KEGG   Nothobranchius furzeri (turquoise killifish): 107390276
Entry
107390276         CDS       T05163                                 
Symbol
pkd1
Name
(RefSeq) polycystin-1 isoform X1
  KO
K04985  polycystin 1
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:nfu03037]
    107390276 (pkd1)
   04812 Cytoskeleton proteins [BR:nfu04812]
    107390276 (pkd1)
   04040 Ion channels [BR:nfu04040]
    107390276 (pkd1)
   04091 Lectins [BR:nfu04091]
    107390276 (pkd1)
Cilium and associated proteins [BR:nfu03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   107390276 (pkd1)
Cytoskeleton proteins [BR:nfu04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    107390276 (pkd1)
Ion channels [BR:nfu04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   107390276 (pkd1)
Lectins [BR:nfu04091]
 C-Type lectins
  Group 10: Polycystin
   107390276 (pkd1)
SSDB
Motif
Pfam: PKD REJ PKD_4 PLAT PKD_channel Polycystin_dom LRR_8 Lectin_C LRR_4 Y_Y_Y WSC GPS Ldh_2
Other DBs
NCBI-GeneID: 107390276
NCBI-ProteinID: XP_015822382
UniProt: A0A9D3BWA6
Position
sgr02:complement(7127735..7209383)
AA seq 4614 aa
MPCRNGLTLSNQKHGVCVLRLSLFPGLLVALCCLEVWGSGNGPGGRSCGPCPVNCSCASA
GPQQLCVVNCSNIGLERAPAAVDFPLTVSVLDLSKNHISSLDTSLLDRLSGLRELYLQGN
RINVLPRGVFCRGPLSVLDLSNNQITTIEERICDNLCNLTQIDLSSNPFECDCKLFRLVR
CLQKKGVQVRRPHAMLCNHPPELHKQPLLNDSLLTCGPSYAACLEDSTIGGGGRSELVIF
TSSNPGNFTREQCNSVCFGLSHLYGGLGDRHECLCSTNNEPNFISGSQCSAACTNRHVMT
ECGWTLARDVFAVEFSVSLRPLLLQRFFHSVHDPIAFSANSSVTHVMQSWDFGDLSSRVN
STVAGITINTKHKYGLPGHYGVSLMAWAGHKEVSAHTQVTVTLPPKLELRCPQIAVANKS
LEVQLVSWGGIGLDVKWTITKDGVQVAKASPRCPEDGVRHNETSSCFEIVPEELSWTDAR
QQCLNRGGDLAILRSDSLRNVLANKVTQERGVWLGLSDVDVPGKLRWVNGSEAQEGEEGL
RPRTAISPGNLCVSFDQHRQTSSHLCDAKRAYICQYIPQMRVPDAGVYTLGLPVFQTHNP
LHRVSSATLTAPQTSSRGVEVLLFPALSFVQAGRLSSLEFITQDLGSEVHVRFQIYRPRC
RFSDRRLLLPSCGGPVCSPVAVCVPNLRATGDPPSCPPLEQWCPFQRRCLALSSPCHPSS
CPNCTHGHFLPPWTGRPRYILQNEVFFTLPAGPAAHVQMQDQLEDILVSRGDVIALQHDG
GPSSLLRCQSSPQSLWRQPVFALNLSMWFWINTRHPADFPADPSPKPELDLETLVENREG
NWVEEELCQIRVLYVGHNTTQLQGAQLSAGLPQPGLYSLLVSSTEPSYPSSASCPLEVVP
PLGLTILHPLLKNGSLYLQPNNTQLLLRVQSRNETRVSRRGDVHSAIFQAKCPPEFLSTL
CQPGQSFRSEVEVSEPSLYAMLDLNLRAEEQRGPVQVELEAHSTVTEDHLVVVVHLEEPL
RGLVVQPHPANRVLMDSVVSYTASVRQGSSPTFKWTVDDKPHFTYYNAVFNVIYQHAAIY
KLTVTATNHVSSITEHYNVTVDRLQPMSNLTVKGVPDVVPQGSNQTLTTSVLMDLSVPAT
FRWSFGDGGYEEFEFKPPYSPSLLCPDAPNQILLSKNITYIYSQPGIYTALVSVSNRYSN
ISQSINMSVYSILTHVDIQTEPPLLLAAKSAEFEAHPLPSPYGIHYDWNFGDSTPIQHGR
RVAHTFAHCGNFSVCVSVNNTISHTKVCAERFVYEEIEHLTANSSSPTELHSPTTVWAHL
GSGNNITWTFSMGDGTIYNTPDPKVSHSYTKEGNYTVNVTAINAVSSGWTILPVHVFVFQ
