KEGG   Tupaia chinensis (Chinese tree shrew): 102471995
Entry
102471995         CDS       T02978                                 
Symbol
DNAH3
Name
(RefSeq) dynein axonemal heavy chain 3
  KO
K10408  dynein axonemal heavy chain
Organism
tup  Tupaia chinensis (Chinese tree shrew)
Pathway
tup04814  Motor proteins
tup05014  Amyotrophic lateral sclerosis
tup05016  Huntington disease
tup05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:tup00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    102471995 (DNAH3)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    102471995 (DNAH3)
   05016 Huntington disease
    102471995 (DNAH3)
   05022 Pathways of neurodegeneration - multiple diseases
    102471995 (DNAH3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:tup03037]
    102471995 (DNAH3)
   04812 Cytoskeleton proteins [BR:tup04812]
    102471995 (DNAH3)
Cilium and associated proteins [BR:tup03037]
 Motile cilia and associated proteins
  Dynein arm
   102471995 (DNAH3)
Cytoskeleton proteins [BR:tup04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     102471995 (DNAH3)
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 AAA_22 RNA_helicase
Other DBs
NCBI-GeneID: 102471995
NCBI-ProteinID: XP_006153340
Position
Un
AA seq 4069 aa
MEYMDCSSQKLTKSDSIHHMSHSQMRPELPPLPASANEEPSELYQTVMSHSFYPPLMQRT
SWTLAAPFKEQHYHRGPSDSIANNYSLMAQDLKLKDMLKVYQSVTINVPRDKTNHAPLSA
TKMSSEPNKKKMKLSSRDKEDPTRIKSAANSSVSLLIKKETETSSVFPGSRPMSPEQQMN
VMLQQEKEIESRESTPSQSDLERYYYYLTNGIRKDMIAPEENEVMVRISKLISNTLLASP
SLEPLMTALVEEKENDYYSSLMKSIVDYILMDPMERKRLFIESIPRTFPQRVIRAPVPWH
SVYRSAKKWNEDHLHTVNPMMLSLKELWFAEFKDLRFVRTAELLAGKLPLQPHEYRDVIR
KHCLEARQILLNKWIPTCAQLFVSQKEKWVHFAPKSDYDSSRNIEEYFASVASFMSLQLR
ELVIKSIEDLVSFFMIHKDGNDFEEPYQEMKFFIPQLIMIKVKVDEPIIVFNPSFDNCWE
LVHNSLLEIIKNSEGIPKVESILFPELKGYNLILGTVDPEEKLVSDFVNQTFEIFQKNQV
GPYKYLNVYKKYDDLLDNTAEQNITAFLKENHEIDDFVTRINSIKKRRNEIASMPITVPL
AMFCLDTMFLNYDLCERAQNLKDRLIHFQVDVNRETNTSICNQYSTIADKVSEVPANTEE
LVFLIGFLKKSSDVTVFKLRRQLRDAAERLEFLMDYADLPSEDIKLNSTLFLWPDQIEDI
FDNSRNLLLNKRDQAEMDLIKRCLEFESKLEGYNKELEGFRKREVMTTEEMKNNVEKLNE
LSKNLDQALVEFELINKEEELLEKEKSTFPLLQTLMTNKVPYEQLWVTAYEFSTKSEEWM
NGPLFLLNAEEIAEDIGNMWRTTYKLIKTLADVPAPKRLAENMKIKIDKFKQHIPILSIS
CNPGMKDRHWQQISEIVGYEIKPTETTCLLNMLEYGFGKYIEKLEPIGAAASKEYSLEKN
LEKMKLDWVNMNFNFVKYRDTDTNILCAVDEIQLLLDDHVIKTQTMCGSPFIKPIEAECR
