KEGG   Nomascus leucogenys (northern white-cheeked gibbon): 100595944
Entry
100595944         CDS       T03265                                 
Name
(RefSeq) dynein heavy chain 3, axonemal
  KO
K10408  dynein axonemal heavy chain
Organism
nle  Nomascus leucogenys (northern white-cheeked gibbon)
Pathway
nle04814  Motor proteins
nle05014  Amyotrophic lateral sclerosis
nle05016  Huntington disease
nle05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:nle00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100595944
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    100595944
   05016 Huntington disease
    100595944
   05022 Pathways of neurodegeneration - multiple diseases
    100595944
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:nle03037]
    100595944
   04812 Cytoskeleton proteins [BR:nle04812]
    100595944
Cilium and associated proteins [BR:nle03037]
 Motile cilia and associated proteins
  Dynein arm
   100595944
Cytoskeleton proteins [BR:nle04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     100595944
SSDB
Motif
Pfam: AAA_6 DHC_N2 Dynein_C AAA_8 AAA_9 AAA_7 AAA_lid_11 Dynein_heavy MT Dynein_AAA_lid AAA_5 AAA_lid_1 AAA_22 AAA RNA_helicase DUF16 ARL2_Bind_BART DUF1664 DUF4786
Other DBs
NCBI-GeneID: 100595944
NCBI-ProteinID: XP_030655837
Ensembl: ENSNLEG00000012272
Position
2:83670645..83886746
AA seq 4070 aa
MDDMDCSSQKIAKSDSIHHMSHSQGQPELPPLPASANEEPSGLYQTVMSHSFYPPLMQHT
SWTLAAPFKEQHHHRGPSDSIANNYSLMAQDLKLKDLLKVYQPATINVPRDRTSQGLPSS
ANKSSSEPMRKKTKFSSRNKEDSSRIKLAFKTSIFSPMKKEVKTSLTFPGSRPMSPEQQL
DVMLQQEMEMESKEKKPSESDLERYYYYLTNGIRKDMIAPEEGEVMVRISKLISNTLLTS
PFLEPLMVVLVQEKENDYYSSLMKSIVDYILMDPMERKRLFIESIPRLFPQRVIRAPVPW
HSVYRSAKKWNEEHLHTVNPMMLRLKELWFAEFRDLRFVRTAEILAGKLPLQPQEFGDVI
QKHCLEAHQTLLNKWIPTCAQLFTSRKEHWIHFAPKSNYDSCRNIEEYFASVASFMSLQL
RELVIKSLEDLVSLFMIHKDGNDFKEPYQEMKFFIPQLIMIKLEVSEPIIVFNPSFDGCW
ELIRDSFLEIIKNSNGIPKVESVLFPELKGYNLILGTVNAEEKLVSDFLSQTFKVFQKNQ
VGPRKYLNVYKKYDDLLDNTAEENITAFLKENHDIDDFVTKINAIKKRRNEIASMHITVP
LAMFCLDAMALNYDLCERAQNLKDHLIQFQVDVNRDTNTSICNQYSHIADKVSEVPANTK
ELVFLIEFLKKSSDVTVFKLRRQLRDASERLEFLMDYADLPYEDIKLNSTLFLWPDQIED
IFENSRNLLLHKRDQAEMDLIKRCSEFESRLEGYHRELEGFRKREVMTTEEMKHNVEKLN
ELSKNLNQALAEFELINKEEELLEKEKSTYPLLQAMLTNKVPYEQLWSTAYEFSTKSEEW
MNGPLFLLNAEQIAEEIGNMWRTTYKLIKTLSDVPAPRRLAENVKIKIDKFKQYIPILSI