VIKMEPSGCVQEKTSVNFQAWVSGNASLHLYEWSFGDGSPNETHQGNPKVSHTYRSSGKY
HLSLLLSSGVNRATKANFFNWVCVQPALTNISFIPEKSHYAVGEEVQFKVTAEPDFNYSY
RWDFGREEGLVLTHGSGNSLTTYKKPGHYVVTVQVSNNISEGSRRAGIDVLMPIGPVFIH
HNGTKHNNLTLGVPYVFMTSSLASDVSYIWNFGDGKSLTGQNVLHTYNFSGNYNITLTAT
NTVSQNETALQVSVLTPIRGLRLKFNVSSINVPVNTTVHFEALKDEGDNVRYSWIVCDHC
TSIPSTHTMHYTFRSVGTFNIIVTAENNIGTAQANTFMFVLRELEGLQILAEEIKGCGSA
GLENWCYPTNQSLHLQAGLKEGTNMTFTWSIVRDLDPLSSFNATGKTVKLNFSKSGPCDV
FLRVANLLGQLLVNRTIQFVEPAGGVDLLISNNPVAVGVPTNLTALVLQGTGLQYQWSIE
GLSQSWNEPWLNKIFTSPGLKQVSLKVFNEVSSGSSATVVCVQEVITGLSFSATNVTGHS
YVATGVNVSLQGEVQMGTNVTWTWQIEGKTHTGRQTFHKFEEPNSIVITLNATNDVSAQV
VSREFHVQDPIQWLELKASKKLAAVNEKVEFTILMKGGTDVNLILSISGGVTFNTQPNKT
YTHIFSRVGSYMVNLTAHNQVSFKTRQLHVVVMEPVSGLSIQGIRPAIPVGEPQLFVANI
LTGNCVTFLWTISLNQHQWSSIVGKEVTRTPEDPGWLTIFLSAVNSLHNQNITKRIQVQN
RLESANLSAEPCDTLVNKTVTLTASITPRSNPVACMWDFGDDTTQVYTNTTTVGYKYRHP
GDYMVKVNCSNLVSMVSSEVKVIISVLECEEPEVNMAQTRLAIWRSQSTLVEASVDLKGC
IRYGAQYLWQIMRDDSFASGSEPCRFSPARAVRLPPEVDVQRLQLLLPKMSLAAGNYSLK
FSLSYEGVPLKKDACLQLSVMAAKLMPIIEGGTRRVWSRTQDLQLSAEQSYDPNMDPESQ
SLLHYHWECQSTSKGPEHCSSLNFGLGSSGPVLGISGSELEAGVEYTFKLTISKDSMTPE
STTQTVIVHGGHIPMVYLECVSCKAQSIYEVSQNSYVFLRGTCTNCQGFHRGRWSAMTLN
NETLVLDSSSITTESDSMNLVLRQGVLSKNESYIFTLHVIDSSLDGEGAASITLYHNTPP
EGGECHLTGAVEVGALSMDGAGDSWRIRTLLDRVHFNCSGYSDLGVSETPFLYSLLVTRC
REEYCEDFCVYKGSSPEHSAFLPPGFSSARHRVAVSITVEDHQGATSLALNKTIEVLLPD
FPPEYSSLPHWLSELTDTKLKKLLEQGDSQRVRELSLALITVLNEYEQARETSPVSREER
SYRVKVRSNITRALTALDLKTVSDIQQTSAALAQCTAVSREFICEECQNSTLNKLESMLE
ILQTDTKQGTVTPTEIADNILNIMGDLIHQVSQSASHLNFQLPYVDSPSSSSTTTSSSSS
SSVEHGNLLLDTPPSSLEPHPLRVAAKAYSLSSVLMLILMHARVLNEEPLVLRGAEIAAT
GKLADPQSLLCYHGNNSPECQRFSIPHAFNKSLGKAAAGSGIMQLLFQVESNPFPFNYVS
NYAVSTEVASMEFRTENGTQIPISGLDDSIAITVAINNGSSAEAGADSSGAGRVPASGAV
NISHCDSVIVRVRAGNSNRHAGLFVQLNFTSLEEKSESYERGRIDVEPYITAYLHSHEKP
NEFNCTQRKHITLSMTRGQDHKKYTFFLSPESYDTTLDYFINVSTPCSPDSGQGVCLEVG
VYTSLCQYFSESEKQWRTDGMVPLAETNSSRAVCRTRHLTVFAAGLFVPTNAISFTMPER
SGAPSLIVLLVCIMGLLSYIVAAAILNKLDQLDLRRAAVVPLCGQSGIFKYEIQVKTGWN
RGAGTTAHVGISLYGRESRSGHRHLDSKGAFTRNALDIFQISTNTSLGNVWKIRIWHDNK
GLSPAWMLQYVLVKDMQTDSSYYFLVEEWLSVDNEKTGRRVEIEVEAAEETTLCQLPRLL
RCELQRALCESHMWLSLCERPPRSPFTRLQRATCCAVLLQLFLLANTLWYSIVTDRRYSA
RAVSRFSSLNGETVAAGVVSCLVVYPLYLLVFTILRMSRSKSVTVKQVPPQVDQESVEID
DFLDNSTGGSSFLSFNGETNSEKTNMDLPSSSFRSEDSLDMEDEEDTDDRDWPELLSDES
IVGGAGHGAGMPKLKRRQGSRHLGVEMTFGPDEEEREEGADQHHKHFSSSADEDLIKHIL
TDGQNLFPQPDESEMVDLSSIFGDKTEVILLQKLSEPDPLESVRRDPPKTAFTANTVVTD
VCRPRRFPPWCGQAALWGSWVGIALSSCVSIWAGRAFSEKVSMMWLISCFASFLCSCLLL
EPIKVVCEALYFAVCVRRLRPEDQDMLVEGSRVEQVVQRITRVRPPQGFALSRARQQARK
VHMLHAMLKNFLVYVFFLLVVLLLNYSDSAKDTHCLRLRTQLQQTLLTPEYRTISSRDDV
