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  1. Transcript 'Boschl.CG.Botznik201...' > 
  2. Transcript 'Cisavi.CG.ENS81.R173...' > 
  3. Clone 'ciem810o22' > 
  4. Transcript 'KH2012:KH.C5.108.v1....' > 
  5. Transcript 'Moocul.CG.ELv1_2.S11...'

Transcript Model

Transcript Id

Moocul.CG.ELv1_2.S110558.g11667.01.t

Possible name(s)

CCDC78

Gene model

Moocul.CG.ELv1_2.S110558.g11667

Location

S110558 [14,443 / 24,544]

Sequences

Amino acid sequence

Length: 1,308

>Moocul.CG.ELv1_2.S110558.g11667.01.p
MKRFSKQTVVCKICKLNLSRESLKKHFKRKHPGHAIPEVEGERRIDTFFGAGAASTSRAS
PGTPPQHVEPSSGSDIEEETLPRPPIQVVESPHVEQSQPQSISPPPVEIAEVPTTSTDET
IPVSEVRGMMQTIITEVKQVSAVVKTMRRTPRPSQTPASTLIDFERVANAVGSAKSMEDI
LGEAQDHLACDFTRHILTCQVCTRRPPTFNFPDNVNDFEDGNFENGGAEMWFRNLKTNAK
AHIKSEKHQEAYEQHQKNQDLEREKSNRLKNVGMLLAGIIYEGYKEAHSFSSYERKVTNL
QSMNIDVGDTNHGRDFARNFLPFVSDALMKSLSDYVNSPLVCTGRKMPFAVIADKLTNKR
TTMQVTGVRFPVFAHGELFKTFYIHSETVERSTGIDLMNYLIETLDKMGIGLHRMQSDLC
GMAFDGQYINCNVPKHFADRLGLDGKKREGFISSAIWDYAHRLNLADQDARKDPTLPWLK
ILINMTQNLLKQFTHGQAFTALKELARQLHVKFVIPKLFCTTRFTQHQHRVWKGLLVDYQ
VIFQTYQNVITNSRNETAANVADARQMLAKLQSVRTGINIVQMIEVSNILTKTSCAFQRD
SNMPWEANDEVVKLVSTLQTCYDSLSMGSVPDNWSLLETTMNEAIDSGSIAGVPVLITDA
QARAARSSRPDEGNSIESEIKETLKSFSKYLRVLLQNVQERFPATEWILKAKSSLSFDRI
VSSSSPDIPTSATTDEIDALRWLVVNTEPQLDPELMVESYKILYQRACQLKKDHGNVDST
KQLWYRIFKTSANTCLDLEVLANFALKILCRTCNECIIESFCSTYARHDAKTRPLAERTL
NSELFVSISGPPVTHAKNLLCKSLNMKFKEGWHFILQTDASHRPGFQSVTLPPLDKTVSK
ELEELRELKHGKKFSPSKSTQNNPDYALVLNHDLLAEKDSLVSAMKSTYDEQSVKVERKL
HRLKDQLENSHVIIKRLNKKASDETAKVIVLSDSEKTLKSENTELQQKVKDLNLDYRKRL
WKYVQDIAGFMDEHDGRPGEKTRTSRDKMKNYVEAMMRDMKSSFRSREEQLSNSATNHKK
LARKITQQHEALLSAYRLIRDQLESLYNSRPVVPPHEEFSSDEEDLIRRSPPIDLGPDPA
ELVITEKELLSANGQELNKIRHQLMKVSSENRELTRKVKELKAAQSKNRALDASYMLAGG
TNFPSNNSNDFTNYMQKNKLRDFAKSSQAEIEKERSQLLTRVALAEQQLKEQQEYIDTHL
AQYKEEIVRLRKLLANRGVKVPENHLLSPRNNRTLGASYNRKPKWMHD