SCNPGMKDRHWQQISEIVGHEIKPTETTCLSNMLEFGFGKFVEKLEPIGAAASKEYSLEK
NLDRMKLDWVNVTFSFIKYRDTDTSILCAIDDIQMLLDDHVIKTQTMCGSPFIKSIEAEC
QKWEEKLIRIQDNLDAWLKCQATWLYLEPIFSSEDIIAQMPEEGRKFGIVDSYWKSLMSQ
AVKDNRVLVAADQPRMAEKLQEANFLLEDIQKGLNDYLEKKRLFFPRFFFLSNDELLEIL
SETKDPLRVQPHLKKCFEGIAKLEFTDNLEIVGMISSEKETVPFIQKIYPANAKGMVEKW
LQQVEQMMLASMREVIGLGIEAYVKVPRNHWVLQWPGQVVICVSSIFWTQEVSQALGENT
LPDFLKKSNDQIAQIVQLVRGKLSSGARLTLGALTVIDVHARDVVAKLSEDRVSDLNDFQ
WISQLRYYWVAKDVQVQIISTEALYGYEYLGNSPRLVITPLTDRCYRTLMGALKLNLGGA
PEGPAGTGKTETTKDLAKALAKQCVVFNCSDGLDYKAMGKFFKGLAQAGAWACFDEFNRI
EVEVLSVVAQQILSIQQAIIRKLKTFIFEGTELSLNPTCAVFITMNPGYAGRAELPDNLK
ALFRTVAMMVPDYALIGEISLYSMGFLDSRSLAQKIVATYRLCSEQLSSQHHYDYGMRAV
KSVLTAAGNLKLKYPEENESVLLLRALLDVNLAKFLAQDVPLFQGIISDLFPGVVLPKPD
YEVFLKVLNDNIKKMKLQPVPWFIGKIIQIYEMMLVRHGYMIVGDPMGGKTSAYKVLAAA
LGDLHAANQMEEFAVEYKIINPKAITMGQLYGCFDQVSHEWTDGVLANAFREQASSLSDD
RKWIIFDGPVDAVWIENMNTVLDDNKKLCLMSGEIIQMNSKMSLIFEPADLEQASPATVS
RCGMIYMEPHQLGWKPLKDSYMDTLPSSLTKEHKELVNDMFMWLVQPCLEFGRLHCKFVV
QTSPVHLAFSMMRLYSSLLDEIRAVEEEEMELGEGLSSQQIFLWLQGLFLFSLVWTVAGT
INADSRKKFDVFFRNLIMGMDDNYPRPKSVKLTKNNIFPERGSIYDFYFIKQASGRWETW
TQYITKEEEKIPAGAKVSELIIPTMETARQSFFLKTYLDHEIPTLFVGPTGTGKSAITNN
FLLHLPKNTYLPNCISFSARTSANQTQDIIMSKLDRRRKGLFGPPIGKKAVVFVDDLNMP
AKEVYGAQPAIELLRQWIDHGYWFDKKDTTRLDIVDMLLVTAMGPPGGGRNDITGRFTRH
LNIVSISAFEDDILTKIFSSIVDWHFGKGFDVMFLRYGKMLVQATKTIYRDAVENFLPTP
SKSHYVFNLRDFSRVIQGVLLCPHTHLQDVEKCIRLWIHEVYRVFYDRLIDKEDRQVFFN
MVKETTSNCFKQTIEKVLIHLSPTGKIVDDNIRSLFFGDYFKPDSDQKIYDEITDLKQLT
VVMEHYLEEFNNISKAPMSLVMFRFAIEHISRICRVLKQDKGHLLLVGIGGSGRQSATKL
STFMNAYELYQIEITKNYTGNDWREDLKKIMLQVGVATKSTVFLFADNQIKDESFVEDIN
MLLNTGDVPNIFPADEKADIVEKMQTAARTQGEKVEVTPLSMYNFFIERVRKNLHIVLAM
SPIGDAFRNRLRMFPSLINCCTIDWFQSWPTDALELVANKFLEDVELDDNIRIEVVSMCK
YFQESVKKLSFDYYNKLRRHNYVTPTSYLELILTFKTLLNSKRQEVAMMRNRYLTGLQKL
DFAASQVAVMQRELTALQPQLILTSEETAKMMVKIEVETREADAKKLLVQADEKEANAAA
AIAQGIKNECEGDLAEAMPALEAALAALDTLNPADISLVKSMQNPPGPVKLVMESICVMK
GMKPERKPDPGGSGKMIEDYWGVSKKILGDLKFLESLKTYDKDNIPPLTMKRIRERFINH
PEFQPAVIKNVSSACEGLCKWVRAMEVYDRVAKVVAPKRERLREAEGKLDAQMQKLNQKR
AELKLVVDRLQALNDDFEEMNTKKKDLEENIEICSQKLVRAEKLISGLGGEKDRWTEAAQ
QLGIRYTNLTGDVLLSSGTVAYLGAFTVDYRVQCQNQWLAECKDKVIPGSSDFSLSHTLG
DPIKIRAWQIAGLPVDSFSIDNGIIVSNSRRWALMIDPQGQANKWIKNMEKANKLAVIKF
SDSNYMRMLENALQLGTPVLIENIGEELDASIEPILLKATFKQQGVEYMRLGENIIEYSR
DFKLYITTRLRNPHYLPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNQLIV
ESAENKKHLKEIEDKILEVLSMSKGNILEDETAIKVLSSSKVLSEEISEKQKVASMTETQ
IDETRMGYKPVAVHSATIFFCISDLANIEPMYQYSLTWFINLYMHSLAHSTKSEELNLRI
KYIIDHFTLSIYNNVCRSLFEKDKLLFSLLLTIGIMKQKKEITEEVWYFLLTGGIALDNP
YPNPAPQWLSEKAWAEIVRASALPKLHGLMEHLEQNLHEWKLIYDSAWPHEEQLPGSWKF
SQGLEKMVILRCLRPDKMVPAVREFIAEHMGKLYIEATTFDLQGSYNDSSCCVPLIFVLS
PSADPMAGLLKFADDRGMGGTRTQTISLGQGQGPIAAKMINNAIKDGTWVVLQNCHLATS
WMPTLEKICEEVIVPESTNARFRLWLTSYPSEKFPVSILQNGIKMTNEPPKGLRANLLRS
YLNDPVSDPVFFQSCAKAVMWQKMLFGLCFFHAIVQERRNFGPLGWNIPYEFNESDLRIS
MWQIQMFLNDYKVVPFDALTYLTGECNYGGRVTDDKDRRLLLSLLSMFYCKEIEEDYYSL
APGDTYYIPPHGSYQSYIDYLRNLPVTAHPEVFGLHENADITKDNQETNQLFEGVLLTLP
RQSGGSGKSPQEVVEELAQDILSKLPKDFDLEEVMKLYPMVYEESMNTVLRQELIRFNRL
TKVVRRSLIDLGRAIRGQVLMSSELEEVFNSMLVGKVPAMWAAKSYPSLKPLGGYVADLL
ARLTFFQEWIDKGPPAVFWISGFYFTQSFLTGVSQNYARKYTIPIDHIGFEFEVTPQETV
MENNPKDGAYIKGLFLEGARWDRKTMQIGESLPKILYDPLPIIWLKPGESAMFLHQDIYV
CPVYKTSARRGTLSTTGHSTNYVLSIELPTDMPQKHWINRGVASLCQLDN
NT seq 12213 nt   +upstreamnt  +downstreamnt
atggatgacatggattgctcatctcagaagattgccaaaagtgactccatacatcacatg
agccactcccaggggcagccagagctgccccctctgcctgcttctgctaatgaggaaccg
tctggactctatcagactgtcatgtcacacagcttttacccgcccttgatgcaacacaca
tcatggaccttggctgcacccttcaaagagcagcatcaccaccgtggacccagtgattcc
atcgccaacaactactccttgatggcccaggacctgaagctgaaagacctgctgaaggtc
taccaaccggccaccatcaatgtccctagggacaggaccagtcaggggctgccatcatca
gcaaataaaagctcatcagagcccatgaggaagaaaacgaagttttcctccagaaacaaa
gaggattccagtaggatcaagttggccttcaagacgtcaatcttctcacccatgaagaag
gaggtaaagacatctttgacgttcccaggaagcagaccaatgagtccagaacagcagctc
gatgtcatgttacagcaggagatggaaatggaaagtaaagaaaagaagccatctgaatcg
gacctggagagatactattactatttgaccaatggcattcgcaaagacatgattgcccct
gaagagggtgaagtgatggttcggatttcaaagctgatttctaacacgctgctgacgagt
cccttcctggagcccctgatggtggtcctcgtgcaggagaaggagaatgactattacagt
agcctcatgaaaagcatcgttgattacatcctcatggacccaatggagagaaaacggctc
tttattgagagtatcccccgcttgtttcctcaaagagtgatccgggcccctgtgccctgg
cacagtgtctacaggagcgccaagaagtggaacgaggagcatctgcacacggtgaatccc
atgatgctcaggctgaaagaactgtggtttgcagaattcagagacctcaggtttgttcga
acggcagaaatactagcaggaaaattgcctctgcagcctcaggaatttggggatgtgatc
cagaaacactgcctggaggcgcaccagactcttctcaacaagtggatccccacctgtgcc
cagctttttacctcacggaaggagcactggattcattttgctcccaagagcaactatgac