LTWMNGSLLPLLLNDSLLLRDTGSVLLGSVRIRQTRDKQGDFSPGSNFVTTQTKDAVSGA
VGAAWVWRLDLMENDSRDAVHLFNGSLEEASSCLWRLQQLHWLDPRTRSVAVEFSLYNIN
TNLLSVFSFLFDFPVSERAQSSLELTVLTLWPLTGLDLQLLLTMVLLGLVLYFLVQGVLA
FLRWGYRYLLSVWTLMGICKLSLAVCVCGLHLSRSVMAKQQWESFLKHPRGAFTDFHPLS
KLSETYTVMSALLLFILVLKASHQLRFLREWAVFGRALRRSAWELLVAAAALLLLLLAYS
HTGHLLFHSVLDGYGSVASACRSLLGAGGRGPLSWHPAVMMTGPSSTFSLLAFHASFAMI
RLVFLWLVVSVLLRNYRRARAELYRPAVDLQDYEMVELFVRRLKMWMGLSRTKEFRHKVR
FEGMELPPSRSSSTSDRKSLCLPQLDSPDSPPTPDSVDAGSEALWRPASSSPCSLTEAPG
LSIGLGLGLGFSPGMMVGGGTWREWVETEAPLGKLLPMLDALLQQLDRVTMATEDVYHME
CRLERAQRKMRHKGRDNSQEGRGRARQRGAGVEKDLKEELSGTEKHNRKGKRAERTLKEF
GSSSTNAKTTSVAEPVHLKPRPSSDHTPPPRPSVKPVTDKPPTDPPSISSPPSSKTPTPN
PHGPTPIPRDWDPPTERETLPSSSLFNHPAHTTTIPTRKRKRKPPPLKNKVHPT
NT seq 13845 nt   +upstreamnt  +downstreamnt
atgccttgtagaaatggactgactttatccaatcaaaaacatggcgtctgcgtcctgagg
ttgagcctctttcccggtctgcttgtggcgctctgctgcctggaggtgtggggctccggg
aacgggcccggcgggaggagctgcggcccctgtcccgttaactgtagctgtgcgtccgcg
gggccccagcagctctgcgtcgttaactgctccaacatcgggctggaaagggccccagca
gcggtggacttccctctaaccgtcagcgtgctagatctgtccaagaaccacatctcctcc
cttgataccagcctgctagatcgcctctctggcctccgggagctgtatctccagggaaac
aggatcaatgttctccccagaggagtgttctgtcgtggccctctgtcagtgctagatttg
agcaacaaccaaattaccaccatagaagaaaggatctgtgacaacctttgtaatttaaca
caaatcgatctgagcagtaacccctttgagtgcgactgtaagctgttccggttggtgcgg
tgcctccagaaaaaaggggtgcaggttagacgcccacatgccatgctgtgtaaccacccc
cctgaactccacaaacagcctttgctcaatgacagcctgctcacctgtggtccgagttat
gcggcctgtctcgaggacagcaccattggaggaggaggacgaagtgagcttgtgatcttc
acctcttccaaccctggaaacttcactcgtgaacagtgcaacagtgtgtgttttggtttg
tcacacctttatgggggcttgggggaccggcatgagtgtctctgcagcacgaacaacgag
cccaacttcatcagcggctctcagtgttctgcagcctgtaccaaccgccacgtgatgacg
gaatgtgggtggactctggctcgtgatgtgttcgcggtggagttctcggtctcgctcaga
cctctcctactgcagcgtttcttccatagcgttcatgacccaatcgccttctccgccaac
tcctctgtcacgcacgttatgcagtcctgggactttggtgacctttcgtctcgggtcaac
tccacagtagcaggcatcaccattaatacgaaacacaaatatggacttccaggacactat
ggagtcagtttgatggcctgggctggacacaaggaggtctctgcccacacacaggtgacc
gtgacacttccgcccaaactggagctgcgctgtcctcaaattgctgtggctaataagagt
ctggaggtccagctggtcagctggggtggcattggcttggatgtgaagtggacgattaca
aaggatggtgttcaggttgctaaagcatctccccgatgtccagaagatggggttcgacac
aacgagacctccagttgttttgagattgtcccagaggagctgagctggaccgacgcgcgg
cagcagtgtttgaaccgtggcggggatctggcgatactccggagcgactcgctgcgaaac
gtcttggcaaataaagttacacaggagcgcggcgtgtggctgggcctgagtgatgttgac
gtcccgggaaagctgcgatgggtgaacggatcagaggcgcaggagggggaggagggcctg
agacctcgcacggccatctcacctggaaacttgtgtgtttcctttgatcagcacaggcag
accagctcacacctgtgtgatgccaagcgggcctacatctgccagtacatccctcaaatg
