- Transcript 'KH2012:KH.C5.392.v2....' >
- Transcript 'KH2012:KH.C1.264.v2....' >
- Transcript 'Haaura.CG.MTP2014.S7...'
Transcript Model
Transcript Id
Haaura.CG.MTP2014.S755.g06545.02.t
Possible name(s)
PMFBP1
Gene model
Location
S755 [31,623 / 35,775]
Amino acid sequence
Length: 1,384
>Haaura.CG.MTP2014.S755.g06545.02.p
MDKEDRMYNSKMSLRSPREKYSDDDFHEKSSRSYTTTYEELKEENKHLKDLVNEFEKSGQ
LKNEIAQELRDDNSNLQSQKKELLKRLFNRDQMLQKVTVEATKLKKKLQDAWQQSDQSKD
TLQLVEDELAKSRVDLGETLKHNDDEILKREHFISDLENELHQLQQRYKACYEGLMARED
NVILLEQQVAKQAEKHGASNKELNELREYKSNMEIDYTVLKEKLRTAQKEVLNRDQGILK
LRPELAGFQEKCDGLQKQLDSRDKELDSARSEVQAKVSEIEQLKERNEVLDTQKNDDKST
TLELQHKLGICEQELRVQVKCCDQLREEQERREKDVLGDKNSAENTIENLRQKLNEIESS
FSTSKSDNIMKKELIGELEQEVKVARRDHQTLLDALAKNEDTINSLEDERCILQRRVSYL
EDEKADMKATMHDLTTRLETMHQKYNDAETQLKEAEGSLIDVKSKLDIRTKDANQGDDLI
MQLREDMMKLEHAVGERREQVSTCEDVIEQLTTELQNAQTELQTSQKHVMTLKDANVNLK
EKLVRSEDDVYKIKNDLEDHKASHSHVNEEFVVKQDQINRLERDLSQFSSELAVKQREAE
HHLTDKHELKIQLMALKEQKSNSAKEIAGMEKSLLELKEQICKQERMLKDETETEQDKVK
KLQQEIKLEKAAGNGYREEIAQRDSLIDHLKAESASCMRSISDKNNEIESLEEHCNQLQV
QLDVMRKDREKSEIDKLEKSTEAEELARKLEQYRIQYRKAAQELAHHEEKLLLMEQSLLQ
TQENLNDRVTLLTRTEKLNEQLGVELKQTKTKLSVAEKENQNKNKTITKVRGDLENSQQK
QAKQMEEHLRFQESARNIQEDAADTKAQLRNLQYQVKDKQNANKTLHQELEAEKKKCAKV
SIEVERLKSQTSDLTTNCNKTNQQKSETEQQLQKAQNSIAILQDSQSQLEYKLKVTKDCL
KDKDQEIDDSNYKLERAEDRIETYASEIRDYKERVASLQHEVKASQDEYQECHRKVLELN
KKLHDQSMKITTVEETKKESIDQLGQSSQKNTQLKCELQKVWLDNQSLLQEVAVYEDKVS
KLTANLKRTCSLQEKAENDVVHLEKSLKEMKSDLDQVKMKHRHCVAELAKREEQIVVLKV
ELSTLRENFDKYDKESRTLSAQLDVSQAKNATAYKEMGNLRIMLDEARGDSSILRSESET
VVKNVNAWVREQQQTNERLTEKLYVQTKELAHLTAERDHLKQLTSQLSNETTKLKSSVAV
IKLDADKSSALKKHSSEQQALIKQLHTRLKECEREQEAIMNEKNVALDDLHKRLQQNVDS
IQQLNNQLNYLNKENVRQRTIVEKEVEAKRRLNEQLENKEQLLMDLRTQLDKKNNSYLYE
SNY*
Nucleotide sequence
Length: 4,152
>Haaura.CG.MTP2014.S755.g06545.02.t
ATGGACAAAGAGGACAGAATGTATAATTCCAAGATGTCACTGCGGTCGCCAAGAGAGAAA
TATTCCGACGACGACTTTCATGAAAAGTCATCTCGCTCGTACACGACCACTTACGAGGAA
CTCAAGGAAGAAAATAAACATTTAAAAGATCTTGTGAACGAATTCGAAAAATCCGGGCAG
CTGAAGAACGAAATAGCGCAAGAATTGCGTGACGACAACAGTAATCTTCAATCTCAGAAA
