KEGG   Scleropages formosus (Asian bonytongue): 108925928
Entry
108925928         CDS       T04919                                 
Symbol
dnah6
Name
(RefSeq) dynein heavy chain 6, axonemal
  KO
K10408  dynein axonemal heavy chain
Organism
sfm  Scleropages formosus (Asian bonytongue)
Pathway
sfm04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    108925928 (dnah6)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:sfm03037]
    108925928 (dnah6)
   04812 Cytoskeleton proteins [BR:sfm04812]
    108925928 (dnah6)
Cilium and associated proteins [BR:sfm03037]
 Motile cilia and associated proteins
  Dynein arm
   108925928 (dnah6)
Cytoskeleton proteins [BR:sfm04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     108925928 (dnah6)
SSDB
Motif
Pfam: AAA_6 DHC_N2 Dynein_C AAA_8 AAA_9 AAA_7 AAA_lid_11 MT Dynein_heavy Dynein_AAA_lid AAA_5 AAA_lid_1 AAA AAA_22 AAA_16 AAA_18 nSTAND3 Sigma54_activat Nuf2_DHR10-like DEAD NB-ARC
Other DBs
NCBI-GeneID: 108925928
NCBI-ProteinID: XP_018593809
Position
16:14062431..14121363
AA seq 4161 aa
METGRHLSSPSQREPPEQHGPGGKEDQPSFMSERQRQGDPNLLHTMLISTASGSIHRNPE
ALVFTHSTKAQERRRTQEQPVKMEILPVLKKYQDQRQPEYIHRKNLEKVMSRNSADSKAY
TPSPMHLPRLPGHEKRDLQGPQSQASCPPKKPCPPRSRQPTVTPLVRTPSPLQLHPLRFG
SAEEVARARLSTPPEIVRVIRDNPHLGFLYMVSAMPKSSIKYDAYNLKIVTYDKVKKSDF
YTISQAGLMHVCSGEEDFLSLERWEHEYHCHQRLVRIPVFALFRKWKAFRVWRTSVRSKK
ISKCKHVLRKHLFIVNESLRPALIDIWEMCYRISDMGLCHIQKKYTYTLEKFQSTQQKQL
REVSARLDEFRELVKEVARSACRTALLEAGYTPDYYVLESEASGDGEPGKSRRETGTLHE
EVPEKMSYTQQAIKRSHCRRLSCFIRLVDYLILNTMHILVVNSVATLLDALKDQIQRTPS
EELIRTWSTEESHVDTGEKDLAMDEEAEASPVPMFVSELIMEVDALFYKPSLEDFQDCLA
EIITCFQGTVLSLNTLLSDPYFDAFTRPMINNKVEEKACGEGPSLEIVLEDDRHLQTIIQ
NIKETLVFAFEAANVYAETFERFHHFFKENMALDLEALRQQEHGLDFFGKSLEKYHQEHK
EALTIQQKMELGLLLVDTTQLKGKLVPSPLRCLEAIHDMLPLLAKKKMDAIIAEAQDAQF
QLELVPTATIEFVKSLTFLDEIQERIEALDTEMDTVCQMYKLMEQYEVPTPPEDIAVYAT
LRPSIISVHNAIDKAVGERDANVEKFCQHLQRDILDLNREVSRIKQQAQEWQILDISAER
PKVKKLLHDIQSAIDELQEQAFQYKLYQKNFKVEVTKYEALEELSAEVKLKQLLWDSLEE
WDSHQGSWMTSKFEELDPEQLNAEVVKYSKFVSQLEKGLPPNSVVPRLKEQVESMKEKLP
IITNLRNPSLKARHWDMLEQIVGASLYAETLTLASLEELDMFRFIDEIQEVSGQASGEAS
LETILKKVEESWKTTEFVVLLHRDSKDVFILGGTDDIQALLDDSMVNVATVSSSRYVGPV
KARVAEWQRQLSLFSQTLEEWLTCQRNWLYLESIFSAPDIQRQLPAEAKMFLQVDKSWKE
IMRKVNRLPNALRATTQPGLLEVFRNNNALLDQIQKCLEAYLESKRAIFPRFYFLSNDEL
