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  1. Transcript 'Boschl.CG.Botznik201...' > 
  2. Transcript 'KH2012:KH.C10.558.v1...' > 
  3. Transcript 'KH2012:KH.C10.45.v1....'

Transcript Model

Transcript Id

KH2012:KH.C10.45.v1.A.SL1-1

Possible name(s)

KH.C10.45

Gene model

KH2012:KH.C10.45

Location

KhC10 [1,323,270 / 1,331,979]

Sequences

Amino acid sequence

Length: 1,222

>KH.C10.45.v1.A.SL1-1
KRLYTLIMEPAGMETDVLDLPATTESDVPLSVDERVDAKPVKVDAVAQEGSEGAEQSGEV
KESDSAAAVEDEPMEQEIEGNTADVAEDTEVESGLGALVNNGGAIVDGEAEAIPADQSTE
AAVAPIESTETPSGEQSETTEAAQTDSGIAEASLESSTQVEGHENLLQAAINAAENSTDL
LEPTATVLPTTEFNEEFHKTDSSVKPKPQPGSFSLGVPGLTFSAQNLKVASDGTKMVQIH
QSQITPSQLKALQANPNIKVVFRHIPSGKSFTTPPKNLFQSKATKRKVSEDGTMDDSIYN
FDDDFEDDMIMAPQPRTKFSRMTNGNAKYARYNPNVGLKKRGPGRPRSIPEGMGMMGLHG
GKKPALPAQIMLTDALAKLNNPNATQTIKVHMSQVTHDILINMELNPAYNIVLTSKHEAT
ESEDPLQDLVKEWEEKEQEEKEEETPTTIDPSSATTGIEEASESMEVKEEAPIEEEPFVL
DEEEIARIQMEEEKEADERLAAEQQRLRDIRKEKEEADLLAAALTEKPSRSGRIRKPSRF
SLDIARLTKRTKSGYTSGDDDPPITPPPASKMSPPQVKSPTQTPQPIQDPGKSVKRSRGR
PKKEKPLEIVNLEENKEETKNEVEAAISTPEKSASSPQRMDGVPRVMMSPADKRMADSVL
EDKEEDQAKSDAQDLVEGAKDKLEEKGEKTEKGEEQSKIDEVKKTEEVEKECTKDEESKP
EGEAMEVGEQSKDQVKVLDDDKKEEEGSSEKTDSKDETGDAEVKTDEASEVLDKDANIET
TSVETENKEGEKPEQKEGENPSDILARKLDIMSPDGEAKDEKNEETKPEDELKDFIEEEG
DVDNKYRLRKLLQQCSIDEIRTVAIPCAMQSFSFGDFFLYKSGQMSKQQCNYSALYQQLE
QLHSAVEKESIRYSTLLRRANKVGGDRRMDKVILMPVYNKQAAESLNINSSSIDAHICGI
HQRTTSQMIAANSFRMACKMEPPLHRLTLPDLTDKAFQARKKNRLNPPKVPYQKATYHES
SANYVRKDSRYTPGWKRGSSGYQVRKPNYLQPGSQTTLQEQARLQLASRHQSQLNATQST
TEGTENNTSVTMAQSNEAGSAAATSELATAMDTNTTTTDQEGTTMVMDDGSGGLVSAEEG
KQLVSIGDGQYVELPEGYTLIQTDDGYIIGQPGATFVQGEDGNVYMTSTEENTEATDQVL
TTTAQMSDQPAEASVVPPLSET

