACATTTTCCTCTTCTACGTCAAACTCAGGTGGCTGCTGAAACACTGGCGGCAAGGGAAGCAGATGGAGGAGGAAGGAGAGGAGTTCACTGAGGGTGAACATCCAGAGACCCTCTCCAGGCTCGGGGAGCTTGGAGTCCAGGGGGGTCACCAGGCGGATGGCCCAGACCACGACAGTGACCGAGGCTGTGGCTTTCCAGTGGGGGAGCACTCCCCACACTCCCGGGTGCAGATTGGAGATCACAGCTTGCGGCTGCAGACCGCGGACAGGGGACAGCCCCACAAACAGGTGGTGGAAAACCAGCAGCTGTTCAGCGCCTTCAAGGCCTTGCTGGAGGACTTCCGTGCGGAGCTGCGGGAGGATGAGCGTGCCCGACTACGGCTGCAGCAGCAATATGCCAGCGACAAGGCGGCCTGGGACGTGGAGTGGGCCGTGCTCAAGTGCCGTCTGGAACAGAATTGTTGTGGATATCCCAGAATTAACATTGAGGAGGAGACTTTAGGCTTCACCAGGCTGCCAGCTGGGTCCACGGTAAAAACGTTGAAGAGCCTTGGGTTGCAGAGATTGGAGCTGGAAGAGAAGACTGAGAACAAGTTGGGAGAACTAGGCTCCTCCGCTGAGAGCAAGGGGGCCTTGAAGAAGGAGAGAGAGGTGCACCAGAAGCTCCTGGCAGACAGTCACAGCCTGGTCATGGACCTGCGCTGGCAGATCCATCACAGCGAGAAGAACTGGAACCGGGAGAAGGTGGAACTTCTCGACCGCCTGGACAGAGATCGGCAGGAGTGGGAGCGGCAGAAGAAGGAATTCTTGTGGAGGATAGAGCAGGGAAGCCTCCGCATGCCCCGTCCAGTGGCCATGTGGCCTTGTGCAGATGCTGACTCCATCCCGTTTGAAGACCGGCCGCTGTCCAAGCTGAAGGAGTCGGACAGGTGCTCGGCCAGTGAGAATCTCTACCTGGATGCCTTGTCCCTGGATGACGAGCCAGAAGAGCCACCAGCCCACAGGCCCGAGAGGGAGTTCAGGAACCGCCTCCCTGAGGAAGAAGAAAATCACAAAGGAAATCTTCAAAGGGCGGTGTCCGTGTCCTCCATGTCTGAGTTCCAGCGTCTAATGGACATCTCCCCCTTCCTGCCTGAGAAGGGCCTGCCGTCCACCAGCAGCAAGGAGGATGTCACCCCACCCCTGTCTCCAGACGACCTCAAGTACATCGAGGAGTTCAACAAGAGCTGGGACTACACACCCAACAGGGGCCACAATGGTGGGGGGCCGGACCTTTGGGCCGACAGGACCGAGGTGGGGCGGGCAGGGCACGAGGACAGCACAGAGCCTTTCCCCGACTCCTCCTGGTACCTAACCACAAGTGTCACCATGACCACGGACACCATGACCAGCCCAGAGCACTGCCAGAAGCAGCCACTGCGGAGCCACGTCCTCACCGAGCAGTCGGGGTTGCGCGTGTTACACAGCCCGCCTGCCGTGCGCAGGGTCGACAGCATCACGGCGGCAGGTGGTGAGGGTCCCTTTCCCACAAGCAGAGCCAGAGGGAGCCCGGGAGACACCAAGGGAGGCCCTCCAGAACCCATGCTCAGCAGGTGGCCTTGCACCTCCCCCAGGCACTCCCGGGACTATGTGGAGGGGGCACGGCGCCCCCTTGATAGTCCCCTCTGTACCTCCCTGGGGTTTGCCTCCCCACTGCACAGCCTGGAGATGTCCAAGAACTTGAGTGATGACATGAAGGAGGTGGCCTTCTCTGTCAGGAATGCCATCTGCTCCGGCCCTGGCGAGCTGCAAGTCAAGGACATGGCCTGCCAGACCAATGGGTCCCGGACGATGGGGACCCAGACTGTTCAGACCATCAGTGTGGGCTTGCAGACTGAAGCCCTGCGTGGCAGCGGTGTCACCAGCAGCCCCCACAAGTGTCTCACTCCAAAGGCTGGGGGCGGTGCTACACCCGTGTCGTCTCCTTCCCGGAGCCTTAGGAGCAGACAGGTGGCCCCTGCCATCGAGAAGGTGCAGGCCAAGTTTGAACGCACATGCTGCTCCCCCAAGTATGGTTCTCCCAAGCTGCAGAGGAAGCCCCTCCCCAAAGCCGACCAGCCAAATAACAGGACGTCACCAGGGATGGCCCAGAAAGGGTACAGTGAGTCAGCCTGGGCCCGCTCCACCACCACAAGGGAGAGCCCCGTGCACACCACCATTAATGATGGCCTCTCCAGCCTCTTCAACATCATTGACCACAGCCCCGTGGTGCAGGACCCCTTCCAGAAGGGGCTGCGGGCCGGCAGTCGGTCTCGCTCAGCAGAGCCCCGACCAGAGCTGGGCCCAGGCCAGGAAACAGGCACCAATTCCCGAGGAAGGTCGCCTAGCCCCATTGGGGTGGGGTCAGAGATGTGCAGGGAGGAAGGGGGAGAGGGCACGCCAGTGAAGCAGGACTTATCTGCTCCCCCTGGCTACACCCTCACTGAGAACGTGGCCCGGATCCTCAACAAGAAGCTGCTGGAACATGCCTTAAAGGAGGAGAGGAGGCAGGCTGCCCACGGGCCCCCGGGTCTCCACAGTGACAGCCACTCGCTGGGGGACACAGCCGAGCCAGGGCCCATGGAGGAACTACCTTGTTCTGCACTAGCTCCATCCCTAGAGCCCTGCTTCTCCAGGCCCGAGAGACCAGCAAACCGTCGCCCTCCGTCCCGTTGGGCCCCACATTCCCCCACTGCCTCACAGCCTCAGTCACCCGGAGACCCGACGTCCTTGGAGGAGCATGGTGGCGAGGAGCCGCCCGAGGAGCAGCCACACCGAGATGCAAGCTTGCATGGATTATCACAGTATAATTCACTGTAGCGGCCGC
Amino Acid Sequence
MVSKGEELFTGVVPILVELDGDVNGHKFSVSGEGEGDATYGKLTLKFICTTGKLPVPWPTLVTTLTYGVQCFSRYPDHMKQHDFFKSAMPEGYVQERTIFFKDDGNYKTRAEVKFEGDTLVNRIELKGIDFKEDGNILGHKLEYNYNSHNVYIMADKQKNGIKVNFKIRHNIEDGSVQLADHYQQNTPIGDGPVLLPDNHYLSTQSALSKDPNEKRDHMVLLEFVTAAGITLGMDELYKSGLGSPGEFASAMEDTRGQQEREGPGRDHAPSIPTSPFGDSLESSTELRRHLQFVEEEAELLRRSISEIEDHNRQLTHELSKFKFEPPREPGWLGEGASPGAGGGAPLQEELKSARLQISELSGKVLKLQHENHALLSNIQRCDLAAHLGLRAPSPRDSDAESDAGKKESDGEESRLPQPKREGPVGGESDSEEMFEKTSGFGSGKPSEASEPCPTELLKAREDSEYLVTLKHEAQRLERTVERLITDTDSFLHDAGLRGGAPLPGPGLQGEEEQGEGDQQEPQLLGTINAKMKAFKKELQAFLEQVNRIGGGLSPLPHLTESSSFLSTVTSVSRDSPIGNLGKELGPDLQSRLKEQLEWQLGPARGDERESLRLRAARELHRRADGDTGSHGLGGQTCFSLELRGPPVLPEQSVSIEELQGQLVQAARLHQEETETFTNKIHKMEEEHLYALRWKELEMHSLALQNTLHERTWSDEKNLMQQELRSLKQNIFLFYVKLRWLLKHWRQGKQMEEEGEEFTEGEHPETLSRLGELGVQGGHQADGPDHDSDRGCGFPVGEHSPHSRVQIGDHSLRLQTADRGQPHKQVVENQQLFSAFKALLEDFRAELREDERARLRLQQQYASDKAAWDVEWAVLKCRLEQNCCGYPRINIEEETLGFTRLPAGSTVKTLKSLGLQRLELEEKTENKLGELGSSAESKGALKKEREVHQKLLADSHSLVMDLRWQIHHSEKNWNREKVELLDRLDRDRQEWERQKKEFLWRIEQGSLRMPRPVAMWPCADADSIPFEDRPLSKLKESDRCSASENLYLDALSLDDEPEEPPAHRPEREFRNRLPEEEENHKGNLQRAVSVSSMSEFQRLMDISPFLPEKGLPSTSSKEDVTPPLSPDDLKYIEEFNKSWDYTPNRGHNGGGPDLWADRTEVGRAGHEDSTEPFPDSSWYLTTSVTMTTDTMTSPEHCQKQPLRSHVLTEQSGLRVLHSPPAVRRVDSITAAGGEGPFPTSRARGSPGDTKGGPPEPMLSRWPCTSPRHSRDYVEGARRPLDSPLCTSLGFASPLHSLEMSKNLSDDMKEVAFSVRNAICSGPGELQVKDMACQTNGSRTMGTQTVQTISVGLQTEALRGSGVTSSPHKCLTPKAGGGATPVSSPSRSLRSRQVAPAIEKVQAKFERTCCSPKYGSPKLQRKPLPKADQPNNRTSPGMAQKGYSESAWARSTTTRESPVHTTINDGLSSLFNIIDHSPVVQDPFQKGLRAGSRSRSAEPRPELGPGQETGTNSRGRSPSPIGVGSEMCREEGGEGTPVKQDLSAPPGYTLTENVARILNKKLLEHALKEERRQAAHGPPGLHSDSHSLGDTAEPGPMEELPCSALAPSLEPCFSRPERPANRRPPSRWAPHSPTASQPQSPGDPTSLEEHGGEEPPEEQPHRDASLHGLSQYNSL*
Vector Type
Mammalian
Antibiotic
Amp
DU Number
DU44309
Unit Source
Protein Phosphorylation and Ubiquitylation Unit
Location
PPU
MTA
Dundee
Notes
600-end
Price
£125.00
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