LEILAQTRNPQAVQPHLRKCFDAIARLEFALLPSAPTDTKGEPGEGEAEKVFSNDILAMV
SPEGEKVGLRKGLKARGNVEDWLSKVEEAMFSSLRRLSKASIADYLNRPREQWVVAGHPS
QVVLTISQLMWCRDLESCLEGDEDHFQALQEFEKVNFERLNALAALVRGQLPKLHRNIIT
ALITIDVHARDIVTGLVKEEVDCSSNFEWQRQLRYYWDLDLDNCVARMALSQYTYGYEYL
GACPRLVITPLTDRCYLCLMGALQLDLGGAPAGPAGTGKTETTKDLAKALAIQCVVFNCS
DGLDYKMMGRFFSGLAQSGAWCCFDEFNRIDIEVLSVIAQQLITIRNAKAAKLSRFMFEG
REIKLVMTCAAFITMNPGYAGRTELPDNLKALFRPIAMMVPNYALIAEVILYSEGFESSK
TLARKMTQMYKLCSEQLSQQDHYDFGMRAVKSVLVMAGSLKRENPHLSEDVVLIRALRDS
NLPKFLADDALLFGGILSDLFPGVVIPEHDYGVLQSTIVDCLVQLRLQPLPTMVNKVIQL
YETMIVRHGVMLVGPTGGGKTTVYTVLARAAETLHRAGHQGAFYLPVKTYILNPKSVTMG
ELYGEVNLLTLEWRDGLMALSVRAAVNDTSDDHKWIISDGPVDALWIENMNTVLDDNKML
CLANSERIKLTPSIHMVFEVQDLAVASPATVSRCGMVYIDSDQLKWMPYVQTWITGLPEK
VTDSMKGYLLDLFEQYVEKGLQFASKRCFQPMAQVDISKVTTLCCLLEALLLGKDGLQFN
MDPSRLNTILCQTFVFCYLWSVGGNLAENHWDAFDSFVRQQFEDNNDAKLPTSGDLWSMY
MDFDQKGLEPWERIIPTFSYNQEMPFFEMLVPTTDTVRYGYLMEKLLLVHQSVLFTGNTG
VGKSVVARGLLNSIQEKGGYVPVFINFSAQTSSARTQEIIESKLEKKRKNILGAPGNKKV
VIFVDDLNMPKLDSYGSQPPIELLRQFQDFQGFYDREKFFWKEIQDVIISAACAPPGGGR
NPVTPRFIRHFSMLCLPMPSEHCLKQIFKAILSGFLMEFPLAVKQMASSIVDAAVEIYNR
MSVDLLPTPAKSHYVFNLRDLSKCVQGMLQCEAGTVREQNHIFRLFCHECQRVFHDRLIN
NEDKMYFNTMLSEMASKYFGFNLEPSYFVDKPIIFGDFIKIGANKADRIYEDLTDMDKIR
SVLQDYLDDYNMTNAKETKLVFFQDAIEHISRIARMIRQERGNALLVGVGGTGKQSLTRL
AAHMCGYRCFQIELSRGYNYDSFHEDLRKLYRMAGVEGKDTVFLFTDTQIIVEEFLEDIN
NMLNSGEVPNLFEKDELEQVLAAMRPKAKEAGISEGNRDEVFQFFIARVREKLHIVLCMS
PVGDAFRSRCRMFPSLVNCCTIDWFIQWPREALLSVSRTFFKNVELGSEEMKERFSEMCV
EIHVSVMEMADRFYAELRRRYYTTPTSYLELINLYLAMLGEKRQQLVVARDRVKNGLIKL
LETNELVDKMKVDLSALEPMLKQKSIDVGALMERLAVDQEKADEVRKVVLEDEAVAKVKA
EETQAIAEDAQRDLNEALPALDGANRALDSLDKADISEIRVFTKPPDLVMTVMEAVCILL
NAKPDWASAKQVLGDSYFLRRLMEYDKDNIRPQILQKLQKYVNNPDFVPEKVEKVSKACR
SMCMWVRAMDLYSRVLKEVGPKRQKLATAQAELDVTMATLREKQKKLQEVENHINILQEQ
FRNSVAEKESLAETMALTEARLGRSGKLTAALGDEQVRWQESVAAFEQEINDVIGNVFIA
AACVAYYGAFTSQYRQLLIDQWTSQCQDLGIPISSGFSLVNILGDPYQIRQWNAEGLPRD
IVSTENGILVTRGHRWPLMIDPQDQANRWIRSKEAHNGLKVIKLTDTGFLRTLETAVRLG
MPVLLEELKETLDPALEPILLKQTFVAGGRTLIRLGDSDVDYDKNFRFYMTTKMANPHYL
PEVCIKVTIINFTVTKSGLEDQLLSDVVRLERPDLEEQRNQLIVQINADRNQLKAIEDRI
LKLLFTSEGNILDNEELVQTLQESKVTSEAIKTRLKEAEATELMINAAREKYRPVATRGS
VMYFVIASLSEIDPMYQFSLKYFKQLFNTTIETSERSSDLDVRLQTLLDQTLLASYTSVS
RGLFERHKAVYSFLLCVEIMRQRGEVSDAEWQHFLRGTAGIEKEYAAKPNVPWLSDFTWQ
TCCSLEDIMPCFQGIKNDIVSTQIAITLGSLEVSINPETWEGYVTELPPDSKEDPNNDQS
