KEGG T01074: BRAFLDRAFT

Branchiostoma floridae (Florida lancelet): BRAFLDRAFT_86594

Entry

BRAFLDRAFT_86594 CDS T01074

Definition

hypothetical protein

Orthology

K12378

tyrosine-protein kinase receptor torso [EC:2.7.10.1]

Organism

bfo Branchiostoma floridae (Florida lancelet)

Class

SSDB

Motif

Pfam:

Pkinase_Tyr Pkinase fn3

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 1046 aa
MAFGQSSFWPCRVAVSSVPSQLSTPRLICNGRDPTYWDPTYWEYSGYIILKWSLSVTRDL
PPATRRAVYYVVRQRSRYLENRRWHVSDWDVVGKAHTMDGTVHIRTLTPGANYQFEVTAV
LPDGKTGASVLGQWITPRPATVRPRANPPSDLRVENKRFKNGNVSVTIAWTPPEDLPCEY
SLHLLTDTSIADTPVRIDRPVETRYTFHNLTFDSNYTVLMRSTFYEGATESRAVSMWFQT
PHCLDVSGYNFSVCAPGAPRNLTYRLSVTDNVAIVSWLPPFRTSRTNPVSSYVVLVRQEV
QPAVDGTILSAQATQEVIPGVGHTVTTVHVCEIQKGLGSLRLEVGMVGSRLLLIRPYVGK
KDPTTTVLTSPTMIAGSSPMPLFPESPVFHGLRHDHCFLLQNRFYSETDVLSDQHDEYEM
DFSQLELEEVIGEGAFGKVIRGKARGLPTMPNTPIATVAVKTLKENATGVDQANLLAEIE
LMKQIGANRNIVSILGCCTRRSPVFLVVEYCPFGDLKNLLRNIREQKEYEENEHPLLGIK
CQAINSPNMGNNEEASFAPVTVSSLVPIYNPASEANPSAAGGRPKDENLDSGTSMDLRDV
LDVLPTDLLSFARQISTGMEYLASKKFVHRDLAARNVLVCENKVVKISDFGLTRDIYENS
EYRKLTGGKLPVRWMSPEAIFDQVYTTQSDVWSFGVVLWEIVTLGGSPYPGLSGKELFRY
LKAGYRMEKPENCRQEIYDIMLDCWQDKPQRRPTFTDIRERLEAILGDVHPYLDLNVDHD
QEYYQGESTSDYDRVNSPRSSSIEAHSNNVEFVLWDSGTAIADLPKPRRLTTRRNTRIST
DTSGVEMSPTRVLLPTIGSRSDECDNEKWRSALDIRDSSSTDIPPPSPHRYYSLANINAG
LPKSPSSPQKVFAFTDDEVFAKKKPGAKKKTRRKKRSKQPRRTSQSRPDATDDSTVAKMV
IEIEVPDVGPPSIPEINITGSPNAPLLSPVGTSVSPCCSSCENKSPTRLPRPTGVCNIVT
ATSSEVIGSIYSFDNSRSTSGSGNIS

