- Transcript 'Haaura.CG.MTP2014.S2...' >
- Transcript 'KH2012:KH.C1.218.v1....' >
- Transcript 'Phmamm.CG.MTP2014.S6...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S65.g02333.01.t
Possible name(s)
TXLNA; TXLNB; TXLNG
Gene model
Location
S65 [241,123 / 247,197]
Amino acid sequence
Length: 394
>Phmamm.CG.MTP2014.S65.g02333.01.p
MGEPTFANNTDACAQSTEVDGPNLERPKTPESTNTKPPTSTESSPITPREDVPPIAVGSS
IESYSSSASSTPRDESSSGSPSPIPDDFIGENGLKQKPKVKLGKDISLMMQALNSLQSPE
EKIAALCKKYADLLEQQKIMQKQLKISQRKQSQSVKEKEQLQAESNKAILAKGKLENLAR
ELQKRNKALQEEQSRKSMEEVTLRQEMAANFQTTVNRIESQMRNAVEGSKQIQSENEKMG
GKLNEIVAYHKNREEAMQKLLKQYEMQDKLLSKELERTILVQAEQKEQDQAEKKKLLEQL
LERNQLYENKLKQEKELRAQLNYYSDKFEDFQSTLEKSNEIFTSYRTEMDKMGKKLKQAE
KERMKIQKKWEDATKALAETVDYVSASPGVEWFM
Nucleotide sequence
Length: 5,529
>Phmamm.CG.MTP2014.S65.g02333.01.t
TGCATTGTTTACAATTGTGACACAACAAACTGTCACAGCTGTCTGTGGCTCTGGCGCTGT
TTGGAATAACCAATGACGTAATATTTCTTACCGATGATGACAAATGATATTCTTTGGTAT
CAATGCCGCAATCGACTGAACAAAGTCACACGAGTTTTGTAATTGTTTTATATCCTGAGG
ATTGGTTTAATCACAGCTTTGTACCAAAAGCGACCAGCAAACAAACAAATTAGGGCACAC
AGGGCAAAGTACAATGCCCATAATGGTCTGTGTACACACCACTTGAAGCAAATGATTCTA
TGACAAATTATTGTCTGCAGCATCATGCAAGCAACAAATTAATGGATTATTTTGTAACAT
ATAAATTAAAATAATAATAAAATATCCAATAAGTTTGCAATATCCAGTCAAGTTCTGACT
TTTACATGTGGACTGATATTTGGTTGCAACACAAACGGGCCATGTAACGAACAAAAACAT
GTAAAATATTAGCAAAGATGGTTTTATTACTGATGGTTACAAAAATAAACACTCCTTAGC
ATGTTACACAGCAATGTATGAACTGCAGCGAAAAGCTAACAAAACATAATACATGTTGAA
ATTGATCGCTGCAGTTGTACACAAAATTATATGCTGATTAAACAGAGGCAATAAGTTAAA
CAAACAATAGAACACTGGAACTGTTATAAAGCATGTTGCATATCAATTTAAGTCTAAAAT
TTCTTTCATTGCTTTAAATGTTGTATAAGCTATAGCTTGTTGTGGAATCACTCTTATGTA
ATTGATTGAAAGCCCGCGATAAAGTCCTTTAACTATTCCATCATGTCTATACACAGCAGA
GAGTGTAGACCACATTCCTTTATAATGGTGTGAGTTGGGTAGAACATTTGCGAGTTGCAT
TCGTCGTCGAGCAACATCCAATGGATATGAAGCAGTTTGTGAAATGGCACCAGCCACTCC
ACCACTGAGAAACGAGGTTGTCATTTTTATGACAAGTAATTGCACATTATTTTCATCAGT
TTTTGTTGGCATCATTGAAGATGTTATTTCCTCCAGTGTTTTGTAGACAAGCCACGATGA
TCCAGCATAAGGAATCATCCCTGCAACAGTTGGAGAAATGCCTCGATAAAATGCAACAAT
TCCTCCTTCATGTCGAAATATTTGGGAAAATGCTGAATAAATTCCATTATATCTGTGCTC
TCCAGTTATTTGGAAAGCCAACCTTGCTCGTACCATGTCTAATGGGTAAGTTGCTAGCAC
CGATGACACACCAGCACATGAGCCAGCCAAACCCTTGTTTAACTGATTATTTCCAAAAAC
TTTGTTAAAAAATCCTAAATACTTTTCAAATGAATAAAATTGAATAGCTGAGTAAGGAAA
