- Transcript 'Phmamm.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Phmamm.CG.MTP2014.S1036.g13383.02.t
Possible name(s)
AKNA
Gene model
Location
S1036 [33,247 / 46,768]
Amino acid sequence
Length: 1,467
>Phmamm.CG.MTP2014.S1036.g13383.02.p
MSSHRKTSAPGRNNKINRLHDGSGDADEFDEFGILRTSDRNSNSVPIDDPSLMLSDGDTS
AQMVETSENELQSRASHQHHGMTSDSEPLLDFSTTSGNVGLSDFRSQLDDLAADLTGASE
DISKASDGKPKKHKPPASNDSASQHQDETESLTEFEEIERLIQANTAADSDDDLSDIPED
LEQKILSGRKSRESTRSDGRSDRGRSPTNDAESSDSSSSKSSRGENKLVTSKGVHHDTGY
ASEGLKTPEDTPGPSVNTEQHQDFPQLNHEESEESLPPLHSWLVEREDEPLHSTGRTPSH
ENFNELYSPASRQVVLSSDEGENEINTTGGTDLDVTMDRFMVPTQRADSHQPNSLVATFG
TTEEFRDLLIRQLDDMQTDEFVEGEKLPENQNEEEKQGAESGQLSSSTGKRKKLPQMSPR
TQPSRGQVHVKPQSRSKLKLSPSNKQSPWDNTLSSERTRTSSRSPAASRVRRKNPQSSGR
RSASLHRESSTDEMSIHSDISRTELKSKLREEALSRKREEEMVRELQSNYDSLLMKFAQA
ENTIDHLRVGAKINIFASVPRPSPEDPTLPFEEAQLKQQQSEDNQNIPQQQSQFNPGMHP
GNHYHQSSGGSFAPSAGSKRDSLVESSLQLPAAATTEFLKVALQLQAKDLQDKIELFSQL
LNETELDPDEMQRAMDAITESLRNLEQDYLNAVDEHMVEQKKRMLATGGSVDQCQQFDPG
RVMERDIGRLGDMVNNLRTRVANKQVQRHQPVSARSYVTESEVASSPEGDVDSKFNQLLH
KYNRPPPTEDGRTTAASQYLSSQDEEDFSPRPLSNRYFEPATGQLDTSVTSQTPRTPKSS
PQTQPGRQRYQSSFSSIADSVPSTSPSPTRRSHTRLPRPVGKSGKERRAPSRDGKKSNQA
DKGTDSGFVGSESSRQSASATPLQPTRVKLVTRPPTAVDTQPKLPEKRDRNISGGTTSTM
TTTDRFPNRTVPQPSYIDRVGIYKPPNIHDDSLDDLSTTSTVREALRPRHPSRSCSTSTA
PSQATAVRKAPFGGFPHGSKSGASVKSRDSAKRSVASSMPDSTLDAIRGEISRLRGEINA
AKANEKENMRPAHTSTPRQKFNGRNSPAVSDNEQLQAIRDDIKLRMSWFYLPPSYTDDYE
SSEAESGIFDDDYYSPRSDRGSLDNEQSPRRNESPRSISPTLGSHKSRSRNRTQRIYKRA
LKDEVQRGGTRKPTDVDDLSLKSADLTTGRSRERGRRSRRSRSLGRDDASEASTRRNDSS
PEAEGRRRRRSRSQNRNPWQGGYWTYVPPTPLVTPVWGAPPPGRTYTRAQSPVHVAPMYA
PPQVVHTAPVIGPPTPSMVYVEPPAPVVGRMYSTPRQGRIYTTPSKPRASVYISPKHDTG
GSMRKASVYIVESDGDEPLRRSHLRRSSSMSRLHTKPSSLVVLPDSRLNDSIERAERSAE
QLRSHSRQMYRTVRDDLYRTQLLAETM
Nucleotide sequence
Length: 4,404
>Phmamm.CG.MTP2014.S1036.g13383.02.t
ATGTCTTCACACAGAAAAACATCTGCACCAGGAAGAAATAATAAGATAAATCGGTTGCAC
GATGGATCCGGGGATGCGGATGAATTTGATGAGTTTGGAATATTACGAACAAGTGACCGA
AACTCAAACTCAGTTCCGATTGACGACCCGAGTTTAATGTTGAGTGACGGAGACACAAGC
GCCCAAATGGTGGAAACATCAGAAAATGAGCTTCAAAGCAGAGCATCTCATCAACATCAC
GGAATGACTTCAGATTCAGAACCTCTGTTGGATTTTAGCACAACATCAGGAAATGTTGGC