DVVRDHWDQRLGAFQKLLLIRSFMEEKVVFAVTQFVIVSLGKQFVENPPVDLATLYSNMS
PSTPLVFILSTGSDPMGAFQRFAKEKNYLDRVESISLGQGQGPIAEKMILEALKTGSWVF
LQNCHLAVSWMLAMEELIKTFSEPDTTIHKNFRLFLSSMPTKVFPVTVLQNSVKVTNEPP
KGLRANVRRAFTELTNPFFEEHILGRQWRKIIFGVCFFHAIVQERKKFGPLGWNIGYEFS
DSDRECALLNLNLYCHVGSIPWDALTYITGEITYGGRVTDAWDQRCLRTILKRFFSPANL
EDGHRYSSSGTYFAPEADSLHHYREYIEKLPLIDDPEIFGMHENANLAFQRQETSTLIGT
ILEVQPRSSAGGGGKSNDEIVQELAESILAKLPEKLDMETASESLFKRDANGRVNSLTTV
LGQEVDRFNSLLRVLQVSLNILQKAIAGLVVMSEEMERIYNSFLNNQVPDHWANAAYPSL
KPLGSWVKDLALRTSFIDNWIQHGQPKSFWISGFFFPQGFLTGTLQNHARAYNLPIDELN
FRFNMVPAYYDQSVVTEALKSLAAGSELEMDATLPTPEDGVLVHGMFMDASRWDDDNMVI
EDALPRVMNPPLPVVHFEPQQNYTAEASLYEAPLYKTSARAGTLSTTGHSTNFVVTVMLP
SSRLSDYWISKGSALLCQLND
NT seq 12486 nt   +upstreamnt  +downstreamnt
atggagacaggaaggcatctgtcttccccctcccagagggagcctcctgagcagcatgga
ccagggggaaaggaggaccagccaagcttcatgtcagagagacagagacagggcgacccc
aatctgctccacaccatgctgatctctacggcttccggcagcatccatcgcaaccccgag
gccctggtcttcacccacagcacaaaagcccaggagcgcaggcggacacaagagcaacct
gttaagatggagatcctgccggtgctcaaaaagtaccaggaccagaggcagcctgagtac
attcacaggaagaacctggagaaggtgatgagcaggaactcagctgacagcaaagcctac
accccatcccctatgcacctccccaggcttccaggtcatgagaagcgcgatttgcaggga
ccacagtcgcaggccagctgtccccctaagaaaccatgccctcccaggagcagacagcca
acggttaccccactggtccgcacaccctcccctctgcagctccatccactgaggtttggc
tcggcagaggaggtggcccgtgcccggctcagtacgcctcccgagattgtccgcgtcatt
cgagacaacccccacctaggcttcctgtacatggtctcggctatgcccaagtcctccatc
aaatatgatgcctacaacctcaagattgtgacttacgataaggtgaaaaagtccgacttc
tatacaatcagtcaggcgggtttgatgcacgtatgcagtggggaggaggacttcctgtcg
ctcgagcgctgggagcacgagtaccattgccaccagcggctcgtgcgcatcccggtcttc
gccctcttccggaagtggaaggccttccgcgtgtggaggaccagcgtgcgttccaagaag
atcagcaaatgcaagcatgtcctccggaagcacctcttcattgtcaatgagtccctgaga
cctgcactcattgacatttgggagatgtgctaccgcatcagtgacatggggctgtgccac
atccaaaagaaatacacgtacactcttgagaagttccagagtacccagcagaaacagctc
cgggaggtctccgctcgcctggacgagttccgagagctggtaaaagaggtggctaggagt
gcatgtcgcaccgctctgctcgaggccggatacactcctgactattacgtccttgagtcc
gaggcctcaggggatggggagccagggaaatcacgccgggaaacggggacactgcatgaa
gaagtgccagagaagatgagctacacacagcaggccatcaagaggtctcactgcaggagg
ctctcctgcttcatcagacttgtagactacttaattctgaacaccatgcacatcctggtg
gtgaactcggtagccacactgctggatgccctgaaagaccagattcagcgcaccccttca
gaggagctcatcaggacttggagcacagaggagtcgcatgtggacacaggggagaaggat
