KEGG   Daphnia pulex (common water flea): DAPPUDRAFT_331276
Entry
DAPPUDRAFT_331276 CDS       T04347                                 
Name
(GenBank) hypothetical protein
  KO
K05096  FMS-like tyrosine kinase 1 [EC:2.7.10.1]
Organism
dpx  Daphnia pulex (common water flea)
Brite
KEGG Orthology (KO) [BR:dpx00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:dpx01001]
    DAPPUDRAFT_331276
Enzymes [BR:dpx01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.10  Protein-tyrosine kinases
    2.7.10.1  receptor protein-tyrosine kinase
     DAPPUDRAFT_331276
Protein kinases [BR:dpx01001]
 Receptor tyrosine kinases (RTK)
  VEGFR family [OT]
   DAPPUDRAFT_331276
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Ig_3 I-set Pkinase Ig_2 ig V-set V-set_CD47 Herpes_glycop TM_ErbB1
Other DBs
NCBI-ProteinID: EFX67224
JGI: Dappu1_331276
UniProt: E9HLZ6
Position
Unknown
AA seq 1468 aa
MFVQRNFRHSILVAVLAFAGLVVSEFPAPRLLPPGDEQIYQSGGTFRLTCEAPRPVEWKL
PVLSPHLEMSSNDGANITEEMISPVTDGYEYRSSLEIKSATILNTGYYICHYKENVNMDD
PLLAVKTYVYVEDETLLIVNVGEEGIVTVVAHQSSREVIPCKPTSPKVELTLLDPNGMEI
VLLQVLTMSPFIVSQQINPQTDPDLWSYDPHEGFIVSEVAVDMSGMYQCTAVYSRNGASF
PSHETITYVVSVQPATAGAPKPHINDAFATKIALYNNFTLNCSASYDPGVTIDLKWFVPH
RDGIDGHRILTGKLSVNKGIVGGMEQQIAHQVLNVTNATAEDEGYYECQTIDHTGKFELT
KVFIKIHGEDVSYVNISDFGLQSNLEQPANQTIKWVVFYEAYPKPQIIWSKGSRENVIRN
SSSSKYVIKDELKRTVLEIKEIGLADSGQYLLTVRTNRVEDTRNFTLRVKDKPMVKAHSD
SQSKAIHLNERFNLGCQITAYPEATVELFFRECLPQRPCSENWKPLSLNQTSGSDKNSAN
EENVKITKVDFQTKKVSVVGRARVAGQYRCFARNSLGSTGSPEEKGTYVHIFVSDLSSDN
PNGTEFIKSHPNNPVAGEKFNLTCGVLLQKFKQQISWSWTDSSGKTSVINNSQKPPGVER
SNVLNKYSYVEALVWQNISKAATGTYTCQTTSLENDSFNTSIAFQIISGQSPRIYNASNS
EVSIDQFTELYLYCNADGLPIPKAEWIKDYVTVITEGVSETTSGSSLYIRYANISHAGSY
TCRFKSIKGEDERTMLVEVREKPIHTGIIVAIAVVIAIVLVLIVVLARRIHQDKKRKEFF
RANQLDIFDKGNPDSINPDLPIDEQTELLPYDKRWEFPRDRLKLGKQLGAGAFGRVVKGE
AAGIDGMGTVTTVAVKMVRSHGNMIGLKALMSELKIMIHMGSHLNVVNVLGACTKSVTKG
ELLVIVEYCRYGNIQNYLIRNRSNFINQVDAKGYINPSIGADLLVDAEAQRGYQVPRSPM
RSQSDSNDYNSGSPTVATEMSFLSMSPTGGRQSDLVEGVDSNGHPTLTSTPSNASGNHPY
PPWRSNYRGDYRDLPEQPLCTRDLLCWAFQIARGMDYLARRKILHGDLAARNVLLADNNI
VKIADFGLAREVYRSGNYKKKGEKIQLFESFECIVQCSAIVPRMEADEQFFIRLQEGYRM
DKPKYSPNKIHQFMKDCWEHDPTKRPDFSTLSEALGEQLDVSVRRHYIDLNDAYVESNNA
KQSQTDYLSMMCPVNYVNIGSGASPMPLRPTYANIPSQDIMADDISGPSSDYLAMTSIGS
PTRTIPSGEDYLFMTNNAPVSPQSGNQSDSSNYEFKFPAKLRKVNEESPNSVEMYPMLNR
LSPSHSNHQTGPSPVNNVNGFSNPNYQNPPVIKCSDLDDLPLSPKKPPPATSQVIGNQLY
MNISQPPPTRNEDDEPHYANPKNNARIV