Nucleotide sequence

Length: 5,341

>Moocul.CG.ELv1_2.S110558.g11667.01.t
ATGAAGAGGTTTTCTAAACAAACTGTAGTTTGTAAAATTTGCAAATTGAATCTATCAAGA
GAAAGCCTTAAGAAACATTTTAAACGTAAACATCCAGGCCATGCTATACCAGAAGTGGAA
GGCGAAAGAAGAATAGACACGTTCTTCGGTGCAGGTGCAGCAAGTACGAGTAGAGCATCT
CCAGGTACACCGCCTCAACATGTAGAGCCCTCAAGCGGGAGTGATATTGAAGAAGAAACG
TTGCCCCGCCCGCCAATCCAAGTGGTTGAATCACCCCACGTTGAGCAATCTCAGCCACAA
TCGATATCTCCACCACCCGTCGAGATCGCAGAAGTGCCAACAACTTCTACAGACGAAACC
ATCCCAGTCAGCGAAGTCAGAGGAATGATGCAAACTATAATCACCGAGGTTAAACAAGTC
TCCGCTGTTGTAAAAACCATGCGAAGAACCCCTCGTCCATCCCAAACACCTGCTTCAACT
TTGATTGATTTCGAGCGTGTAGCTAACGCAGTTGGAAGTGCGAAATCAATGGAGGATATT
CTTGGTGAAGCCCAAGATCATTTGGCATGTGATTTCACGCGTCACATATTAACATGCCAA
GTATGCACTCGCAGACCCCCGACTTTTAATTTTCCCGACAATGTAAACGATTTCGAAGAT
GGTAATTTTGAAAATGGAGGTGCGGAAATGTGGTTTCGAAATTTAAAGACGAATGCAAAG
GCTCATATAAAATCTGAAAAACACCAGGAAGCCTATGAGCAACATCAAAAGAATCAAGAT
TTGGAGAGAGAAAAGAGCAATCGATTAAAAAACGTCGGAATGCTCTTGGCAGGTATTATC
TATGAAGGGTATAAGGAGGCACATAGTTTTTCAAGTTATGAAAGGAAGGTGACGAATTTG
CAATCAATGAATATTGATGTCGGAGACACCAACCATGGTCGTGACTTCGCCCGCAACTTT
CTTCCATTTGTGTCTGACGCTCTCATGAAAAGCCTGAGTGATTATGTAAACAGTCCGCTG
GTTTGCACCGGTCGGAAAATGCCATTTGCAGTCATCGCTGACAAACTGACGAACAAACGT
ACAACCATGCAGGTGACCGGTGTACGATTCCCCGTGTTTGCACACGGCGAATTGTTTAAA
ACATTTTACATACACTCGGAAACAGTTGAACGATCGACCGGAATTGACTTGATGAATTAT
TTGATTGAGACTTTGGACAAAATGGGGATTGGTTTGCATCGAATGCAGAGCGATTTGTGC
GGAATGGCATTTGATGGCCAATATATCAACTGCAACGTCCCAAAGCATTTTGCGGATCGT
CTTGGATTGGATGGAAAAAAACGGGAAGGTTTCATATCAAGTGCTATATGGGATTACGCA
CATCGCCTTAACTTGGCAGACCAAGATGCCCGAAAAGATCCAACGCTACCTTGGTTAAAG
ATCTTGATAAATATGACGCAAAATCTGCTCAAACAATTTACGCATGGACAAGCGTTTACT
GCGCTGAAAGAATTGGCTCGTCAATTGCACGTGAAATTTGTCATTCCGAAACTGTTTTGT
ACAACACGTTTCACACAGCACCAACATAGAGTTTGGAAGGGGTTGCTGGTGGATTATCAA
GTCATTTTTCAAACCTATCAAAATGTCATCACCAACAGCCGCAATGAAACAGCTGCAAAT
GTGGCGGACGCTAGGCAAATGCTAGCAAAACTGCAGAGCGTTCGGACCGGCATAAATATC