cgtgttccagatgctggggtatatacactaggcctcccggttttccaaacccataatcct
ttgcaccgtgtttcatccgctactctcacggctccgcagacttccagccgcggcgttgaa
gtgttgttgtttcctgcgttgagctttgttcaagcgggccgcctgtcctctctggagttc
atcacccaggacctgggctcagaagtccacgtccggttccagatctacagaccccgctgc
cgtttttctgaccgacgcctgctgctgcccagttgtggaggtccagtgtgttctccggtt
gctgtttgtgtcccaaatctccgagcaaccggtgatccaccttcttgccccccactggag
caatggtgtccttttcagcgccgatgcctggccctgtccagtccgtgccatccgtcctca
tgtcctaactgcactcacggccacttcctgccaccgtggacgggaaggccgcggtacatc
ctgcagaacgaggtgttcttcactcttccagcaggaccagcagctcatgtgcagatgcaa
gaccaactggaggacatcctggtgtcccgtggtgatgtcatcgccctgcagcatgatggc
ggtccatcctcccttcttcggtgtcagtcttcaccacagtcgttgtggcgacagccagtt
tttgctctgaacctatcaatgtggttctggatcaacaccaggcatccggcagattttcca
gctgacccctcacctaaacctgagctggacttggagactctggtggagaacagggaggga
aactgggtggaggaagaactctgccagatccgagtgctctatgtgggccacaatacgacc
cagctgcagggagcacagctgtctgctggtctgccccagcctggactctacagcctgctg
gtttcctccactgagccatcatatccttcctcggcatcgtgccctctagaggtggtgcct
cctcttggcttgaccatcctccacccgcttctgaaaaacggctccctctacctgcagccc
aacaacacgcagctcttgcttcgtgtgcagtcccgcaacgagacgagagtgagtcggcgt
ggcgacgtccacagcgcgatttttcaggccaagtgtccgcctgagtttttgtcaacttta
tgccagcctgggcagagcttcaggtcagaggtcgaggtctctgagcccagcctgtacgcg
atgctggatctaaacctgagagcagaggaacagaggggtccggtgcaggtggagctggag
gctcacagtaccgtaacagaagaccatctggtggtggtcgtccacctggaggagccgctc
aggggcctggtggtgcagcctcaccctgcaaacagggtactgatggactcagtggtgagc
tacactgcatcagttcgtcaaggttccagtcccacgtttaaatggacagtggacgacaag
ccccacttcacttattacaacgccgttttcaacgtcatctaccagcatgccgccatctac
aagctcactgtgaccgccacgaaccacgtcagcagcatcacggagcattacaacgtaacg
gtggatcgtctgcagcccatgtccaacctcacggtgaagggcgttcctgatgtggtccct
cagggatccaatcaaacgctcaccacctccgtgctcatggacttgtccgtgccagcaact
tttcggtggtcttttggtgatggtggatatgaagagtttgagttcaagcctccttattct
ccatccctcctgtgtccggacgctccgaaccaaatcctcttgagcaaaaatatcacctac
atctactctcagccaggaatctacaccgccctggtgtccgtgtccaatcgctatagtaac
atcagccagagcatcaacatgagcgtttacagtatcctcacacatgtcgacatacaaaca
gagccaccgctcctcctcgcagccaagtcagctgaatttgaggcccatcctttgccctct
ccatatggcattcactatgactggaactttggagacagcactcccatccaacatggccgt
cgtgtggcacacacctttgcccactgtggtaacttcagtgtctgtgtgtcagtgaacaac
accatcagtcacactaaagtctgcgctgagagatttgtttacgaggagattgaacatctg
acggctaacagctcctctcccacggagctgcacagtccaaccacagtgtgggcccacctt
ggttctggtaacaacatcacatggacgttctcaatgggtgatggcaccatttataataca
cctgatcctaaagtgtcacacagttacaccaaagagggcaactacacggtaaacgtcact
gccataaatgctgttagctctggctggacaatccttccggttcacgtgtttgtcttccaa
gttataaagatggagccatccggttgtgttcaagagaagaccagtgtcaactttcaagcc