NT seq 4407 nt   +upstreamnt  +downstreamnt
atgtttgttcaacgaaactttcgtcattcaattctggtagccgttcttgccttcgccggc
ttagttgtgtcagagtttccggctcctcgactgctcccgcctggtgatgaacagatctat
caaagtggcggcacttttcgactgacgtgcgaagctcccaggcctgtagaatggaaatta
ccagtcttatcgcctcatttggaaatgagttccaatgacggagctaatatcaccgaagaa
atgatctccccagtaacggatggttatgaatatcgctcttcgttagaaatcaaaagcgca
acaatcttgaatacgggttattacatctgtcattacaaagaaaatgtcaacatggatgat
ccgctacttgccgtaaaaacctacgtttacgttgaagatgaaacattgttgattgttaac
gttggagaagagggaattgtcaccgttgtagcccaccagtccagccgggaagttattcca
tgcaaacctaccagtcccaaggtggaactaacccttcttgatcccaatggaatggagatt
gttctgttgcaagtcttgactatgtcaccgttcatcgtttcccaacagattaacccacag
acagatcctgatttatggtcctacgatccgcacgaaggtttcatcgtcagtgaggtggcg
gtggatatgtccggcatgtatcaatgcacagctgtgtacagccgaaacggagccagtttt
ccttcgcatgaaacgattacttacgttgtatcggttcaacccgcaacagctggagctcca
aaaccgcacatcaacgatgcatttgccaccaaaattgctctttataataatttcacactc
aattgctcggcttcttacgatcccggagtaaccatcgaccttaaatggttcgtaccgcat
cgtgatggaattgacggccatcgcattcttaccggcaagctgtccgttaacaagggcatt
gtaggaggaatggagcaacaaatcgcccatcaagtgctgaatgtcaccaacgctaccgca
gaggatgaaggttattacgagtgtcaaactatcgaccacactggtaaatttgaattgacc
aaggttttcatcaaaattcatggtgaggatgtgtcgtacgtaaacatctccgattttgga
ctccagtcgaatttggaacagccggccaatcagaccatcaaatgggtcgtattttacgaa
gcctatcctaagccgcaaatcatctggtcaaaaggcagccgcgaaaacgtcattcgaaac
tcttcaagttcaaaatacgttatcaaagacgagttgaagagaacagttttggagattaag
gagattggactggctgatagcggtcaatatttgcttacggtgcgcacaaacagggtggaa
gatacgcgtaactttacccttcgagtcaaagacaaaccaatggtgaaggctcactccgat
tcacaaagtaaagcgatccacttaaatgaacggttcaatttgggctgccagattacagct
tacccagaggctacggtcgaacttttctttcgtgaatgcctcccccaaagaccgtgctcg
gaaaattggaaaccactttcattgaatcaaacctccggatcagataaaaattcggccaac
gaagaaaacgtaaaaatcacgaaggttgactttcagacgaaaaaggtgtcggtggtagga
cgtgctcgggtggcaggtcagtaccgatgttttgcgcgcaatagcctgggaagcacagga
agcccagaagagaaaggaacttatgtccatatatttgtcagcgatttatcgagtgataat
ccaaacggaacggaatttattaaatcccatccgaataacccagtggccggcgagaaattc
aatttgacgtgcggcgttttattgcagaaattcaagcagcagatttcctggtcgtggaca
gactctagtgggaaaacttccgtaattaataattcccagaaacctccaggtgttgagcga
tcaaatgtgttgaacaaatactcttacgtggaggcgctagtgtggcagaacatatcaaaa
gccgccactggaacgtacacttgtcaaaccacttcattggagaacgattcgttcaacact
tcaattgcgtttcaaatcatttctggccagtctccgcgcatctacaacgcttctaattcg
gaagtatcaatcgatcagtttaccgaattatatctgtattgcaatgctgacggcctaccg
atcccaaaagctgaatggattaaggactacgtaactgttataacggaaggagtgtcagaa