ctggctatggatgaagaagcagaggcaagtccagtgcctatgttcgtgtcagagctaatc
atggaggttgatgccctgttctacaagccatcattagaggacttccaggactgcttagca
gagataatcacatgcttccagggcacagtgctgtccctgaacaccctgctctccgacccc
tactttgatgctttcacgcggcctatgatcaacaacaaggtggaggagaaagcatgtgga
gagggtcccagtttggagatagtgcttgaggatgacaggcacctgcaaactatcatccag
aacataaaggaaacgcttgtgtttgcatttgaagctgcaaatgtgtatgctgagaccttt
gagaggttccatcacttcttcaaggagaacatggcactggacctggaagctcttaggcaa
caggaacatggcctggacttctttgggaaaagcctggagaagtaccaccaggagcacaag
gaagcactgaccatccagcagaagatggagctgggtctgcttttggtggacaccacacag
ctcaagggcaagctggtcccgtcacccctgcgctgcctggaggcaatccacgacatgttg
ccccttctggccaaaaagaagatggatgccatcatagccgaggcccaggacgcccagttc
cagctggaattagttcccacggccactattgaatttgtcaagtcgttgacgtttctggat
gagattcaggagaggatcgaagcgttggacacggagatggacacggtgtgtcagatgtac
aagctgatggagcagtacgaggtgccgacgccgcctgaggacatcgccgtctacgccacg
ctgagaccctccatcatcagcgtgcacaacgccatcgacaaggctgtgggtgagagggac
gccaatgtggagaagttctgccagcacctgcagcgtgacattttagacctgaacagggag
gtcagcaggataaagcagcaggcacaggaatggcagatcctggacatcagcgctgaaagg
ccgaaggtgaagaagctgctccatgacatccagagcgctattgacgagctgcaggaacag
gccttccagtacaagctgtaccagaaaaactttaaggtggaggtgacgaagtacgaagct
ctggaggagctgagtgcggaggtgaagctgaagcagctgctctgggattctctggaggag
tgggattcgcaccaggggtcctggatgacgtctaagtttgaggaactggatcctgagcag
ctgaacgctgaggtggtaaaatactccaagtttgtgagccagctggagaaggggcttccg
ccgaacagtgtggtgcccaggctgaaagagcaagtggagagcatgaaagagaagcttccg
atcatcacaaacctgaggaacccgtcactgaaagcacggcactgggacatgctggagcag
atcgtgggtgcgagcctgtacgcagaaaccctaaccctggcctcgctggaggagctcgac
atgttccgcttcatcgacgagatccaggaggtgtcaggacaggcttcgggggaggcgtcc
ttggagaccatcctcaaaaaggtggaagagtcctggaagaccacagagtttgtggtgctc
ctacatcgggattccaaggacgtgttcattctcggcgggacggatgatattcaggctctg
ctggacgacagcatggtgaacgtggcgacggtgtcatcctcacgctatgtgggccccgtc
aaggccagggtggccgaatggcagagacagctgtccctgttcagccagactctggaggag
tggctgacttgtcaaaggaactggctatacctggagagcatctttagtgccccagatatt
cagaggcagctgccagcagaggctaagatgttcctgcaggtggataagtcctggaaggag
atcatgagaaaagtgaaccggctgcccaacgcccttcgtgccaccacgcagcccggtctc
ctggaagtcttccgaaacaacaacgcgttgctggatcagattcagaaatgcctggaggca
tacctggagtccaagagagccattttccccagattctacttcttgtccaacgacgagctg
ctggagatcctggcacaaacaaggaacccacaggctgtgcagccccacctgcgcaaatgc
ttcgacgccatcgcacgcctcgagtttgccctgctgccctcggcacccaccgataccaag