tgggtgtctggtaatgcatcgcttcatctttatgagtggagctttggggacggaagcccc
aatgaaacacaccaaggcaacccaaaagtctcacacacctacaggtccagtggaaaatac
catctctctctgcttctgtccagcggagtcaacagggctacaaaagccaatttctttaac
tgggtctgtgtacagccagcgttaaccaacatcagcttcatccctgagaagtcacactac
gcagttggggaggaagtccagttcaaggtcacagctgagccagattttaactacagctat
cggtgggactttggtagagaggaaggactagttctcacccacggttctggaaatagtcta
acaacgtataaaaaaccaggacactatgttgtgacagttcaggtctccaataacatctct
gagggtagcagaagggctgggattgatgttctgatgcccatcggacctgtttttattcac
cacaatggcacaaaacacaataacctgacactgggagtgccatatgtcttcatgacgtcg
tctttggcctcagatgtctcttacatctggaattttggagatggaaaatcactgacgggg
cagaatgtcctccatacttacaacttctctggaaactacaacatcacgctgacagctacc
aacaccgtcagtcagaatgaaactgctttgcaggtttctgtgctcacaccaatccgagga
ctcagactgaagtttaatgttagctccataaatgtccctgtgaataccacagtccacttc
gaggctcttaaggatgagggagacaatgtccggtactcttggatagtgtgtgaccattgt
acttccattccgtcgacccacaccatgcattacacctttcgctctgttggcacgttcaac
atcatcgtgacagcagagaacaacatagggacagcacaggcgaacaccttcatgtttgtc
ctgcgtgagttggagggtctgcagatattagctgaggagatcaaaggatgtggaagcgca
gggttggagaactggtgttatcctacaaaccagtcccttcaccttcaagcaggactgaaa
gaaggcaccaacatgacctttacttggagcattgtcagagatttggaccctctcagttca
ttcaatgcaactggaaagactgtgaagttgaatttctcaaagtccggtccgtgtgacgtc
tttctgcgggtggcgaatctccttggccagctgttggtcaacagaaccatccagtttgtt
gaaccagctggaggagtggacttactgatcagcaacaacccagttgctgttggtgttccc
acaaacctgactgcactggttttgcaaggtacaggtctgcagtaccaatggtcaatagaa
gggctcagtcaatcatggaacgaaccttggttgaacaagatcttcaccagtccgggtcta
aaacaggtttctctgaaagtctttaatgaagttagttcagggtcttcagcaacagtcgtt
tgtgttcaagaagtcattacagggttaagtttctcagccaccaatgtgaccgggcatagt
tatgtagcaacgggtgtcaacgtctccctgcagggggaggtgcagatgggaactaatgtg
acctggacgtggcagatcgaaggaaaaacccatacaggaagacaaacatttcacaaattc
gaggagccaaattccattgtcattactctgaatgccaccaatgatgttagcgcgcaggtg
gtttccagggagttccacgttcaggacccgatccagtggctggagctgaaggcgagtaag
aagttagcagcagtcaatgaaaaggtggagttcaccattctcatgaagggaggcaccgac
gttaatctgatcctcagcatcagcgggggcgtaaccttcaacacccaacccaacaaaacc
tacacccacatcttcagcagggtgggttcctacatggtgaatctcaccgctcacaaccag
gtgagtttcaagactcgacagctccatgtggtggtgatggagccagtgagtggactttcc
atccagggaatcaggccagcaatccctgtgggtgagccacagttgtttgtggccaacatt
ctgacgggcaattgcgttactttcttgtggaccatcagtctaaaccagcaccaatggtct
tccattgtgggcaaagaggtgacccgcactccagaagatccaggctggttgaccatcttt
ctgagtgccgtcaacagtctccataaccagaacatcaccaagcgcatacaggtgcagaac
cggctggagtctgcaaacctgtctgcagaaccatgtgacactttggtcaacaagacggtc
accctgacggcctccatcacacccagatctaatcctgtggcgtgtatgtgggactttggt
gatgacacaacacaagtttacaccaacactacgactgtgggttacaagtacagacaccca
ggagactacatggtcaaagttaactgcagtaacctggtaagcatggtttcatccgaagtg