acgacttctggctcatcactgtacattcggtacgccaatataagccatgctggctcgtat
acctgccgttttaagagcatcaaaggcgaagatgaacgcacgatgttagtggaagttcgt
gaaaaacccattcacaccggaatcattgtcgcaatagccgttgtcattgcgatcgtattg
gtgttgatcgtcgttttggccaggagaatccaccaggacaaaaaacgcaaagaattcttc
cgggcgaatcaactggacatctttgacaaagggaacccggacagcatcaatccagatctg
cccatcgacgaacaaaccgagttgttgccttacgacaaacgatgggaattcccgcgcgat
cgcctcaagttgggcaaacaattgggagcgggggcctttggtagagtggttaaaggggaa
gctgctggaattgacggaatgggcacggtgacaacggtggccgtcaaaatggtccgctct
catggcaacatgattggattaaaagccttgatgtccgaattgaaaattatgattcatatg
ggttcccatttgaacgtggtcaacgtccttggagcttgcacgaaaagcgtgaccaaaggc
gaattactggtgattgtcgaatattgtcgctacggtaatattcagaattacctgatacgc
aaccgaagtaatttcatcaatcaagtggatgctaagggttacatcaatccatccatcgga
gcagatctgctcgtcgacgctgaagcgcagagaggctaccaagtgccacggagtccaatg
cgatcgcaatcggacagcaatgactacaacagcgggtcaccaactgtcgccactgaaatg
agtttcctgtcaatgtcgccaactggaggcagacaatcggatttggttgaaggagtggac
agcaacggacaccccacattgacttcgactccttccaacgcatccggcaaccatccttat
ccaccttggaggtcaaattaccgtggcgattaccgcgatttgccggaacagccattatgc
actcgagacctcctctgctgggcttttcaaatcgcccgcggtatggactatctggcccgt
cggaagattcttcatggtgacttggcagcacgtaatgtcctcctggctgacaataatatc
gtgaaaatagccgatttcggtctagcgcgcgaagtctatcgctctggcaattacaagaag
aagggagagaaaatccagttgtttgaatctttcgagtgtatagtccaatgttcagcaatt
gtgccaagaatggaagcggatgagcaatttttcatccggctgcaggaaggctatcggatg
gacaagccgaaatattcgcccaacaagattcaccagttcatgaaagattgctgggagcac
gaccccaccaaacggccggatttctcgacgctgtcggaagccctgggtgagcaactggac
gtttccgttcgccgtcattacatcgatttgaacgacgcctatgtcgagtccaataatgcc
aagcagtcccagaccgattatttgagcatgatgtgtccggtcaattacgtcaatatcggc
agcggagcttcacccatgccgttgagaccgacttatgccaatatcccgtctcaggatatt
atggcggatgacattagcgggccatcgtcggattatttggccatgactagcatcggttcg
cctacacgaacgattccatcaggtgaggactaccttttcatgaccaacaacgcgccggtt
tcgccgcaaagtggcaatcagtcggattccagcaattacgaattcaaattcccggccaaa
ttgcgcaaggtcaacgaagagtcgcccaacagcgtggaaatgtacccgatgttgaatcga
ttgtcgcctagtcattccaaccatcaaacgggtccgtcccccgtcaacaacgtcaacggc
ttctccaatcccaactaccagaacccacctgtgatcaagtgttccgacctggacgatctt
ccgctatcccccaagaagccaccacccgccacttcgcaggtcattggcaatcaattgtac
atgaacattagccagccgccgcctacccggaatgaggacgatgaaccgcattacgccaac
cctaaaaacaacgccaggatcgtttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (96)   
   KEGG ORTHOLOGY (1)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (10)   
   Pfam (10)   
All databases (112)   

Download RDF
DBGET integrated database retrieval system