tcctgtcgaaacattgaggaatattttgcttccgtggcatcgttcatgtcgctgcagctc
agggagctggtcattaagtcgcttgaggacctcgtttcccttttcatgatacacaaagat
gggaatgattttaaggagccctaccaagagatgaagtttttcatacctcagctaatcatg
atcaaacttgaagtcagtgaacccattattgtcttcaatccatcttttgatggctgctgg
gaattaatacgtgactctttcctggaaattattaagaactctaatgggatccccaaggtg
gaatctgtcctgttcccagagctgaaaggatataatctgatccttggaactgttaacgca
gaagaaaaacttgtttctgattttttgagtcaaactttcaaggtatttcagaaaaatcaa
gttggcccccgcaaatatttaaatgtctacaaaaagtatgatgacttattggataacacg
gcggaggaaaacatcactgcgttcctgaaagaaaatcacgacattgatgattttgtgacg
aagatcaatgccataaagaaacggagaaatgaaattgcatccatgcacatcaccgtgcct
ttagctatgttctgccttgacgctatggccctaaattatgatctctgtgagcgagctcaa
aatcttaaagaccatctgattcaattccaagtggatgtaaaccgagacaccaataccagc
atttgtaatcagtacagccacattgcagacaaagtcagtgaggttcctgccaacactaag
gagctggtattcctcattgaattcctaaagaaatccagtgatgtcactgtgttcaaactc
aggaggcaacttagagacgcaagtgaacggctggagttcctgatggactatgcagacttg
ccgtatgaggacatcaaattgaacagcactctgttcctctggccagaccagattgaagat
atctttgaaaacagccggaacttgctgcttcataagagggatcaggcagaaatggatctg
attaaaagatgctcagaatttgagtcaagacttgagggctaccacagagaactggaaggt
tttaggaaacgtgaagtgatgactacagaagaaatgaagcacaatgttgaaaagcttaat
gagctttcaaagaacctaaatcaggcgcttgcagagtttgagttgatcaataaggaggaa
gagctattggaaaaggagaagagtacctaccctcttctgcaggccatgctgacgaacaaa
gtaccttatgagcagctgtggtcgacagcctatgagttcagcaccaagtcggaggaatgg
atgaatggacccctcttcttactgaatgctgagcaaattgcggaggagatagggaatatg
tggaggacaacgtataaactgatcaagaccttatctgatgtgcctgcacccaggcgctta
gcagagaatgtgaagatcaagatcgataagttcaagcagtacattcccatcctcagtatc
tcctgcaacccaggaatgaaagaccggcactggcagcagatcagtgagattgtcggccat
gagataaagcccaccgaaacgacctgcctctcaaatatgctcgaatttggattcggcaaa
ttcgttgaaaaattggagcccattggtgcagccgccagcaaggaatactctctggagaaa
aacttggatagaatgaagttggattgggttaatgtgacgttcagcttcattaaatacagg
gacactgatacaagcatcttgtgtgcaattgatgacattcaaatgctactcgatgatcat
gtgataaagacccagaccatgtgtggctccccattcatcaaatcaatagaagcagaatgc
cagaaatgggaagaaaagctaattcgcatacaagacaatttggatgcctggttgaaatgc
caagccacctggctgtacctggagccaatcttcagttcagaggacatcatagcccagatg
ccagaagaggggaggaaatttggcattgttgatagttactggaaatcacttatgtcccaa
gcggtgaaagataacagggttctggtggcagctgaccagccacggatggccgagaagctt
caagaagccaactttctcttggaggacatccagaaagggctgaatgattacttggagaag
aagagactattcttccccaggttcttcttcctatcaaatgatgagctgctggaaatcttg