aaggtgatcatcagtgttttggagtgtgaggagccagaggtgaacatggctcaaacccgc
ctggccatctggcgctcccagtccactttggtggaggccagcgtggacttaaaaggatgc
attcgctacggcgcgcagtacctttggcaaatcatgagagacgactcttttgcttccgga
tcggagccttgtcgtttttcacctgccagagccgttcgtcttccaccggaggtggacgtg
caacggctgcagctgctgttaccgaagatgtccctggcagcagggaactacagcttaaag
ttttctctgtcatacgaaggagtcccgctaaagaaggatgcctgtctacagctcagtgtc
atggctgctaaactaatgcccattatcgaaggtgggactcggagagtgtggtcaaggacg
caggacctgcagctcagcgcggagcagtcctacgacccaaacatggacccagaaagccag
tctcttcttcactaccactgggagtgtcagagcacctccaagggtccggagcactgctcc
agtctgaactttggcctcggctccagcggtcctgttctgggaatctcaggttctgagctg
gaagccggcgtcgagtacacgttcaaactgacgatcagtaaagacagcatgacgccagag
tccaccacgcagactgttatcgtgcatggcggtcacattcccatggtgtatctggagtgt
gtgtcctgtaaggcccaatccatttacgaggtcagccagaactcatacgtcttcctcaga
ggaacctgcaccaactgccagggctttcacagagggcgctggagcgctatgacactgaac
aacgagactctggtcctggactcgtcctccatcactacagaaagcgacagcatgaatctg
gtgttgcggcagggagtcctgagcaaaaacgagtcctacatcttcaccttgcacgtaatt
gacagcagtctggatggtgaaggggccgcctccatcacgctgtaccacaacacgcctcca
gaaggcggggagtgtcacctgacgggggcggtcgaggtaggggcgttgagcatggatgga
gctggagacagctggaggatacggactctgctggaccgggttcacttcaactgctcaggt
tacagcgatctaggtgtgtcagaaacgcccttcctgtacagccttctggtgactcgatgc
agggaggaatactgcgaggacttctgtgtttacaaaggtagcagtccggaacactcggcc
ttcctgcctccaggcttcagttcagcccgacatcgtgtggctgtgtccatcacagtggag
gaccaccaaggagccacgagcctggcgttgaataaaaccattgaggttctgttgccagat
ttccctcccgagtacagcagtcttcctcactggctgtcggagctgacagacaccaagctc
aagaaactgctggagcaaggagactcccagagggtcagagaattatcgctggctctcatc
acggtcctgaacgaatatgagcaggccagagagacatcgccggtgtctagagaggaacgc
agctacagagtcaaagtccgcagcaacatcaccagagctctgaccgctctggacctgaag
accgtgagcgacatccagcagacatctgctgccctggcacagtgcacggctgttagtcga
gagtttatatgtgaagagtgtcagaacagcactctaaacaagctggagtccatgttggag
attctacagacggacaccaagcagggcaccgtcaccccgactgaaatcgccgacaacatc
ctgaacatcatgggtgatctaatccatcaagtcagtcagtcagcctcacatctgaacttt
caacttccctatgtggattctccttcatcgtcctccaccaccacctcctcctcctcctct
tcttctgttgagcatggaaatctcctgctggacacgccgccctcctctctggagccacac
cccctgcgcgtggcagccaaggcctacagcctgtcctcggtgctcatgctgatactgatg
catgcccgtgtcctcaacgaggagccactggttctcaggggggcagagattgccgccaca
ggaaaactggctgacccccagagtctgctctgctaccacggcaacaacagcccagaatgc
cagaggttctccatcccgcatgcttttaacaaaagtctcggcaaagctgctgcaggaagc
ggcatcatgcagctgctttttcaggtggagtccaatcccttcccgttcaactacgtgtcc
aactacgccgtctctaccgaggtagcgtcaatggagtttcgcactgagaacggcacccag
atccccatctctggactcgatgatagcatagccatcactgttgccattaacaacggcagc
agtgcagaggcgggtgctgatagttctggtgccggcagagtccctgcatccggggcggtt