TTATCAGATTTTCGATCGCAACTTGATGATTTAGCTGCAGACTTAACCGGAGCATCAGAA
GATATTTCAAAAGCAAGCGATGGGAAACCTAAAAAACATAAACCTCCAGCTTCCAATGAT
TCTGCAAGTCAACACCAAGATGAGACAGAGTCTTTGACAGAATTTGAGGAGATTGAGCGA
TTGATTCAAGCTAACACGGCAGCTGACAGTGATGATGATTTGTCCGATATTCCTGAAGAT
CTGGAGCAAAAAATATTGTCTGGTCGAAAAAGCAGAGAAAGTACAAGAAGTGATGGAAGA
TCTGACAGAGGGAGATCCCCCACTAATGATGCTGAATCGTCTGATTCCTCTTCTTCAAAG
TCATCGAGAGGCGAAAATAAGTTAGTGACATCGAAAGGAGTTCATCATGACACAGGTTAT
GCAAGTGAAGGTTTGAAAACACCAGAAGACACTCCAGGCCCATCGGTAAACACCGAACAG
CACCAAGACTTTCCCCAGCTAAACCATGAAGAATCTGAGGAATCATTGCCACCTTTGCAT
TCATGGTTGGTTGAACGTGAAGATGAGCCGTTACACTCGACCGGTCGCACACCCTCGCAT
GAAAACTTCAACGAGTTGTATTCACCTGCTTCTCGACAAGTTGTTTTGTCTTCAGACGAG
GGTGAAAATGAGATAAACACGACGGGTGGTACCGACCTTGACGTGACCATGGATCGGTTC
ATGGTCCCAACACAACGAGCTGACTCTCATCAGCCAAACAGTTTGGTTGCAACTTTTGGA
ACAACTGAAGAATTTCGTGATTTGTTGATTCGACAATTGGACGATATGCAAACAGATGAG
TTCGTGGAAGGAGAAAAGTTGCCTGAAAACCAAAATGAAGAGGAAAAACAAGGTGCAGAA
TCGGGTCAACTATCTTCAAGCACAGGGAAGAGAAAAAAGCTTCCTCAGATGTCACCTAGG
ACGCAACCCAGCAGAGGTCAAGTTCATGTGAAACCACAATCCCGATCCAAGTTGAAGTTA
TCACCGAGCAACAAACAATCACCATGGGATAACACGTTGTCATCCGAGCGGACGAGGACT
TCATCTCGGTCTCCAGCTGCGAGTCGAGTTCGGAGGAAAAATCCACAATCAAGTGGAAGG
AGAAGCGCATCTCTGCATCGTGAGAGCAGCACTGATGAGATGAGCATACACTCGGATATT
TCACGAACTGAACTTAAATCAAAACTCAGGGAGGAAGCTTTGAGTCGTAAACGTGAAGAG
GAAATGGTTCGAGAACTCCAGAGCAACTATGATTCTTTGTTGATGAAATTTGCCCAAGCT
GAAAACACAATTGACCATCTTAGAGTGGGAGCTAAGATAAACATTTTTGCATCTGTTCCC
CGTCCTTCCCCGGAAGATCCCACTCTTCCATTCGAAGAAGCTCAATTGAAACAACAACAA
TCAGAAGACAATCAAAACATTCCACAACAACAATCACAGTTCAACCCCGGCATGCATCCT
GGCAATCATTATCACCAATCTTCCGGTGGCTCTTTTGCCCCCTCTGCTGGCTCAAAACGT
GACAGTTTAGTGGAAAGTAGTCTTCAACTCCCGGCCGCTGCAACCACAGAATTTCTTAAA
GTTGCTCTTCAACTACAAGCAAAGGATTTACAGGACAAAATAGAATTATTCAGTCAATTG
CTGAATGAGACAGAATTGGATCCGGACGAGATGCAACGTGCGATGGACGCGATCACAGAA
TCACTCCGTAATCTTGAGCAGGATTACTTGAACGCCGTCGACGAACACATGGTCGAGCAG
AAGAAACGGATGTTGGCCACTGGGGGCAGTGTGGATCAATGTCAGCAGTTTGATCCTGGT
CGAGTCATGGAACGAGACATTGGCAGACTTGGTGACATGGTGAACAACCTGCGCACTCGT
GTTGCCAACAAACAAGTACAACGACATCAACCTGTCAGCGCTCGCTCGTACGTAACTGAA
AGTGAGGTGGCTAGCTCACCGGAGGGCGATGTTGACAGTAAATTTAATCAACTTCTTCAC
AAATACAACCGTCCGCCGCCTACCGAGGACGGCCGCACAACGGCTGCAAGTCAATATTTG