GTGCAAATGATTGAAGTCAGCAACATTCTGACAAAAACATCCTGTGCCTTTCAACGCGAC
AGCAACATGCCCTGGGAAGCGAATGACGAAGTCGTCAAACTTGTCTCAACATTGCAAACG
TGTTATGACTCATTAAGCATGGGATCGGTTCCCGACAACTGGTCATTGCTTGAAACAACC
ATGAATGAAGCAATTGACAGTGGGTCGATAGCTGGTGTTCCAGTTTTAATAACGGATGCA
CAGGCAAGGGCGGCGAGAAGTTCGAGACCGGATGAAGGAAATTCCATCGAATCTGAAATA
AAGGAGACTCTGAAATCATTCAGCAAATATCTTCGGGTTTTGTTACAAAATGTCCAAGAG
CGATTCCCTGCCACTGAATGGATATTAAAGGCAAAATCATCTTTGTCATTCGACAGAATC
GTTTCATCCTCATCCCCGGATATCCCCACATCTGCAACGACGGATGAAATAGACGCGTTG
AGGTGGCTTGTCGTCAATACTGAGCCACAATTGGACCCGGAATTGATGGTGGAATCCTAC
AAGATTCTGTACCAGCGAGCCTGTCAACTGAAAAAAGATCATGGAAATGTTGATTCCACA
AAACAGCTATGGTATAGAATCTTCAAGACGAGCGCCAACACCTGTCTCGATTTGGAAGTG
CTTGCAAACTTTGCATTGAAAATATTGTGCAGGACGTGCAATGAATGCATTATTGAAAGT
TTTTGCTCAACCTATGCACGTCATGATGCCAAGACCCGTCCCCTGGCGGAAAGAACGCTG
AATAGTGAACTTTTTGTTTCTATATCTGGGCCTCCCGTCACTCACGCAAAAAATCTGCTG
TGCAAGAGTTTGAATATGAAATTTAAAGAAGGATGGCATTTTATATTGCAAACGGACGCT
TCACACAGACCGGGGTTTCAATCAGTGACGTTACCTCCGCTTGACAAGACTGTCAGCAAG
GAATTGGAAGAACTTCGAGAGTTGAAACACGGCAAGAAATTTTCACCGAGCAAATCAACA
CAAAACAATCCCGACTACGCGTTGGTGCTAAATCACGATTTGCTTGCCGAGAAAGATTCG
TTGGTGAGTGCCATGAAATCAACGTACGATGAACAAAGTGTAAAGGTCGAACGTAAATTG
CACCGATTAAAAGACCAACTCGAAAATTCACACGTTATCATTAAAAGATTGAACAAGAAA
GCATCGGATGAGACTGCGAAAGTGATAGTGTTGTCGGACAGCGAGAAAACTTTGAAATCG
GAAAATACTGAACTTCAACAGAAAGTAAAGGACTTGAATTTGGATTATCGAAAACGTTTG
TGGAAATATGTGCAGGATATCGCGGGATTCATGGATGAACACGATGGAAGACCAGGAGAG
AAGACACGAACATCACGTGATAAAATGAAGAACTATGTTGAAGCAATGATGAGAGACATG
AAATCATCATTTCGTTCCCGTGAAGAACAACTGAGTAACTCGGCAACAAACCACAAGAAA
CTCGCTCGTAAAATCACACAGCAACATGAAGCTCTGTTGTCTGCGTACAGATTGATTCGT
GATCAACTTGAATCATTGTACAACTCGCGACCGGTAGTTCCACCTCATGAAGAATTCTCA
AGTGATGAAGAAGACTTGATAAGAAGATCCCCTCCTATCGATCTGGGACCGGATCCGGCA
GAGTTGGTGATAACGGAGAAAGAGCTGTTATCTGCGAACGGACAGGAATTGAATAAGATT
CGTCATCAGTTGATGAAAGTGTCATCTGAAAATCGAGAATTAACAAGAAAAGTGAAGGAA
CTAAAAGCTGCACAGAGTAAAAATCGCGCGTTGGATGCAAGCTACATGTTGGCTGGCGGA