ggggaacctggcgagggggaggcagagaaggttttcagcaacgacatcctggccatggtc
tcaccagagggagaaaaggtgggcctgaggaagggtctcaaggctcgtggaaatgtagag
gactggctcagtaaggtggaggaggccatgttctcgtccctgcggcgcctcagcaaggcc
tccatcgctgattacctaaacaggcccagggagcagtgggttgtggccggacacccgtcc
caggtcgtgttaaccatttcccagttaatgtggtgccgggacctggagagctgtttagaa
ggtgatgaagatcattttcaggccctgcaggagtttgaaaaggtcaactttgagaggctc
aacgcgctggcagcgctggtccggggacaacttcccaaactgcaccgcaacattatcacg
gccctcatcaccatcgacgtgcacgctcgcgacatcgtcaccggcctcgtcaaggaggag
gtggactgcagcagcaactttgaatggcaaaggcagctgcggtactactgggacctggac
ctggacaactgcgtggcgaggatggccttgtcacagtacacctacggctacgagtacctg
ggcgcctgcccccgccttgtgatcacgcccctcaccgaccgctgctatctgtgcttgatg
ggggccctgcagctggacctaggcggcgcccccgctgggccagccgggaccgggaagacg
gagaccaccaaggatctggccaaggcgctcgccatacagtgtgttgtgttcaactgctct
gacgggctggactataagatgatgggccggtttttcagcggtttggctcagtcgggggcc
tggtgctgctttgacgagttcaaccgcattgacattgaggtgctgtcagttattgctcag
cagctcatcacgatccgcaatgccaaggcagcaaagttgtccaggttcatgttcgagggc
cgggagatcaagctggtcatgacctgcgctgccttcattaccatgaacccaggctatgct
ggtaggacagagctgcccgacaacctgaaggccctcttccggcccattgccatgatggtg
cccaactatgcgctgatcgctgaggtcatcctgtactcagagggctttgaatccagtaag
accctggcacggaagatgacccaaatgtacaaactgtgcagcgagcagctctcccagcaa
gaccactatgactttggaatgagggccgtcaaatctgtccttgtcatggctgggtccctg
aagagagagaatccacacctgagcgaagatgtggtgctgatcagagccctcagggactcc
aacctcccgaagttcctcgcagatgatgccctcctctttggtggcatcctctctgacctg
ttccccggcgtggtcatcccagagcacgattacggggtgctgcagtccaccattgtggac
tgcctggtgcagcttcgcctgcagcctctgcccactatggtcaacaaggtcattcagtta
tatgagaccatgatagtgcgccatggcgtcatgctggtgggtcccaccggcgggggcaaa
accaccgtctacactgttctggcccgagccgcagagactctgcatcgcgctggccaccag
ggtgccttctacctgcccgtgaagacctacattctgaaccccaagtcagtgaccatgggg
gagctgtacggcgaggtgaacctcctcacgctggagtggcgggacggcttgatggcgctg
agcgtgcgcgcagctgtcaatgataccagcgatgaccacaagtggatcatcagtgacggg
ccagtggatgccctgtggatcgagaacatgaacacagtgctggatgacaataaaatgctg
tgcttggccaacagtgagaggatcaagctcactccatccatccatatggtgtttgaggtc
caggatttagcagtagcttctccagctaccgtcagccgctgtggaatggtctacattgac
tctgaccagttaaagtggatgccatatgtccagacgtggataaccggactgcccgagaaa
gtgacagattccatgaagggatatttgcttgacctgtttgagcagtatgtggaaaagggg
ctgcaatttgccagtaagagatgtttccagcccatggctcaggtggacatcagtaaggtg
accacactgtgctgcctgctggaggcgctcttgctggggaaagacggacttcagttcaat
atggatcccagcaggctgaacaccatcctgtgccagacctttgtgttctgctacctttgg