TCGTCGCAAGATGAAGAAGATTTCAGTCCACGGCCACTTTCAAACAGATATTTTGAACCA
GCAACGGGTCAACTCGATACATCTGTGACATCGCAAACACCTCGAACTCCCAAGAGTTCA
CCACAAACACAACCTGGACGACAGCGTTACCAATCCAGCTTCAGCAGCATCGCTGACAGC
GTTCCATCAACATCACCTTCTCCCACTAGGAGGAGCCATACTCGACTTCCTCGTCCAGTG
GGAAAAAGTGGAAAAGAGCGTAGAGCACCATCGAGGGATGGAAAAAAATCCAACCAGGCT
GACAAAGGGACAGACAGTGGGTTTGTCGGATCTGAAAGTAGTCGGCAATCTGCCTCTGCA
ACGCCTCTTCAACCGACGCGGGTCAAACTTGTGACGCGACCCCCCACCGCGGTCGACACT
CAACCTAAACTTCCCGAGAAACGAGATCGAAATATCTCAGGGGGAACAACGTCAACTATG
ACAACAACCGACAGGTTTCCAAACCGAACAGTTCCTCAGCCAAGTTACATAGACAGAGTT
GGGATTTATAAACCTCCTAACATCCATGATGATTCGTTGGATGATTTAAGCACAACATCA
ACCGTGCGTGAAGCACTCCGACCTCGACACCCATCACGATCTTGCTCCACTTCCACGGCC
CCATCGCAAGCCACAGCTGTCAGGAAAGCACCATTTGGTGGTTTCCCACATGGGTCAAAA
AGTGGGGCCAGTGTCAAGTCAAGGGACAGTGCTAAAAGGTCAGTTGCAAGCAGCATGCCG
GACAGCACGTTGGACGCGATTCGAGGTGAAATATCTCGACTTAGAGGGGAAATAAATGCA
GCAAAAGCAAATGAAAAAGAAAACATGCGGCCAGCTCACACTTCAACACCTAGACAGAAG
TTTAACGGGAGAAATTCACCTGCAGTGTCTGACAACGAGCAACTGCAAGCTATAAGAGAC
GACATCAAGTTAAGAATGTCTTGGTTTTACCTTCCACCCTCGTACACTGATGATTATGAA
AGTTCTGAGGCAGAATCAGGAATATTTGATGACGATTATTATTCACCGAGATCAGATCGA
GGTTCACTAGATAATGAACAATCGCCTCGTAGAAATGAAAGTCCGCGCAGCATTTCACCA
ACGCTCGGCTCGCACAAGTCAAGATCGAGAAACAGAACACAGAGGATTTATAAAAGGGCT
TTAAAAGATGAAGTGCAGCGGGGAGGAACCAGAAAGCCAACTGACGTTGATGACCTCAGT
TTAAAATCAGCTGATCTCACAACTGGAAGGTCACGAGAGAGAGGACGAAGGTCACGCAGG
TCAAGGTCATTAGGTCGCGATGATGCAAGTGAAGCAAGCACTCGTAGAAATGACTCCAGT
CCAGAAGCTGAAGGTCGTCGCCGAAGGAGGTCAAGGTCACAAAACAGAAACCCATGGCAG
GGTGGGTATTGGACATACGTGCCACCGACCCCACTTGTGACCCCTGTTTGGGGGGCGCCC
CCACCTGGACGTACATACACACGAGCTCAATCCCCCGTCCATGTTGCCCCGATGTACGCA
CCCCCACAAGTTGTACATACAGCCCCAGTGATCGGACCCCCAACCCCCAGTATGGTTTAC
GTTGAGCCTCCAGCCCCGGTCGTGGGTCGGATGTACAGCACCCCTCGACAGGGAAGGATC
TACACGACCCCCAGCAAACCGAGAGCTTCAGTTTATATTTCACCAAAACACGACACTGGA
GGGAGCATGAGAAAGGCGAGCGTCTACATTGTGGAGAGTGACGGGGATGAACCGCTGAGA
AGGAGTCATTTACGAAGATCATCATCAATGTCAAGACTTCACACGAAACCATCATCGCTT
GTTGTTCTGCCTGACTCACGCTTAAATGATTCCATCGAGCGGGCAGAGCGATCGGCCGAA
CAACTCCGATCGCACTCCAGACAAATGTACCGAACTGTGCGAGATGATTTGTACCGAACA
CAACTTCTCGCAGAAACCATGTAG
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| AKNA_HUMAN | 28.526 % | 90.5 | 4.71E-18 |