- Transcript 'KH2012:KH.C11.311.v1...' >
- Transcript 'NCBI:KH.XM_004226439...' >
- Transcript 'Moocul.CG.ELv1_2.S33...' >
- Transcript 'Moocul.CG.ELv1_2.S11...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S110692.g11709.01.t
Possible name(s)
NUP155
Gene model
Location
S110692 [26,146 / 30,343]
Amino acid sequence
Length: 1,398
>Moocul.CG.ELv1_2.S110692.g11709.01.p
MALSNTFNVKATIDDGIKQSSSIVKSFMLKDREGPDLSVLLNCNTQHGSVSGMQEQDYPN
VDLPQISTIKNIPLPPELVEQFSHVQCNSLIGVFPEISRIWIAVDSDVFIWHYNDGEGLA
YFDGLSEAIFNVALVKPKAGIFQEHIKFLLVLTTLSDIVLLGVSFTDNDANKEMHLLPDP
LFTIPADNSGYHTVGTESGRIFTGGKDGCLYEITYKAGGGWFSRKCNKINHSKSLFSILL
PKFLAQWLSEEDGIAQISEDDTRNILYTRSNKSTIVVYDLGEDGQGMGYVARMTISDIQN
KVWSICNTVDRSHFTKIVHIAPISKRESRHLHLVAITHTGVRLYFVTNNMYQSNIANQNY
ATTSNWVTDMNVKQPIIPESKARPSTLSLTHVRLPPGFTPTGIAARPSSVTKAYSNNRTV
LLSSEMAEGHKLWCVRRPSFPGEKVLMESHTTLQLDGKLWVMSEVADVFDPRLLAPLPPG
VPVPPDPPIQVQQHFKKATEFITITDQGCYIFSALKPIDQLRYLLETNSDISNHKIKFYF
DVFGLGEGISSAIIIATCSTASDDYLKDKAVSAFYTYAGKPSIGFNDINVPAVNQQTPGP
MQQTRLGGLMSPIPGGQQPHNYTNIDAPSMATSGFPVISTPMPNTQAAANFSFSQHGMNQ
QTVNRSNEICFSNMHMGLYKTFSRFVRPLWDAHVMNDTVVQRGTQKDTITICSLNTDVVS
LVIDDLMGLKVFMENYCLPRLPKNAALSQMLDETVPHSTYNMNQSFNQQKIANKQLVEAV
AEESKSIKNLYTLLQQTIEILGLWRIASTHQINALCQNMDKTAQNLVKSSTLENFILNSK
ELSSMLISAFVNFYIHDSSAIDVLNDQLQSVCPSLYSPDDAVCSKAFELISTARSQTGHQ
RHAQLEEALHLFQRVSHVVNVQTVVQQFRNAQFYTGIVELCTTAARKCDEKNIALHYYKN
ETDPDNDVEGRQAFVTRNSIYGCITLMLDELITVSQSNTKSTTQIGVGPPQPATDHSMSQ
EEAERHAEMCVQLALKTTDELMHIYLYQWMLGKGFSKKLLNVKSPFVEKFLKKVTSDHSS
GFSIDLLWTYYEINSNHVSAANILANLAEVDKVDMKLSQRIEYLSRAKMNCKSAPAGSEV
GQMLHTLEEKLEVAQIQLLVLNTLKERNQNNLAVELDTKLVDITTLYNDYADAYNLAECK
LAIVHCAGHYDATLVNTLWQDIVKEIVRQNAGKPTQNQSASVVQKIVQLGKQYVGSGRYF
PITFLVSHLEKISCENQWPLNCIADFFLQSGVSFSQLIHEYDSVYAMKVDCWNKWGRPYH
LVEVISNMLDKFADNPSNYITGPTQRQFTTHSLDILAVYLVQLQAVSLSTEHLNAVKQKL
KNNQAKIKRLEQRLSNRY
Nucleotide sequence
Length: 4,197
>Moocul.CG.ELv1_2.S110692.g11709.01.t
ATGGCTTTGTCTAATACATTTAATGTAAAAGCAACAATTGATGATGGAATCAAGCAATCT
TCTTCAATTGTGAAGTCGTTTATGTTAAAAGACAGAGAAGGACCTGATTTATCTGTTTTA
TTGAACTGCAATACACAACATGGCTCTGTCAGTGGAATGCAAGAGCAAGATTATCCAAAT