tcagtgggtggaaacctagcggagaaccactgggatgcctttgacagcttcgtccggcaa
cagttcgaggacaataacgatgccaagcttcccacctcaggggacctctggagcatgtac
atggactttgaccaaaagggcctggagccctgggagcgcatcatccccaccttcagttac
aaccaggagatgcccttctttgagatgctggtaccaaccactgacactgtgcgctacggc
tacctgatggagaagctcctgttggtgcaccagtcagtcctcttcacaggcaacactgga
gtggggaagtcagtggtagctcgtggcctgctcaacagcatccaggaaaagggagggtat
gttcctgtcttcatcaacttctctgcccagacttcctctgcacggacacaagaaatcatc
gagtccaaactggagaagaaacggaagaacatactgggtgcccctggcaacaagaaagta
gtcatatttgtggatgatctgaacatgcccaagcttgacagttacggctcccagccgccc
attgagctgctgcgccagttccaggacttccagggcttctacgatcgtgaaaagttcttc
tggaaggaaatccaggatgtgattatttcagcagcctgtgcaccccctgggggtggccgc
aaccccgtcaccccacgcttcattcgccacttcagcatgctgtgccttcccatgccttca
gagcactgcctcaagcagatcttcaaggccatactgtccgggttcctgatggagttcccg
ctggcggtgaaacagatggccagcagcattgtggatgcagccgtggagatctacaaccgc
atgagtgtggacttgctgcccacgcctgccaagtctcactacgtgttcaacctgcgggac
ctctccaagtgtgtgcagggaatgctgcagtgcgaggctggaacggtgcgagagcagaac
cacatcttccgtctcttttgccatgagtgtcagagggtgttccacgaccggctcatcaac
aacgaggacaagatgtacttcaacaccatgctctccgaaatggccagcaaatattttgga
ttcaatttagaaccaagttactttgtggacaagccaatcatctttggagatttcattaag
attggggctaataaggcagaccgtatatacgaggacctgacagacatggacaagatccgt
tcggtcctgcaggattacctggacgattataatatgactaatgctaaggagacaaaactg
gtttttttccaagatgcgattgagcacatctcaaggattgcccgcatgatcaggcaggaa
cgcggcaacgccctgctggtgggcgtgggtggcacagggaagcagtcgctgacacggctt
gcagcccacatgtgcggctaccgctgcttccagatcgaactcagccgtggctacaactac
gacagctttcacgaggacctgcgtaagctctacaggatggctggcgtggagggcaaggac
accgtctttctcttcactgacacgcagatcatagtagaggagttcctggaggacatcaac
aatatgctgaactcgggggaggtgccgaacctgtttgagaaggacgagttggagcaggtg
ttggcagccatgcgacctaaagctaaggaagctggcatctctgaaggcaacagagacgag
gttttccagttcttcattgctcgtgtgcgggagaagttgcacatcgtactgtgcatgagt
cctgtgggtgatgccttccgctctcgttgccgcatgttcccatctctggtcaactgctgc
accatcgactggttcatccagtggcctcgtgaggctctgctgtctgtgtcacgtaccttc
ttcaaaaatgtggagctgggtagtgaggagatgaaggaacgcttctcagaaatgtgcgtg
gagatccatgtcagtgtgatggagatggccgacaggttctatgcagagcttcggcgccga
tactacaccacacccacttcctacctggagctgatcaacctgtacctagccatgctgggg
gagaagaggcaacaattggttgtggcacgggaccgtgtgaaaaatgggctcataaaactg
ctggagaccaatgagttggttgacaagatgaaggtggacctttcagctcttgaacccatg
ctcaagcagaagtcaatcgatgttggtgccttgatggagaggctggctgtagaccaagag