TATTCTAATCATCATCATCGTGTTTCCTTTCCACAGTGAAACTATTCCCTCTCTCCGACA
TATTTCTCGCATACACGAAAACACACCAAAATCTTTGTAGTAGGGATTTTTGGCTTGAAG
CAGGATTTTTGTTCTGTCAAGAGGTGCGATGCAGGTTTTTGCACAACAACCTGATACCCC
TCCAGCCAAAAGTTTCTTTATATCTTCTCCCATCACACCTCACAAGTTTATGGTGCCAAA
TTATTGTTTCCATGCACAACTTAAACTTTTGTACAGCTTACAACACTTTAAAATTAAAAA
AAGTACAACAAAAAGGAACGTTATATAAAAACAGCAAGTATCACAAACCATATAGTTATT
TATCCACTCTACATTTGCTATCCTGTTACTGGCAGTATACGTCTGCCGGGTTTTGATAAA
CAAATCTAATACATTCTGTTTTATGCCTTGGCACCAAGATTTAAACCAATACGTACTTGC
TAGCTCATCAAAACACGAGCATATTCAGCATATGTACGTACAGGAACAACGTTACATTGC
ACACCGACACGCATGTTTCACAACATGTCAATTGTCAACCAACTTCTTTTCGCCCACTTG
CTAAATGTGATGATGCTATGTTGCTTAACAGTAAACATGTCAAAACTTTCTCGTTGAACA
AGCATGATTTTTATAACCAACATGCGGACAAAATGAACAAATGAAATTGCTGTGTAGAAA
TTAATGTATTGCGACGACTTGTATACATTAGCCAACATTATTATCTTGTCACAAACAAAA
ACAAATAAAACTTAATTCAAACCTACACAAACGAAATAAAGTCGTTCTGAATAATTGTTG
TTGACCCAAATATGTTCAACACGTTTGTTTCCCACAACAAAAACATTTAATACGTGAATA
TTCGCTCCAGTGATTGGATACAACGTGCGAAGTTGCGGTTTGGGAAAAGTCCGTTGAAAC
TTTGAAACAGAAACGTTTTTTTCTGTTGTCAGGCAGATAGCACAATATTTGTTCAGTATC
AACTTTTACATTCGAACAGTTAGGATTTGTTTTGATGCGCAATGGGTGAGCCAACGTTTG
CAAACAACACTGATGCTTGTGCGCAAAGCACAGAAGTAGATGGACCAAATTTGGAACGTC
CGAAAACACCCGAAAGTACGAATACGAAGCCACCAACTTCAACTGAAAGTTCCCCTATAA
CACCTCGTGAAGACGTACCACCTATTGCTGTTGGCAGCAGCATTGAAAGTTATTCGAGTT
CAGCTTCTAGCACGCCAAGAGATGAATCATCATCTGGAAGTCCTTCCCCCATCCCAGATG
ACTTCATTGGAGAAAATGGATTAAAGCAGAAGCCTAAAGTAAAGCTAGGAAAGGACATTA
GTTTAATGATGCAAGCTTTAAATAGTTTGCAAAGCCCAGAAGAAAAAATTGCTGCGCTAT
GCAAGAAGTACGCGGATTTGCTGGAACAACAAAAAATTATGCAAAAGCAACTGAAAATAA
GTCAACGAAAACAGTCACAATCTGTTAAAGAAAAGGAACAACTTCAAGCTGAAAGCAACA
AGGCTATCCTGGCTAAAGGAAAACTTGAAAACCTGGCCAGAGAACTGCAGAAGAGGAACA
AAGCTCTTCAGGAAGAACAATCTCGCAAATCAATGGAGGAGGTCACTCTGCGACAAGAAA
TGGCTGCAAACTTCCAAACGACGGTGAATCGAATTGAGAGTCAAATGAGAAACGCTGTGG
AAGGAAGCAAACAAATTCAATCCGAGAATGAAAAGATGGGAGGAAAATTGAATGAGATTG
TTGCTTACCATAAAAATCGTGAGGAGGCAATGCAAAAGCTGTTGAAGCAATACGAGATGC
AGGATAAACTGTTGTCGAAAGAACTTGAACGAACCATCCTCGTTCAAGCGGAACAGAAAG
AACAAGATCAGGCCGAGAAGAAAAAACTTCTCGAGCAACTTTTAGAGAGAAATCAACTTT
ACGAAAATAAACTCAAACAAGAAAAGGAACTTAGAGCTCAGCTCAATTATTACTCAGACA
AGTTTGAGGACTTTCAATCCACGTTGGAAAAAAGCAACGAGATTTTTACCTCCTACCGTA
CTGAGATGGATAAAATGGGGAAAAAGTTGAAACAAGCGGAAAAAGAGAGAATGAAGATCC