tctgagacaaaggaccctctccgagtgcagccgcacttgaagaagtgctttgaaggaata
gccaagcttgagtttacagacaatctggaaattgtgggcatgatcagctcggaaaaagaa
actgttccgttcatacagaaaatctacccagctaatgccaagggcatggtggaaaagtgg
ctccagcaggtggagcagatgatgctggccagtatgcgagaagtcattggactcgggatt
gaagcatatgtcaaggtccctcgaaatcactgggtcttacagtggcctggacaggtggtt
atctgtgtctcctccatcttttggacccaggaggtgtcccaagccctgggggaaaacacc
ttaccggattttctgaaaaagagcaatgatcagattgcacagattgtccagctggtgcga
gggaagctgagcagtggagctcgactcactctcggggccctcacggtcatcgatgtccac
gcccgcgacgtggtggccaagttatctgaggacagggtctctgatctgaatgatttccaa
tggatctcacagctgcgctactactgggtggccaaggatgtgcaggtgcagattatcagc
acagaagccttgtatggctatgagtacctgggaaactccccccggctggtgatcacaccc
ctcaccgaccgctgctacaggacactgatgggagctttgaagctgaaccttgggggtgct
ccagagggtccagctgggactggcaagacagaaaccaccaaagatttggccaaagccttg
gctaagcagtgtgtggtcttcaactgctccgatggtttggattacaaagctatggggaag
ttcttcaaggggctggcacaggctggagcatgggcgtgctttgatgagttcaacaggatc
gaggtggaagtgctgtctgtggtcgctcagcagatcctcagcatccaacaagccatcatt
cggaagctaaagacattcatctttgaaggcactgagctctctctgaacccaacctgcgct
gtgttcatcaccatgaaccccgggtatgctggcagggctgaactgcccgacaacctcaag
gccttgttccggacagtggccatgatggtcccagattacgccctcattggagaaatctcc
ctctactccatggggtttctggactccagaagtcttgcccagaagatcgtcgcgacctac
cgcctgtgctcggaacaactgtcctctcagcatcactatgactacggcatgcgcgctgtc
aagtctgtgcttactgccgcaggaaacctgaagctcaagtatccagaggagaatgaaagt
gtcctgcttctccgggcattgcttgatgtcaacctggccaagttcttagcgcaagatgtg
cctctgttccagggaattatatccgatttatttcctggagttgttcttccaaagccagac
tatgaagttttcctgaaagtgctgaatgataacatcaaaaagatgaaactccagccagta
ccttggtttatagggaaaattatccagatctacgaaatgatgctggtgagacatggctat
atgattgtgggagaccccatgggcggcaagacctctgcttataaagtgttggctgcagct
ctcggcgatttacacgcagccaatcagatggaggagtttgctgtggagtacaagatcatc
aaccccaaggctatcacgatggggcagctgtatggatgctttgatcaagtgagccacgag
tggacggatggtgtccttgccaatgctttccgggagcaagcgtcttcactctctgatgat
cgcaagtggattatatttgatgggccagtggatgctgtttggattgaaaatatgaacact
gttctggatgacaataaaaagctgtgtctcatgagtggggaaattatccagatgaactcc
aagatgagcctgatctttgagccggccgacctcgagcaagcctctccagccactgtgagc
aggtgtgggatgatctacatggagccccatcaactaggctggaagcccctgaaggattcc
tacatggacaccctgccctccagtctcaccaaggagcacaaggaattggtcaatgacatg
ttcatgtggcttgtccagccctgcctggaatttggtcgccttcattgtaaatttgttgtc
caaacgtctcccgtccaccttgccttctcaatgatgagactgtactcttctctgcttgat
gaaatcagggcagtagaagaggaggaaatggaattaggtgaaggcctgtcaagtcaacag