aaagcagacgaagtgcgtaaggtggtgctggaggacgaggctgtggccaaggtgaaggct
gaagaaacacaagccattgccgaggacgcacagcgagacttgaacgaagctctgcctgcc
ctggacggtgccaaccgtgcactggactccctggacaaagcagatatctccgagatccgc
gtcttcaccaagccgccagatcttgtaatgaccgtgatggaggctgtgtgtatactcctc
aatgccaagccagactgggcgagtgccaaacaggtcctgggagactcctacttcctaagg
cgcctgatggagtatgacaaggacaacatccggccgcagatcctgcagaagctgcagaag
tatgtcaacaatcctgattttgtgccagaaaaagtggagaaggtgtcaaaggcttgccgc
tccatgtgcatgtgggtccgagccatggacctctattccagagtgctcaaggaagtgggg
ccaaagagacaaaagctggccactgcacaggcagaactggatgtgactatggccaccctg
agagagaagcagaaaaagctacaggaggtagaaaaccatattaatattctacaggagcag
ttccgtaacagtgtggctgaaaaagaaagtttagcggagaccatggcactgacggaagcg
cggctaggccggtcgggtaagctgactgcagccctgggggacgagcaggtgcgctggcag
gagagcgttgccgcttttgagcaagagatcaatgatgtcatcggcaacgtcttcattgca
gcggcttgtgtcgcctattatggggccttcacatcccagtaccgccagctgctcatagac
caatggacctcccagtgtcaggatctaggcatccccatcagctctggcttcagcctggtc
aacatcctgggagacccctaccagattcgccagtggaatgctgaaggacttccccgggac
attgtatccactgagaatggcatcctggtgacacgtggccatcgttggcctctcatgatc
gaccctcaggaccaggcaaatcgctggatccgctccaaggaggcgcacaatggcttgaag
gtgatcaagctgacggacacagggtttctgcgcaccctggagaccgccgttcgcctgggt
atgcctgttctcttggaggagctaaaggagacccttgacccagcgctggagcccattttg
ttgaagcagacctttgtggccggtgggcgaaccctgatccgcttgggcgattctgacgtc
gattatgacaaaaatttccgattttacatgactactaagatggccaacccccactacctt
ccagaggtgtgcataaaggtaaccatcatcaactttacagtgactaaatcaggtctggag
gaccagcttctcagtgatgtcgttcgattggagcgacccgacctggaggagcaacgcaac
cagttgattgtgcagatcaatgctgaccgcaaccagttgaaggccatcgaggaccggatc
ctcaaactgctcttcacttcagagggcaacatccttgacaatgaagagctggtgcagaca
ctgcaggagtccaaggtgacatcggaagctattaagacaagactaaaggaagccgaggct
acagagctgatgatcaatgcagcacgggagaagtaccggccagtggccacccgtggctcc
gtcatgtacttcgttattgccagcctctctgagatagaccccatgtaccagttttctctc
aaatacttcaaacagctattcaataccaccatcgagacgtcggagaggagcagtgaccta
gatgtcagactgcaaaccctgctggaccagacgctgctggcctcctacaccagtgtgtcc
cgtgggctgtttgagcgccacaaagccgtctacagcttcctgctgtgtgttgaaatcatg
cgccagcggggcgaggtgtctgatgccgagtggcagcacttcctccggggaacagcaggc
atcgaaaaggagtacgcagcgaagccaaacgttccctggctgtcagacttcacctggcag
acctgctgcagcctggaggacataatgccctgctttcagggcatcaagaacgacatcgtg
tccacacaaatcgccattactcttgggtccctagaagtatccataaacccagaaacatgg
gagggctacgtgacagagctgcctccagactcgaaggaggacccaaataatgaccagtca