Nucleotide sequence

Length: 3,951

>KH2012:KH.C10.45.v1.A.SL1-1
AAGCGTTTATATACATTAATTATGGAGCCTGCTGGCATGGAAACCGATGTATTGGATCTT
CCTGCAACCACTGAGTCTGATGTTCCATTGTCTGTGGATGAGAGGGTTGATGCTAAGCCT
GTAAAAGTTGATGCTGTTGCACAAGAGGGAAGTGAAGGAGCTGAACAAAGTGGAGAAGTT
AAGGAATCTGATTCCGCTGCTGCAGTCGAAGATGAACCAATGGAGCAAGAGATAGAAGGT
AACACAGCTGATGTAGCAGAAGATACAGAAGTTGAAAGTGGTTTGGGAGCATTGGTTAAT
AATGGTGGTGCAATTGTAGATGGTGAAGCTGAGGCAATACCTGCTGATCAAAGCACTGAA
GCTGCTGTAGCTCCGATTGAAAGCACAGAAACACCTTCTGGGGAGCAATCTGAGACCACT
GAAGCTGCCCAAACTGACTCTGGCATTGCAGAAGCAAGCTTGGAATCTAGTACTCAAGTT
GAAGGACATGAGAACCTTCTTCAAGCTGCAATAAATGCAGCAGAGAACAGCACAGACTTG
TTGGAACCAACAGCTACTGTTCTACCAACCACTGAATTTAATGAAGAATTTCATAAAACT
GATAGTAGTGTTAAACCCAAACCACAACCTGGTTCATTCAGCCTTGGGGTTCCTGGTCTT
ACATTTTCTGCTCAAAACTTGAAAGTGGCAAGTGATGGAACTAAGATGGTTCAAATCCAC
CAATCACAAATCACTCCTTCCCAACTTAAAGCTCTACAAGCCAATCCGAATATAAAGGTT
GTCTTTCGTCATATACCATCTGGTAAGAGCTTTACCACTCCCCCTAAGAACTTGTTCCAA
TCCAAAGCCACCAAGAGGAAAGTAAGTGAAGATGGAACAATGGACGACTCAATTTATAAC
TTTGATGATGATTTTGAAGATGACATGATAATGGCTCCGCAACCACGGACCAAGTTTTCA
AGGATGACAAACGGAAACGCAAAGTATGCAAGGTATAATCCTAATGTTGGGTTAAAGAAG
CGAGGTCCAGGTCGGCCAAGGTCTATCCCTGAGGGTATGGGTATGATGGGACTTCATGGA
GGGAAGAAACCTGCCTTACCTGCACAGATAATGCTTACAGATGCACTTGCAAAACTCAAC
AATCCAAACGCAACACAAACGATTAAAGTCCACATGAGCCAAGTTACGCATGATATTCTA
ATCAACATGGAGCTTAACCCTGCGTATAACATCGTGCTCACTTCTAAACATGAGGCAACT
GAAAGTGAAGACCCGTTACAAGATCTTGTTAAAGAGTGGGAAGAAAAAGAGCAAGAGGAA
AAAGAGGAGGAGACCCCAACAACTATCGACCCCAGCAGTGCTACCACAGGAATTGAAGAA
GCATCTGAATCCATGGAAGTAAAAGAAGAAGCTCCTATTGAAGAAGAGCCTTTTGTTTTG
GATGAGGAAGAGATAGCCCGCATTCAGATGGAGGAAGAAAAGGAAGCAGATGAGAGGCTT
GCTGCCGAGCAACAACGGCTTCGTGATATCAGGAAAGAGAAAGAGGAAGCCGATCTTCTT
GCTGCTGCGCTTACAGAAAAACCTTCACGATCTGGGAGGATTAGGAAACCTTCAAGGTTT
TCCTTGGATATTGCGAGGTTAACCAAGCGCACCAAGAGTGGGTACACCTCTGGTGATGAT
GACCCCCCAATAACTCCACCTCCTGCCTCAAAGATGTCACCCCCTCAAGTTAAATCACCC
ACACAAACCCCACAACCCATACAAGACCCGGGGAAATCTGTGAAAAGAAGTAGGGGCCGG
CCAAAGAAAGAAAAACCCTTGGAGATTGTTAATTTGGAGGAAAATAAGGAAGAGACAAAG
AATGAAGTGGAGGCGGCCATTTCTACCCCGGAGAAATCTGCGTCCTCTCCTCAAAGGATG
GATGGGGTTCCTCGTGTGATGATGTCTCCCGCTGATAAGAGGATGGCAGATAGTGTCCTG