atctttctctggctccaaggactgtttctcttttccttggtgtggaccgtggctggcacc
atcaacgcagacagcagaaagaaatttgatgtgtttttccgcaacctgatcatgggcatg
gatgataactacccaaggcccaaaagcgtcaaactcaccaaaaacaacatctttccagaa
agaggaagcatctatgatttttattttatcaaacaagcaagtggacgttgggaaacgtgg
acacagtatatcaccaaagaggaggaaaaaattccagctggtgcaaaggtctcagaactc
atcatccccacaatggagacagcccggcagtccttcttcttgaaaacctacttagaccat
gagattccaacgctgtttgtgggtcccacaggcactggcaaatcagccatcaccaacaac
ttccttctccaccttcccaaaaatacgtacctacccaactgcatcagtttctctgccaga
acctcagccaatcagacccaggatatcatcatgtccaagctggatcgacgacggaagggc
cttttcgggcctcccatagggaagaaagcagtggtgtttgtggatgacctcaacatgcca
gccaaagaggtgtacggggcccagcccgccatcgagctcctgaggcagtggattgaccat
ggttactggtttgacaagaaagacacaaccaggctggacatcgtggacatgctgctcgtg
acagccatggggccccccgggggaggaaggaatgacattactggacgattcactcgccat
ctgaatatcgtttccatcagtgcctttgaggatgacattttaaccaagattttcagttcg
attgttgactggcacttcgggaaagggtttgatgtgatgtttttaaggtatggaaagatg
ctggtccaagctactaagacaatttatagagatgcagtggagaacttcttgccaactccc
tcgaagtcacattacgtctttaacctgcgggacttctcacgagtaattcaaggggtcctg
ctgtgccctcacacacacctgcaggatgtagaaaaatgtatccggctttggatccatgag
gtttatcgggtcttctatgaccgtctgattgacaaggaggacagacaggtcttcttcaac
atggtgaaggaaaccacctccaattgcttcaagcagaccatagagaaggtgcttatccac
ttgtcacccactggaaagattgtcgatgataacattcgaagcctcttctttggagattat
ttcaagccagacagtgaccaaaaaatctatgatgagatcactgacctgaaacagctgact
gtggtcatggagcactatctggaagaattcaacaacatcagcaaggcccccatgtccctg
gtcatgttcaggtttgccattgaacacatatccaggatctgccgcgtcctgaagcaagac
aaaggccacctgctgctggtgggcatagggggcagcgggcggcaaagtgccaccaaattg
tccacattcatgaacgcatatgagctataccagatcgagatcaccaagaactacacgggc
aatgactggcgagaagatcttaagaagatcatgctgcaggtcggcgtggccaccaagagc
accgtgttcctcttcgctgacaaccagattaaggacgagtcgtttgtggaggacatcaac
atgcttctgaacacgggcgatgtgcctaacatcttccctgctgacgagaaggccgacatc
gtggagaagatgcagacggcagccaggacccaaggagagaaggttgaagtcactcctctt
tctatgtataacttctttattgagagggtgagaaagaaccttcacattgtccttgccatg
agtccgattggggatgccttcaggaaccgcctgcggatgttcccttcgctgatcaattgc
tgtacaattgattggttccagtcctggcccacagatgccttagagttggtggctaacaaa
tttctagaggatgtggagcttgatgacaacattcggatagaggtcgtctccatgtgcaaa
tatttccaagagagcgtcaagaagctgtcattcgattattacaacaaacttcgaagacac
aactatgttacccccacctcctacctcgaattgattctaaccttcaagacgctcctgaat
agcaagaggcaagaggtggctatgatgaggaaccgctacctgacaggcttgcagaaactc