aacatcagccactgtgactctgttatcgtcagggtcagggcaggaaacagcaacaggcac
gcggggctgtttgtgcagcttaattttacctctttagaagaaaaaagtgagagttatgaa
aggggacggatcgatgtggagccgtacattaccgcctaccttcattcccatgaaaaaccc
aacgagtttaactgcacacagaggaagcacatcacactaagtatgaccagggggcaagac
cacaagaagtacactttcttcctgtcaccagagtcctacgacaccactctagattatttc
atcaacgtgagcacaccctgcagccctgactcaggtcagggtgtttgcctcgaggtcggg
gtgtacacctctctgtgtcagtacttcagtgagagtgagaagcagtggaggactgatggc
atggttcccttggcagagaccaactccagcagagctgtttgtcgaacccgccacctcacc
gtctttgccgcggggctgttcgtaccgaccaacgccatcagctttactatgccggagcgt
tctggtgcaccaagcctgatcgtgctcttggtgtgcataatgggtttgctaagctacatt
gtggcagcagccatcttaaacaagctagaccagctggatcttcgtcgcgctgctgtggtt
cctctctgtggccaaagtgggatctttaagtatgaaatccaagtcaaaaccggatggaac
agaggggcaggcacaacagctcacgtaggaatcagtttgtatgggcgggagagtcgcagc
ggtcatcgtcaccttgacagcaaaggagctttcacacgcaatgctctggacatctttcag
atctccacaaacaccagcctggggaatgtgtggaaaatccggatctggcatgacaacaaa
ggtctgtcaccagcatggatgctacagtacgtgttggtcaaagacatgcagacagacagc
agctactacttcctggttgaggagtggctgtctgtggacaatgagaaaacaggtagacgg
gtggagattgaggtggaggctgcagaagagacgacgctctgtcagctgccccgccttctc
cggtgtgagctgcagagggcgctatgcgagagtcacatgtggctgtcactgtgcgagagg
cccccccgcagccccttcaccaggctgcagagagccacatgctgtgctgtgctactgcag
cttttcctgctggctaacactttgtggtacagcatcgtgacagacaggagatacagcgcg
agggccgtgtcaaggttttcctccctgaatggagagacggtggcagctggtgtggtctcc
tgtctggtcgtctaccctctctacctgctggtctttacaatcctcaggatgagccgcagc
aagtctgtgacggtgaagcaggtgcctcctcaagtggatcaggaatccgtggagatcgac
gacttcctggacaactcaacaggagggagttcctttctttccttcaacggggagaccaac
tcagagaaaacaaatatggacttgccatcttcatcgttcagaagtgaggacagtttggac
atggaggacgaggaggacacagatgacagggattggccggagctgttgagtgatgagtcc
attgtgggaggagcgggacacggggcgggaatgcccaaactgaagaggcgtcagggcagc
cgacacctgggtgtggagatgacctttggccctgatgaagaggagagggaggaaggtgct
gatcagcaccacaaacacttctcctcatcagcagacgaggatcttatcaaacacattcta
acagacggacagaacttatttcctcagcccgatgagagtgagatggtcgacctttcaagt
atttttggagacaagacagaagtgattctccttcaaaagctgagtgaacccgatcctctg
gaatctgttagaagagatccaccaaaaactgccttcaccgccaacacagttgtgacggac
gtttgccgacccaggcgctttcctccctggtgtggtcaggctgccctatggggcagctgg
gtcgggatcgctctgagcagctgtgtttccatctgggctggccgtgccttcagcgagaag
gtgtccatgatgtggttgatctcctgctttgccagtttcttgtgctcctgtctgctgttg
gagccaattaaggtggtgtgtgaggcgctgtactttgctgtgtgtgtgcgtcggctgcgt
ccggaggaccaggacatgctggtggaaggttcccgagtggagcaagtggtccagcggata
accagagtgagaccacctcagggcttcgctctgtctcgagcccggcagcaggcccgtaag
gtccacatgctgcacgccatgctgaagaacttcctggtttacgtgtttttcctgttggtc
gttttgcttctgaactactccgattcagccaaggacacacactgtctgaggctgagaact
cagctgcagcagaccctcctcacaccagagtaccgcaccatcagcagccgtgacgatgtt