AGAAAAAGTGGGAGGACGCCACGAAAGCCCTCGCAGAGACCGTTGACTATGTGAGTGCTT
CCCCTGGTGTGGAGTGGTTCATGTGATCTAACCTGGTGACATTATTACACCCAGACGCAG
CAACTGGAAGCGAAACAAGCGAGACTTGAGCGACTCAGTCGAGCTCTACAGACCGAGAGG
AACATGTTGACCCAGAAAGTCCGTGAGCTGGGTGGAGAAGCCCCAACGACTGCGAAGGCA
ACAAAGAAAAAAGAAAACAAAAAAGCAGCTAAGAAACTCGACACACAAGGTGGGAAAAAA
GTGTGAAGTAAAAAAAATATATATAAAGCTTCATAAGGCTGTTATTATATTTTTTTATAG
AAAAAGTTGAAGAGCCCAACCCTAATGTAGAATCGCCGACCCTCGAAGAAAATCAGCACA
AACAGGAAAATGTGACAGAACCCCCAACCCCAGATGGCGCACAAACACAAGACAATGAGA
AAGCAAAAACAGACTCAGTCCAGAGCACAGATAAGCCGGTGTGTGAGGAAAACTCTGAAA
CTCCTTCATCTAAAGAAGTCGATCAAACAGAAACAGAAGATGGAGATAAAGGTGAATCTG
ATTCAACAAACAGGGATCAGTCACCCCCTGAACAAGCCAGTGATCAATCCTCAAATATTG
CAAGCTGTGACAAGGATATGAAACCAAACAACGAAGCCATGACTGAGGAAGAGCTAACAC
CCCAGGAAAGCATGCAGAGCACAGATGGGAAATCAATGAAAGAAGAAGTTTCATGTCAAG
ATGGAGAGGAAAAGTGTGTAGCTCAAGACACTCCTGAGCCTGATGCAGAAAATTAACTTT
CAACAATTTAACTTTGCCTGTGAACATTAAAGGAAATCAAAATTTTTGAACTTGTTCTTT
TCATGATGTAACCCTGTACTTTTTCACATTTGAAATGTTTTGTAATGGAAAGCATGATGT
CATGAAAGCATGCTGCATGGTCAATCATAGTTAGTTTGGTTTGTTTCATTGCCTTTCTGT
TCAATCCCTCAGTCCTGGGAGAGTTTAATAAAATAATACAACCCTTTCATTTGAAGCCTT
ATCACTACTTACAGCAAAATTAAGCATATGAGTTTAGACAATTTATTTTTGCAGCAGCAT
CGCCATATACTCCCACGCTTGGATAAAAATCAACAAATACCAAACAGTCGATAAAAGCAG
TCGGTCACGTTCCACTCTGCAAAACATTCATGATTTAAACAGGTATTATGCTTCGTAGAA
GGATTTTTGATACAAAACTGTGCAGAAATCGTCCTGAACCAACTCAATACAAACAATTCC
AGTTATGGATAACCATAGTAAACTGAACATTTCATTACACTTAAATCAATCTGTGTTTTT
GGTTTTGCAATGTAAATCATATCGATTTCGCCGATGTAATGGTATCCTCAGTTTTAAGCA
AGAAAAGGATTCTTGATACTTACTGATCTAAATTTCTTTCCATTTTTGCTTGGATTCTTA
CTTCTAAAAAAACACAAAAAGAAATGTTTTAACCATTTTTGAACACATAAAAAAAACTAT
GCTTGGCTGAATAATTTCAAACCATGACTAGTTTCTACCTAGAAAATGTTTCTCACAAAA
GTCAAGAGTAAGGCACATCAAAATCAAGTCCATACCCTGGATATGGTTTGTTTTTCCTTT
TCTTGTCTTTTGAGGAGCTGGCAGGAGTTGAAGTGTTTCCACTGTTTTTCCGACTGATTG
GGGTGTGTGGTGGTTTAGGTGTCTCAGACCGACTGTTAACAGTCACTTATTGTTAGCAGG
ACATTATGGGTAATCTCTAAATGTTCATTATACCTGGAAGAGCCCTCGGTTCCATTGCTG
CTATCCCCGTCATTTTCATCCGCTTTTTTGTCTCGTAACGAGTCTGAATTATTCTCATTT
TTTTCGTCATTATCATCTTGGCCTTGTGGGAAAAAAAACATGAATTAGTTTACAGTTTGT
AGGTATGGG
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TXLNG_HUMAN | 44.59 % | 233 | 1.06E-71 |
| TXLNA_HUMAN | 43.06 % | 218 | 8.23E-66 |
| TXLNB_HUMAN | 41.667 % | 172 | 8.04E-48 |