NT seq 3141 nt +upstreamnt +downstreamnt
atggcttttggtcagtcaagcttttggccatgtagagtagccgtttcgtcggtaccatct
cagctgtccactcctcgtctgatctgcaacgggagggatcccacatactgggatcccaca
tactgggagtacagcgggtacatcatcctgaagtggagcctgtccgtcacgcgagacctg
ccgcccgccaccaggagagccgtgtactacgtggtgcggcagcggagcaggtacctggag
aaccgcaggtggcacgtctctgattgggacgtcgtggggaaggcacatacaatggacggc
acggtgcatatcaggacactcacaccgggggccaactaccagttcgaagtgaccgcggtg
ctgcctgatggcaagaccggagcttctgtcttaggacaatggatcacccctcgaccagct
acagttcgtccaagagcaaatcctccatctgaccttagagtggaaaacaaacgctttaag
aacgggaacgtcagcgtcaccatagcctggactcccccggaagacctcccgtgtgagtac
agcctgcacttgctgacagacaccagcatagcagacacgcccgtccggattgataggccg
gtggagacgagatacacgtttcacaacctgacatttgacagcaattacacagtactgatg
cgcagtaccttctatgaaggtgctacggagagcagggctgtgagtatgtggttccaaacg
ccccactgtctggacgtctccggatacaacttcagtgtctgtgctcctggagccccgcgg
aacttgacctaccggctgtctgtgacggacaacgtcgcaatcgtctcgtggctgccgccc
ttcaggacttcacggaccaaccctgtgtccagttacgtggtgttagtgcggcaggaggtg
cagcctgccgtggacggcaccatactgtcagcacaagccacacaggaagtcattccaggg
gtaggacataccgttactactgtgcacgtgtgtgagattcagaagggactcggcagtctg
cggctagaggtcgggatggttgggagtaggttattactcattcggccctatgtcgggaaa
aaagaccccaccaccaccgtgctgaccagtcctaccatgattgcgggttccagccccatg
ccactgttcccggagtcgccagtgttccacgggttacgtcacgaccactgcttcctgttg
cagaacaggttctacagcgagacggacgtcctgtcagaccaacacgacgagtatgagatg
gacttcagccaactggagttggaagaggtcatcggagagggagcgtttggcaaggtgata
cgcggcaaggcgcgtggcctcccgaccatgccgaacacgccgatcgctacagtcgcagtc
aaaacactcaaagaaaatgcgactggtgttgaccaagcgaacctgctagcagagatcgag
ttgatgaagcagataggagcgaaccggaacatcgtgagtatcctgggctgctgcacccgc
cgctcgccagtgttcctggtggtggagtactgcccgttcggggatctcaagaacctcctc
agaaacatcagggaacagaaggagtatgaagagaacgaacatcccctgctgggtatcaaa
tgtcaggccatcaactctccaaatatgggcaacaacgaggaggcgtccttcgctccagtc
accgtctcctcgctggtccccatctacaaccccgcgagtgaagccaacccctccgctgcg
ggaggaaggccgaaggacgagaacctggacagcggaaccagcatggacctgagggatgtg
ctggacgtcctcccgaccgacctgctttcatttgcccggcagatttcaacaggaatggaa
taccttgcttcaaagaaattcgtccacagagatctggccgcgcgaaacgtcctggtgtgc
gaaaacaaagtggtgaagatctcggacttcggactcacgcgagatatctacgagaacagc
gagtaccggaagctaacagggggtaaacttccggtcagatggatgtcacctgaagccatc
tttgaccaagtatacaccacccagagtgacgtatggtccttcggagtggtcctgtgggag
attgtcactttaggtggatccccctacccgggactatcgggcaaggagctgttcagatac
ctgaaggcagggtaccgcatggagaaacccgagaactgcagacaggaaatctatgacatc
atgctggactgctggcaggataagccccagaggcgccccacattcacggacatccgggag
cgactggaggcgatcctcggggacgtccacccttacctggacctcaacgtggaccacgac
caggagtactaccaaggggaatccacctccgattatgacagagttaactctccgagatcg
tcctctatcgaagcccacagtaacaacgttgagttcgtcctatgggactcgggcacggcc
atagctgacctccccaaaccgagacgcctgaccactcgcaggaacactcgcatctccact
gacaccagcggcgttgagatgtctcccaccagagttctcctcccgaccatcgggtcaaga
agtgacgagtgcgacaacgagaaatggaggagcgctctggacatccgtgacagcagttcc
accgacatccccccgccatccccgcacaggtactacagcctagccaacatcaacgccggc
ctaccaaaatcaccgtcatcgcctcagaaagtatttgccttcactgacgacgaggtgttc
gccaaaaagaagcccggggccaagaagaagacgagaagaaagaagcgctccaagcagccg
aggcggacatcgcaatcaagaccagacgcaaccgacgattccacagttgccaagatggta
atcgagattgaagtcccggatgtaggaccacctagcattccagagataaacataacaggg
agcccgaacgcccctctcctgtcgcctgtggggacatcagtgtcgccttgctgcagttcc
tgtgagaataagagccccaccaggctgcccagacctacgggcgtgtgcaacatcgtcacc
gccaccagttcggaagtcatcgggagtatctactcgttcgacaactcacggagtacttcg
gggagcgggaatatatcatga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-BFO (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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