GTTGATCTTCCGCAAATTTCAACGATCAAAAACATACCTTTACCTCCTGAACTTGTAGAA
CAATTTTCTCATGTGCAATGCAACAGTCTTATTGGAGTCTTTCCTGAAATTAGTCGAATT
TGGATTGCAGTTGATTCGGATGTATTTATCTGGCATTACAATGATGGTGAAGGACTGGCA
TATTTTGACGGTTTATCAGAAGCAATATTTAATGTGGCTTTGGTCAAACCGAAAGCTGGT
ATATTTCAAGAACATATAAAGTTTCTGCTTGTGTTAACCACACTTTCTGACATTGTATTA
CTTGGAGTGAGTTTCACTGATAATGACGCTAACAAAGAGATGCATTTACTTCCAGATCCA
TTGTTTACTATCCCTGCAGATAATTCTGGATATCACACAGTTGGAACAGAGAGTGGTAGA
ATCTTCACTGGGGGAAAAGACGGATGCTTGTATGAAATTACATACAAAGCTGGTGGTGGT
TGGTTCAGTAGAAAATGTAATAAAATTAATCATTCAAAAAGTTTGTTCTCTATTTTACTG
CCCAAATTCCTCGCACAATGGTTATCGGAAGAAGATGGCATTGCTCAAATCAGTGAAGAC
GACACAAGAAATATTCTTTACACGAGATCCAATAAAAGCACCATTGTTGTATATGATCTG
GGTGAAGATGGTCAAGGTATGGGATATGTTGCAAGAATGACTATAAGTGATATTCAAAAT
AAAGTGTGGTCTATTTGTAATACTGTAGACCGTTCCCATTTCACGAAAATTGTTCACATT
GCTCCAATTAGCAAGAGGGAATCAAGACATCTGCATTTGGTGGCAATTACACACACTGGT
GTTCGGTTATATTTTGTGACAAATAACATGTACCAATCAAACATTGCTAATCAGAATTAC
GCAACAACTTCAAACTGGGTAACCGACATGAATGTCAAGCAGCCTATTATACCAGAAAGT
AAAGCTCGACCTTCCACACTGTCTCTGACTCATGTAAGATTGCCACCAGGGTTTACACCA
ACAGGGATTGCTGCAAGACCTTCCTCTGTCACAAAAGCATATAGCAACAACAGAACAGTT
TTACTGTCATCCGAGATGGCTGAAGGGCACAAGCTATGGTGTGTACGACGACCATCGTTT
CCCGGGGAAAAAGTTTTGATGGAAAGTCATACCACTCTTCAATTAGATGGGAAATTATGG
GTTATGTCTGAAGTCGCTGATGTTTTTGATCCACGTTTATTGGCACCTTTACCTCCTGGG
GTACCAGTCCCACCCGATCCTCCTATTCAAGTTCAACAACACTTCAAAAAAGCCACCGAA
TTCATCACAATTACTGACCAAGGTTGTTATATTTTCAGTGCTTTGAAACCCATTGACCAA
CTCCGTTACTTGCTTGAGACAAACAGTGATATTAGCAATCATAAAATTAAATTTTATTTT
GATGTTTTTGGATTGGGTGAAGGCATAAGTTCAGCGATTATCATTGCAACATGTTCAACT
GCAAGCGATGATTATTTAAAAGACAAAGCTGTATCAGCTTTCTATACGTATGCAGGGAAA
CCATCAATTGGTTTCAATGATATTAATGTTCCTGCTGTTAATCAACAGACTCCAGGCCCC
ATGCAACAGACGAGACTGGGTGGATTGATGTCACCTATTCCGGGCGGTCAACAACCTCAC
AACTATACCAACATTGATGCACCAAGCATGGCTACTTCAGGTTTTCCAGTAATAAGTACA
CCGATGCCAAATACACAAGCAGCAGCAAATTTTTCATTTTCTCAACATGGTATGAATCAG
CAAACAGTGAACAGGTCGAATGAAATTTGTTTTTCCAATATGCATATGGGTTTATACAAA
ACATTTTCCCGTTTTGTAAGACCGTTGTGGGATGCTCATGTGATGAATGATACCGTCGTG
CAAAGAGGAACGCAGAAAGATACAATCACGATTTGCTCTTTAAACACGGATGTTGTCAGT
CTTGTCATTGATGATTTGATGGGATTGAAAGTTTTCATGGAAAATTACTGCCTTCCGAGA