AAAGAGTTGTTGAAACGCTTGTTCAATCGTGACCAGATGTTGCAAAAAGTAACCGTTGAA
GCTACGAAGCTCAAAAAGAAACTTCAGGATGCCTGGCAGCAGAGCGATCAAAGCAAAGAC
ACTTTACAGTTAGTTGAAGACGAACTAGCTAAGTCCAGAGTAGATCTCGGTGAGACACTG
AAACATAACGACGATGAAATACTGAAAAGAGAACATTTTATTTCCGACCTTGAGAACGAA
TTGCATCAGTTACAACAAAGATACAAAGCGTGTTACGAAGGTTTAATGGCCAGAGAAGAT
AATGTAATACTGCTTGAGCAGCAAGTGGCAAAACAGGCTGAAAAACATGGCGCTAGTAAC
AAAGAACTAAATGAATTGCGGGAGTACAAAAGTAACATGGAAATAGACTATACGGTTTTA
AAAGAGAAATTAAGGACGGCTCAGAAAGAGGTGCTGAATCGTGACCAAGGAATTTTAAAA
TTAAGGCCAGAACTTGCTGGATTCCAAGAGAAATGTGACGGCCTGCAAAAACAGTTGGAT
TCTCGCGACAAAGAACTGGACTCTGCGAGATCGGAAGTACAAGCTAAAGTCAGTGAGATT
GAGCAATTAAAGGAAAGAAACGAGGTTTTAGATACTCAGAAAAATGACGACAAATCAACT
ACCCTCGAACTGCAACATAAACTGGGAATTTGTGAGCAAGAACTTCGTGTGCAAGTGAAA
TGTTGTGATCAACTAAGAGAAGAACAGGAGCGCAGGGAAAAAGATGTTCTCGGTGATAAA
AACTCAGCTGAAAACACAATAGAAAATCTGAGACAGAAACTTAACGAGATTGAGAGCTCG
TTTAGCACGTCCAAATCTGATAACATAATGAAAAAAGAGTTGATTGGAGAATTAGAGCAG
GAAGTCAAGGTCGCCAGACGAGATCACCAAACCCTCCTGGATGCACTGGCCAAAAACGAA
GATACTATAAACAGTCTGGAAGACGAACGATGCATTTTGCAAAGAAGAGTTTCATACCTC
GAAGACGAGAAAGCCGACATGAAAGCGACAATGCATGATTTGACCACACGTCTGGAAACA
ATGCATCAGAAATATAATGATGCTGAAACGCAACTCAAAGAGGCGGAAGGAAGCTTAATA
GACGTCAAGTCTAAGTTGGACATTAGAACCAAGGATGCGAATCAAGGAGATGACTTGATC
ATGCAGCTGAGAGAAGACATGATGAAATTAGAACATGCTGTCGGTGAAAGAAGGGAACAG
GTTTCAACTTGTGAAGATGTTATTGAACAATTAACTACAGAGCTGCAAAATGCACAGACT
GAACTTCAGACATCACAAAAACATGTCATGACGCTGAAAGATGCTAATGTGAATCTGAAA
GAAAAGCTCGTGCGGTCTGAAGACGACGTTTATAAGATAAAGAATGATTTGGAAGATCAC
AAGGCATCCCATTCTCATGTCAATGAAGAATTTGTTGTAAAGCAAGATCAAATCAACAGA
CTGGAAAGAGATCTGAGCCAGTTTTCGAGCGAACTCGCAGTGAAGCAGCGGGAGGCCGAG
CATCATCTCACAGACAAGCACGAATTGAAAATACAATTGATGGCGTTAAAAGAACAAAAG
TCTAATTCAGCCAAAGAGATAGCGGGCATGGAAAAAAGTTTACTTGAACTGAAGGAGCAG
ATTTGTAAACAGGAAAGGATGCTGAAAGACGAGACGGAAACAGAGCAGGATAAAGTGAAG
AAGCTGCAGCAGGAAATTAAATTGGAGAAGGCAGCAGGTAATGGCTACAGAGAAGAAATC
GCCCAGAGGGATTCTCTTATCGACCACCTGAAAGCAGAATCCGCTTCATGTATGAGGAGC
ATCTCTGATAAAAACAATGAGATAGAATCTTTGGAAGAGCATTGCAATCAACTTCAAGTG
CAACTAGACGTCATGAGAAAAGACAGAGAAAAATCGGAGATAGATAAATTGGAAAAGTCT