ACAAATTTCCCATCAAATAATTCAAATGATTTTACAAATTACATGCAGAAGAATAAACTT
CGAGACTTCGCAAAATCCTCACAGGCTGAAATTGAAAAAGAACGATCACAATTGTTGACA
AGAGTTGCTCTTGCGGAACAACAATTGAAAGAACAACAAGAATACATCGACACGCATCTT
GCACAGTACAAAGAAGAAATTGTTCGACTTCGTAAGTTATTGGCGAATCGCGGTGTAAAA
GTTCCCGAGAATCATCTTTTGTCTCCGCGCAACAACCGCACGCTCGGAGCAAGTTATAAC
AGAAAACCAAAGTGGATGCATGACTGAAGAAATGTGGCTATAGGCAGTTGTAAATGAAAG
ATAACTTTATACATGGCTTGTTTCAGCCGAATTAAGCTGGATGTTCTAAAAATATTTCAA
CAAACGTGTACAGCGTTCAAATAATTCTCTTAAACTTGTCTGTATTTACATATATAGGTC
ATTAATGTCCTCAAGCAGGTGATAGTCTGATATGTTCTGGAAGTTCTTGCAATACAAAAT
CCAACCCTGATTATATACATATTAATAATTTTATTATAGTAGTGCATATATTTTGATATG
ACAATGAGATTAAGTATTGGTCTTACTTCCATTAACTAATAATCCTTACCAACTCTTCAA
CTTCAATTACTAAATTATTTTTTCTTTTTTTATGTCCACTTGTGTCCAACATTTAACATG
ATCTACAGACATAATTTCTTTATATTACACACATTTGTTACACATGCCTTTATTGTCCTG
GCCAATTTGTTACATTTTTAGTGCCTTAAAAGTCTTCTTTATTTTTTTCTCATCTACTAT
TTTATAAAAACATAACACTCTCTTGTAGACAAAACTTTGTTACGTTCCTAGGATGTACAC
ATCTCGTTACTATTGCCTCGTATTACATTCTTCATATAAAATATAGACGCTAGATGTGAT
TTTTAAGTTTTATATACTTTTATGTCCAATTGTTCAACCTTAAACATTTATAGCAATAGT
TTTTATGAATATGCTTCAATGTATACTGTGCTTTTTACATTTATGCTTTAGAAGTTCCGT
CCTATTTGTGCTTATCCACTGTGCCGACCACTAATATATCAGCGGTGCTGTTATCCTGTG
ATTTGACCTTTTATACCAATAATCACTGTACACTTAAAATCCTGTCTTGTCTTAGTTGTC
ATTTCGTGCCTTCACATGTGAAGTATTTTATGCAGTAGGATTTAACTGTTTATGCAATGT
CAAATTTCTGAATAGGTCGGCTCTACAGTCAAGTGACATGGGGACACCCTAATGTATGAA
TTCCATAACCACGCTGTACATTGTTCAGTGGTATAGTTTTTTTGGCCACTGAATCCTGGT
TTTTAGTTTCCACCTTTTTCCAATAAGATAGTTTTGAAATCAAAACTATGCGATATAGTG
GTCCAAATTACGTTTTAAATTGTTTGTTGTTGCAATTGGAAATTGATCTTAATCAGATGC
AAGGGATGTTCTAGAAGGGTAAAGCACTACATTATAATATCTGGTTCATTCAATCAGTTC
TTCTGCGTAAAATACTTTTACATGTGAAACCTACAATCAATTGTACCTTTTTTCTACTGT
TGTTCTTTCTGCCTTGTATATAGCAATATTAAATGTTCCTATGGATAACAGTTATCATAT
AAATCTCTTAAATGCAGTAAATTAATGTTTTAGGTCTTAATATTAGATTGATGGATGTCA
T

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value