CTTCCCAAAAACGCAGCTTTGAGTCAAATGTTAGATGAAACTGTTCCCCATTCCACATAT
AACATGAATCAAAGTTTTAACCAGCAGAAAATTGCCAATAAACAGCTGGTAGAGGCCGTA
GCAGAAGAATCAAAGTCCATCAAAAATCTTTATACTTTGCTACAACAAACTATAGAAATA
TTGGGATTGTGGCGAATTGCATCTACACACCAAATAAACGCACTTTGTCAAAACATGGAC
AAGACGGCACAAAACCTTGTAAAATCATCAACTTTGGAAAATTTCATTCTTAATTCTAAA
GAACTTTCATCAATGTTGATTTCAGCATTTGTCAATTTTTACATCCATGACAGTTCTGCC
ATTGATGTTTTAAACGATCAGCTTCAAAGTGTTTGTCCTAGCTTGTATTCACCAGATGAT
GCTGTGTGTTCTAAGGCCTTTGAACTGATAAGCACAGCAAGATCTCAAACCGGCCACCAA
CGACATGCTCAACTGGAAGAAGCATTGCATTTATTTCAACGTGTGTCGCATGTTGTTAAC
GTTCAAACTGTTGTCCAACAGTTTCGCAATGCTCAGTTTTACACAGGTATTGTTGAACTT
TGCACAACTGCTGCTCGGAAATGTGATGAAAAAAACATTGCATTGCATTATTATAAGAAT
GAAACTGACCCTGATAATGATGTTGAGGGACGACAAGCATTTGTGACAAGAAATAGTATT
TATGGCTGCATCACTTTGATGTTGGATGAGCTTATTACTGTCAGTCAAAGCAATACAAAG
TCAACAACACAGATTGGTGTTGGGCCACCACAGCCAGCAACTGACCACAGTATGAGTCAA
GAAGAAGCAGAAAGACATGCTGAGATGTGTGTGCAGCTGGCATTGAAAACCACCGATGAG
TTAATGCACATTTACCTTTATCAGTGGATGCTTGGTAAGGGATTCTCTAAAAAGTTACTG
AATGTCAAATCTCCATTTGTAGAGAAGTTCCTGAAGAAAGTAACTTCAGATCATTCTTCG
GGATTCTCCATAGATTTGCTTTGGACGTATTATGAAATCAACAGTAACCATGTTTCAGCA
GCAAATATATTGGCCAATCTTGCTGAAGTGGACAAGGTGGATATGAAACTTTCTCAAAGA
ATCGAGTATCTTTCACGGGCCAAGATGAACTGTAAAAGCGCACCTGCCGGAAGTGAAGTT
GGACAAATGTTACACACTTTGGAAGAGAAACTTGAAGTCGCGCAAATACAACTTCTTGTA
CTGAATACCTTAAAGGAAAGAAATCAAAACAACTTGGCTGTGGAATTAGACACAAAACTG
GTGGATATTACTACACTTTACAATGACTATGCAGATGCATATAACCTGGCTGAGTGTAAA
TTGGCAATTGTTCATTGTGCTGGTCATTATGATGCTACATTAGTTAACACTTTGTGGCAG
GATATCGTAAAAGAAATTGTTCGCCAAAATGCAGGAAAACCTACACAAAATCAATCGGCA
TCTGTTGTTCAAAAAATAGTTCAACTTGGCAAGCAATATGTAGGGAGTGGCAGATATTTT
CCAATTACATTTTTGGTTTCCCATCTCGAAAAAATTTCCTGTGAAAATCAATGGCCATTA
AATTGCATTGCTGATTTCTTCCTGCAATCTGGTGTTTCGTTTTCCCAGCTTATCCATGAA
TATGATTCTGTGTATGCAATGAAGGTAGATTGTTGGAACAAATGGGGAAGGCCTTATCAT
TTAGTTGAGGTTATTTCAAACATGTTGGACAAATTTGCTGATAACCCAAGTAACTACATT
ACAGGGCCAACACAGCGTCAATTTACAACACATTCCCTTGATATACTTGCTGTTTATTTG
GTTCAACTACAAGCTGTTAGTTTATCAACGGAGCATTTGAATGCCGTGAAACAAAAATTG
AAGAATAACCAAGCAAAAATTAAAAGACTGGAACAACGATTATCAAACAGATATTAA
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| NU155_HUMAN | 37.28 % | 925 | 0 |