ACGGAAGCGGAAGAGCTTGCACGTAAGCTAGAGCAATACAGAATCCAGTACAGGAAAGCA
GCACAAGAGCTTGCACATCATGAAGAAAAGCTACTATTGATGGAACAGAGCTTGCTGCAG
ACTCAAGAGAACCTCAACGACAGAGTTACGCTTCTTACTCGCACGGAGAAGCTTAATGAG
CAACTAGGGGTGGAACTCAAACAGACAAAGACAAAACTATCAGTGGCTGAGAAAGAAAAC
CAAAATAAGAATAAAACTATAACTAAAGTTCGTGGAGATCTCGAAAATAGTCAGCAAAAG
CAAGCTAAACAGATGGAAGAACATTTAAGATTTCAGGAATCTGCAAGGAACATTCAAGAA
GATGCGGCAGACACAAAAGCGCAGCTGCGAAACTTACAATATCAGGTAAAGGATAAGCAG
AATGCGAACAAGACTTTGCACCAAGAGTTGGAGGCAGAGAAAAAGAAATGTGCAAAGGTT
TCAATCGAAGTGGAACGCTTGAAAAGTCAAACGTCTGATCTCACTACAAACTGCAACAAA
ACTAATCAGCAAAAATCAGAAACTGAGCAGCAGTTGCAGAAGGCGCAAAATTCAATTGCA
ATCTTGCAGGACTCCCAGAGTCAGCTCGAATATAAGCTAAAAGTTACGAAGGACTGCTTA
AAGGATAAAGACCAGGAAATCGATGACTCGAATTATAAACTAGAGCGTGCCGAGGATCGG
ATCGAAACTTACGCCTCCGAAATTAGGGATTATAAAGAACGTGTTGCCTCACTGCAGCAC
GAAGTCAAAGCCAGTCAAGATGAATATCAAGAATGTCACAGAAAAGTGTTGGAATTGAAC
AAAAAGCTCCACGATCAGTCCATGAAAATTACAACAGTGGAAGAAACAAAGAAAGAGTCC
ATTGATCAGTTGGGTCAAAGTTCCCAAAAAAACACGCAGCTGAAATGCGAATTGCAGAAA
GTCTGGTTGGACAATCAGTCTTTGCTGCAAGAAGTCGCAGTGTACGAAGATAAAGTGAGT
AAGCTCACAGCAAACCTGAAGAGAACTTGTAGCCTGCAGGAAAAGGCGGAAAATGACGTC
GTTCATCTGGAGAAGAGTTTGAAGGAAATGAAATCTGATCTCGATCAAGTTAAAATGAAG
CACAGGCATTGTGTTGCGGAATTAGCAAAGAGAGAAGAACAGATAGTCGTGCTCAAAGTC
GAGCTGTCAACCTTACGCGAAAACTTTGACAAGTACGACAAAGAAAGTCGGACTTTGTCT
GCACAACTGGATGTTTCTCAAGCAAAGAATGCCACTGCTTACAAAGAAATGGGAAATCTG
AGAATAATGTTAGATGAAGCGAGGGGAGACAGTTCAATATTACGTAGTGAAAGCGAGACG
GTTGTGAAGAACGTAAATGCTTGGGTGAGAGAACAACAACAGACGAATGAAAGACTGACC
GAGAAGTTATATGTACAGACTAAAGAACTGGCTCATTTGACCGCCGAAAGAGATCACCTC
AAACAGTTAACCTCACAACTTTCAAATGAGACTACAAAACTCAAGTCTTCCGTAGCAGTT
ATAAAGCTTGACGCAGACAAGAGCTCGGCATTGAAAAAACATTCTTCCGAACAGCAAGCC
CTCATTAAACAGTTGCATACAAGACTTAAGGAATGCGAAAGGGAGCAAGAAGCCATTATG
AATGAGAAAAATGTAGCACTGGATGACCTGCACAAACGTCTTCAGCAGAATGTTGATTCA
ATACAGCAACTCAACAACCAGTTGAACTATCTCAACAAGGAAAATGTTCGGCAACGTACC
ATTGTCGAGAAAGAAGTAGAAGCGAAGAGGCGACTAAACGAACAACTGGAGAATAAAGAG
CAGTTGTTAATGGACCTACGAACACAATTAGACAAAAAGAATAACAGTTATCTCTATGAA
AGTAACTACTAA
| Protein Name | Identity | Bit Score | e-value |
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