ctgacgtggatgaacggatccctgctgccgctgctgcttaacgactcgttacttctgaga
gacacaggaagtgttctgcttggttctgtgaggatccgacagactcgcgacaaacaaggt
gattttagtccaggctccaactttgttacaacccagactaaagatgcagtttctggtgcc
gtcggtgcagcttgggtgtggcgtttggatctgatggagaatgacagcagagatgcagtt
cacctgttcaacgggagcctggaggaggcctcttcctgtttatggcggttacagcagttg
cactggctcgaccccaggactcgtagcgtggccgtggagttctccctctacaacatcaac
actaacctgctgtcagtcttctcctttttgttcgacttccccgtttctgagcgcgctcag
tccagtcttgaactcaccgtcctcacgctgtggccactcacaggcctggacctccaactt
cttctcacgatggttctgctcggcctggtgttgtatttcctggtccaaggggtcctggct
tttctcagatggggctacaggtatttgctttcagtctggacgctgatgggaatctgtaag
ttgtctctggcagtgtgtgtgtgtgggctgcacctgagccgctccgtcatggccaagcag
cagtgggaatcgttcctgaaacatccgcggggcgccttcacggacttccaccctctgtcc
aaactgagtgagacgtacacggtcatgtctgccctgcttttgttcattctggtgctcaag
gcttctcatcagctgcggtttcttcgagagtgggcggtgttcggcagagctctgcgccgc
tcagcttgggagctccttgtggctgcggcggcccttctgctcttgctgctggcttactca
cacacaggacacctgctcttccactctgtgctggacggttatggtagcgtggcgtcggcc
tgtcggtccctgctgggggctggtgggagaggcccgttgtcgtggcatcctgctgtgatg
atgactggcccctccagcaccttttccttgctggcgttccatgccagcttcgccatgatt
cgattggtgttcctgtggttggtcgtctccgtgctgctgaggaactaccggcgtgcgcga
gcggagctgtaccgacctgctgtggatctccaggactacgagatggtggagctgttcgtc
agacggctcaaaatgtggatgggcctcagcaggacgaaagagtttcgtcataaagtgcgt
tttgagggcatggagctgccaccgtcgcgctcgtcctccaccagcgaccgtaagtccctg
tgtctgccccagctggacagcccagactccccccccaccccggacagcgtggacgctggc
tccgaggccttgtggcgcccagcctcttccagtccctgcagcctgacagaagctcccggc
ctcagcatcggactgggcctcgggttgggcttcagcccgggaatgatggtgggggggggc
acctggagggagtgggtggagacagaagcccctctggggaagctcctccccatgctggat
gctctgttgcagcagcttgaccgtgtcaccatggcaacagaggatgtgtaccacatggag
tgcagactggagcgagcccagagaaaaatgaggcataaaggaagggacaacagtcaggag
gggaggggcagagccaggcagaggggggcaggggtggaaaaggacttgaaagaagaactt
tctggaacagaaaaacacaacaggaagggcaaaagggcagagagaactctaaaagagttt
ggcagctcttctacaaacgccaaaacgacttctgtagccgaacctgttcatttaaaaccc
agaccttcctctgaccacacccctccccctcggccatcagttaaaccagtcacagacaag
ccccccactgaccccccgtccatatcatcgccaccttcatccaaaacacccaccccaaat
ccccacggtcccacacccatccctcgagactgggatcctcccacggagcgagaaaccctc
ccgtcctcgagcctgttcaaccatccggctcacaccaccaccatccccacccgcaagagg
aaacggaaacccccacccctcaaaaacaaggtgcacccaacgtag

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Ontology (5)   
   KEGG BRITE (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (170)   
   KEGG ORTHOLOGY (1)   
   RefGene (166)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (13)   
   Pfam (13)   
All databases (198)   

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