gactttgcagcttcacaggtagcggtcatgcaaagagaactgacagctcttcaacctcaa
ctcatcctcacctctgaggaaactgccaagatgatggtgaaaattgaagtggagacgaga
gaagctgatgcaaagaaacttctggtgcaggcagatgaaaaagaagccaatgctgctgct
gccattgcccaaggaatcaagaacgaatgtgagggggacctagctgaggcaatgcctgca
ctcgaggctgcactagctgctctggacaccctgaacccagccgacatctcgctggtgaag
tcgatgcagaacccaccaggccctgtcaaactggtcatggagagcatctgcgtcatgaaa
gggatgaagccagagaggaagccagaccccggtggctccggtaagatgatagaagactac
tggggggtatccaaaaagattcttggggatctgaaattcttggagagtcttaagacatat
gacaaagacaacatccccccactgaccatgaagcggatccgggaaaggtttatcaatcac
ccagaattccagccggctgtcattaaaaatgtatcgtcggcctgcgagggtctgtgcaag
tgggtgagggccatggaggtgtacgatcgcgtggccaaggtggtggctcccaaacgggag
cgactgagggaggcagaggggaagctggatgcacagatgcagaagctgaaccagaaacga
gcagagctgaagctggtggtagacaggctccaggccctgaatgacgattttgaagagatg
aacaccaagaaaaaggacttggaggaaaacattgaaatctgctcccaaaagctggtcagg
gcagagaaactgatcagcggtcttgggggagagaaggacagatggaccgaagctgcccaa
cagctggggatccgctatactaatctgacgggtgatgtgttgctgtcctcaggaaccgtg
gcttacctgggcgcttttacagtggattatcgggtccaatgccaaaatcagtggttggct
gaatgtaaggacaaggtcatccctggctccagtgacttcagtctcagccacacgttaggg
gatcccataaaaatccgtgcctggcagattgctgggcttcccgttgattccttctccatt
gacaacggcatcattgtgtccaattccagacgctgggccttaatgattgaccctcagggg
caggccaataaatggattaagaacatggagaaggcaaataaactggctgtcatcaagttc
tctgatagcaactacatgaggatgctggaaaatgcgctgcagttaggcacccctgtcttg
attgaaaatattggagaagagctggatgcttctatcgaacctatcttgctcaaggcaaca
ttcaaacagcaaggagttgagtacatgaggctgggtgaaaacatcatcgaatattccagg
gattttaagttatacatcacaacccgtttgaggaatccacattacctcccagaagttgcc
gtgaaagtctgtctcctcaacttcatgatcactcccttgggtctccaagatcaactcctt
ggcatcgtggctgcgaaggagaagccagagctggaagagaaaaagaaccagttgattgtg
gaaagtgccgagaacaagaagcatctcaaggaaattgaagataagatcttggaggttctc
tccatgtccaagggtaacatcctggaggatgaaaccgccatcaaagttctgtcctcctcc
aaagtgctatctgaagagatctcagagaaacagaaagttgcttccatgacagaaacgcag
attgacgagactcggatgggctacaagccagtggctgtgcattccgccaccatcttcttt
tgtatctcggacctggccaacatcgagccgatgtaccagtactccctgacttggttcata
aatctctacatgcattccttggctcatagcacgaagagcgaagaactgaatctgcgcatc
aagtacatcattgaccatttcaccctgagcatctacaacaacgtgtgccgttctctgttt
gagaaggacaagctactcttctctcttctcctgaccatcggcatcatgaaacagaagaag
gaaattacagaggaggtgtggtacttccttctcactggaggcatcgcactggataacccc
taccccaacccagctccccagtggctgtcagagaaggcgtgggcagagattgtccgtgca