GAGGACAAGGAGGAAGATCAGGCTAAAAGTGATGCACAGGATCTGGTGGAGGGTGCTAAA
GATAAACTGGAAGAAAAAGGAGAGAAAACTGAAAAAGGGGAAGAACAGAGCAAGATAGAT
GAAGTGAAGAAAACTGAAGAAGTGGAAAAAGAGTGTACCAAAGATGAAGAAAGCAAACCT
GAAGGTGAAGCTATGGAAGTAGGAGAGCAAAGCAAAGATCAGGTTAAAGTTTTGGATGAT
GATAAAAAAGAAGAAGAAGGGAGTTCAGAAAAAACAGATTCCAAGGATGAAACAGGAGAT
GCAGAGGTCAAAACTGATGAAGCTAGTGAAGTTTTGGATAAAGATGCAAACATTGAAACT
ACATCCGTTGAAACTGAAAACAAAGAAGGGGAAAAACCAGAGCAAAAAGAAGGGGAAAAC
CCATCAGATATTCTCGCTCGTAAGTTGGATATAATGTCTCCAGATGGTGAAGCAAAAGAT
GAGAAGAATGAAGAAACCAAGCCTGAAGATGAATTGAAAGACTTTATTGAGGAAGAAGGT
GATGTAGACAACAAATATCGACTTCGTAAGTTGTTACAACAATGTTCCATTGATGAAATA
CGAACAGTAGCTATACCTTGTGCCATGCAAAGTTTCAGCTTTGGTGATTTCTTCCTTTAC
AAGTCTGGACAAATGTCAAAGCAGCAATGTAACTACTCAGCATTATACCAACAACTTGAA
CAACTACATAGTGCAGTAGAGAAGGAATCAATCAGATACAGCACCTTGTTAAGGAGAGCT
AATAAAGTGGGTGGGGATAGAAGGATGGACAAAGTTATACTAATGCCAGTTTATAACAAA
CAGGCAGCAGAGTCACTTAACATCAACAGTTCAAGCATCGATGCTCATATATGCGGCATC
CACCAACGTACAACCTCACAGATGATCGCTGCTAATTCATTCAGGATGGCGTGTAAAATG
GAACCACCATTACACAGACTCACACTGCCCGATCTCACAGATAAAGCGTTTCAGGCTCGT
AAAAAGAATCGTTTGAACCCACCCAAAGTTCCATACCAGAAGGCTACTTATCATGAATCT
AGTGCTAATTATGTGAGGAAAGACTCAAGGTATACTCCAGGTTGGAAGAGGGGAAGTAGT
GGTTATCAAGTAAGGAAACCAAATTATCTCCAACCTGGATCACAAACTACATTACAAGAG
CAAGCTAGGTTACAATTAGCAAGTCGCCATCAATCACAACTCAATGCAACTCAATCAACA
ACAGAAGGAACTGAAAACAACACCAGTGTTACAATGGCACAAAGTAATGAGGCTGGTAGT
GCAGCAGCAACCAGTGAACTTGCGACAGCCATGGATACAAACACCACTACCACTGACCAG
GAAGGCACCACTATGGTGATGGATGATGGGTCAGGGGGGTTGGTGTCCGCAGAGGAGGGT
AAACAATTAGTGTCAATCGGTGACGGTCAATACGTGGAACTACCTGAAGGCTACACCCTC
ATACAGACCGACGATGGTTATATAATAGGACAACCAGGAGCAACTTTTGTGCAGGGTGAA
GATGGCAATGTTTACATGACAAGCACAGAGGAAAACACTGAAGCAACAGACCAGGTGCTG
ACCACTACTGCTCAGATGAGCGACCAACCTGCTGAGGCTTCTGTGGTCCCACCTCTATCA
GAGACTTGAGCATTTGGGAGCAAACATGGATGCTACGACTCTATTGTTCTAGTTCCAGAT
GTCTATGATGTTTTATGCATGTTCGAATATCTCTGTACAGCATATCATGGACCGTGGGCT
TGATAGTGTATATAATACTCTGTATTACCATTCCAACAAATCATAGCACAACAACAACTA
CAACAAGTTTCTACAGAAAGACAAAAAAAGTGCTGTTGAAAAATTGATTTCACTTTGGGT
TTGTTTTCAGAGATGGTTTTTTTAACTTTACATGGATATAAAGATTTTTAC

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