gatgttgtcagggaccactgggaccagaggttgggtgcctttcagaagcttctcctcatt
aggagcttcatggaagaaaaggtggtatttgcagtgacacagtttgtcatagtcagcttg
gggaagcagtttgtagagaacccaccggttgacttggctaccctgtacagcaacatgtcc
ccctctactccactggtgttcatcctcagcactgggtctgaccccatgggggctttccag
aggtttgccaaagagaaaaactaccttgacagggtggagtcgatatccctcggccaagga
cagggccccatagcagagaagatgattctggaggccctgaagacaggcagctgggtcttc
ctgcagaactgccacctggctgtgtcctggatgttggccatggaggagctcattaagacc
ttctcagagcctgatactaccatccacaaaaatttcagattgtttttgagctccatgccg
accaaagtcttccctgttaccgtcctccagaactctgtgaaggtgaccaacgaaccaccg
aaaggcctacgagccaacgtgcggagggccttcacggagctcaccaaccccttctttgag
gagcacatcctgggcaggcagtggaggaagatcatcttcggagtgtgcttctttcatgcc
atcgttcaggaacgcaagaagtttgggcctctgggctggaacatcggctacgagttcagc
gacagcgacagggaatgcgctttgctcaacctgaacctgtactgtcacgtaggaagtatc
ccatgggatgcgctcacttacatcacgggggaaatcacatacggtggtagggtgacagac
gcctgggaccagcgctgcctccggacaatcctcaagcgcttcttctccccagccaacctg
gaggacggtcacaggtactcatcatcagggacatattttgctcctgaggcagacagtttg
catcactatagggaatacattgaaaagctgccgctgattgatgaccctgagatttttggc
atgcatgaaaacgccaatttggccttccagcgtcaggagacctccactctcatcggcaca
atcctggaggtgcagcccaggtcatcggcaggcggtggtggcaagagcaatgatgagatt
gtgcaggagcttgctgaatccatcctggcaaaactgcctgaaaagctggacatggagaca
gcctcggaaagcctctttaagcgggatgcaaacgggcgggtgaactccctgactactgtg
ctggggcaagaggtggatcgcttcaacagcctgctcagagtgctgcaggtgtctctgaat
atactgcagaaggccattgcaggactggtggtcatgtcagaggagatggagcgaatctac
aacagcttcctcaacaaccaggtgcccgaccactgggccaatgctgcctacccttctctg
aagcccctgggaagctgggtgaaggacctcgccctccgaacatccttcattgataactgg
atccaacatggtcaacccaagtccttctggatttctggtttctttttcccacagggcttt
ttgacaggaacactgcagaatcatgcccgtgcgtacaacctcccaatcgacgagctcaac
ttccgttttaacatggtcccagcgtactatgaccaaagtgtggtcactgaggccctgaaa
tccctagctgctggcagtgagctggagatggatgccacgttgcccactcccgaggatggc
gtgctggtccacggcatgttcatggacgcctcccgctgggatgatgacaacatggtgata
gaggatgcactaccacgggtgatgaacccacctctccctgtggtgcactttgagccgcag
caaaactacactgcagaggcttctctctatgaggcccctctttacaagacctctgccaga
gcggggactctgtctaccaccgggcactcaaccaacttcgtggtgactgtcatgcttccc
tcaagccggctcagcgattactggatctccaaaggctcagctctgttgtgtcagcttaat
gattga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (138)   
   KEGG ORTHOLOGY (1)   
   RefGene (134)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (166)   

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