tctgccttacccaaactgcacggcctgatggagcatttggaacagaacctgcatgaatgg
aagctgatctatgactcggcctggccccatgaggagcaactccctgggtcttggaagttc
tctcaaggattggagaagatggtgatcctccgatgtttgcggcctgacaaaatggtgcca
gcggtccgggagttcattgctgaacacatgggaaagctatacatcgaagccactacgttc
gatctccagggatcctacaatgattccagctgctgtgtgcctttgatttttgtgttgtct
ccaagtgcagacccaatggcaggcctgctgaaatttgctgatgatcgtggtatgggaggt
accagaacacagaccatctcccttggccaaggccaaggccctattgctgccaaaatgatc
aacaatgccatcaaagacgggacctgggtggtcttacagaactgccatctggccacaagc
tggatgcctacactggagaagatttgtgaggaggtgattgttcctgagagcaccaatgcc
agattcagactctggctaaccagctatccatcagagaagtttccggtcagcattctccag
aatggaatcaaaatgaccaatgagccccccaaagggctccgggccaacctgttgcgctcc
tacctcaatgaccccgtctcagatcctgtgttcttccaaagctgtgcaaaggcggtgatg
tggcaaaagatgttatttggcctttgcttcttccatgccatcgttcaagagagaagaaac
ttcggccccctagggtggaatattccctatgaattcaacgaatctgacctgaggattagt
atgtggcagatccagatgtttctcaatgactacaaggtggtgccctttgatgctctgacc
tacctgacaggggaatgtaattacggaggcagagtgactgatgacaaagaccggcgtctc
ctgctgtcacttctgtccatgttctactgtaaggaaattgaggaggactattactccctc
gctcctggagacacttactacatccctcctcatggctcctaccagtcttatatcgactat
ctcaggaacctccccgtcacagcccacccagaagtgttcggcctccatgagaacgcagac
atcaccaaagacaaccaggaaaccaaccagctgtttgagggggtcctgctgaccctccct
agacagtcaggaggaagtggcaagtcccctcaggaagtggttgaggagttggcgcaagac
attctctccaagcttcccaaagactttgacctggaagaggtcatgaagttgtaccccatg
gtctatgaggaatccatgaacaccgtcctaaggcaggagctcatcagattcaacaggctg
accaaagtggttcggaggagcctcatcgatcttggccgagccatcagaggacaggtcctg
atgtcctcggagctagaggaagtctttaacagcatgcttgtgggtaaagtgccagccatg
tgggcagccaagtcttacccatcactgaagcccctggggggctacgtggctgacctgctg
gcccgcctgaccttcttccaggaatggattgacaaggggccccctgcagtattttggatc
tctggattctacttcacacagtcttttttgactggcgtctctcagaattatgcccggaaa
tataccatccccattgaccacattggatttgagtttgaggtaaccccacaagaaacagtg
atggagaataaccccaaagatggggcctacatcaaagggctcttcttagaaggtgcccgt
tgggacaggaaaacaatgcagattggggaatctctccccaaaatcctctatgacccactg
cccatcatttggctgaaacctggagagagcgcaatgtttctgcatcaggacatttatgtg
tgtccagtctacaaaacaagtgcccgcagaggaaccctctccaccacaggccactctacc
aactatgtcctctccattgagcttccaacagacatgccccagaagcactggataaaccga
ggggtggcctcactttgccagctggataactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (19)   
   Pfam (19)   
All databases (64)   

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