KWEEKLVRVQENLDAWLKCQATWLYLEPIFSSEDIIAQMPEEGRKFGVVDSYWKSLMSQA
IKDSRVLMAADQPRMSEKLQEANLLLEDIQKGLNDYLEKKRLFFPRFFFLSNDELLEILS
ETKDPLRVQPHLKKCFEGIAKLDFTSSLEIVGMISSEKETVPFIQKIYPAKAKGMVEKWL
QQVEQVMLASMRDVIGLGIEAYVKVPRNQWVLEWPGQVVICVSSIFWTKEVSEALAEHTL
PNFLEKSNEQIAQIVQLVRGKLSSGARLTLGALTVIDVHARDVVAKLSENGVSDLNDFQW
ISQLRYYWQAKDVQVQMITTEALYGYEYLGNSPRLVITPLTDRCYRTLMGALKLNLGGAP
EGPAGTGKTETTKDLAKALAKQCVVFNCSDGLDYKAMGKFFKGLAQAGAWACFDEFNRIE
VEVLSVVAQQILSIQQAIIRKLKTFIFEGTELSLNPTCAVFITMNPGYAGRAELPDNLKA
LFRTVAMMVPDYALIGEISLYSMGFLDSRSLAQKIVATYRLCSEQLSSQHHYDYGMRAVK
SVLTAAGNLKLKYPEENESVLLLRALLDVNLAKFLAQDVPLFQGIISDLFPGVILPKPDY
EVFMEVLNENIKKMKLQPVPWFIGKIIQIYEMMLVRHGYMIVGDPMGGKTSAYKVLAAAL
GDLCAASQMEEFAVEYKIINPKAITMGQLYGCFDVVSHEWTDGVLANAFREQASSVSDDR
KWIIFDGPVDAVWIENMNTVLDDNKKLCLMSGEIIQMSPKMSLIFEPADLEQASPATVSR
CGMIYMEPHQLGWKPLKDSYMETLPSSLTEEHKELVNDMFMWLVQPCLEFGRLHCKFVVQ
TSPIHLAFSMMRLYSSLLDEIKQAENEETELYEGLSSQQIFLWLQGLFLFSLVWTVAGTI
NADSRKKFDLFFRNLITGMDDKYPRPKSVKLTKNNIFPEKGSIYDFYFLKQGGGHWATWT
EYITKEEENIPAGAKVSELIIPTMETARQSFFLKTYLDHEIPVLFVGPTGTGKSAITNNF
LLRLPKNIYLPNCINFSARTSANQTQDMIMSKLDRRRKGLFGPPIGKKSVVFVDDLNMPA
KEVYGAQPPIELLRQWIDHGYWFDKKDTNRLDIVDVLLVTAMGPPGGGRNDITGRFTRHL
NIISIDAFEDDILTKIFSSIVDWHFGKGFDVIFLRYGKMLVQATKTIYRAAVENFLPTPS
KSHYVFNLRDFSRVIQGVLLCPHTHLQDVEKLIRLWIHEVYRVFYDRLIDKEDRQVFFNM
VKETTSNCFKQTVEKVLIHLSPTGKIVDDNIRSLFFGDFFKPESDPKIYDEIIDLKQLTV
VMEYYLEEFNNISKAPMSLVMFKFAIEHISRICRVLKQNKGHLLLVGIGGSGRQSATKLS
TFMNSYELYQIEITKNYTGNDWREDLKKIMLQVGMATKSTVFLFADNQIKDESFVEDINM
LLNTGDVPNIFPADEKADIVEKMQVAARAGGEKIEVTPLSMYNFFIERVKKNLHVVLAMS
PIGDAFRNRLRMFPSLINCCTIDWFQSWPTDALELVANKFLEDVELDDNIRTEVVSMCKY
FQESVKNLSLDYYSTLRRHNYVTPTSYLELILTFKTLLNIKRQEVDMMRNRYLTGLHKLD
FAASQVAVMQVELTALQPQLIHTSEETAKMMVKIEEETKEADAKKLLVQADEKEANAAAA
IAQGIKNECEGDLAEAMPALEAALAALDTLNPTDISLVKSMQNPPGPVKLVMESICVMKG
LKPERKPDPSGSGKMIEDYWGVSRKILGDLKFLESLKTYDKDNIPPMIMKRIREKFIDHP
EFQPAVIKNVSSACEGLCKWVRAMEVYDRVAKVVAPKRERLKEAEGKLNIQMQKLNQKRA
ELKLVEDRLQALNDDFEEMNTKKKTLEENIDICSQKLIRAEKLISGLGGEKDRWTEAARQ
LEVRYTNLTGDVLVSSGTVAYLGAFTVDYRAQCQSQWLAQCKEKVIPGSSDFSLSNTLGD
PVKIRAWQIAGLPVDSFSIDNGIIVSNSRRWALMIDPQGQANKWIKNMEKANKLSIIKFS
DTNYVRILENAIQFGTPVLLENIGEELDAFIEPILLKATFKQQGVEYMRLGENIIEYSRE
FKLYITTRLRNPHYLPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNELIVE
SAKNKKQLKEIEDKILEVLSQSEGNILEDETAIKILSSSKILSEEISEKQEIASVTETQI
DETRMGYKPVAIHSATIFFCISDLANIEPMYQYSLTWFINLYMHSLAHSMKSEELDLRIG
YIIEHFTLSIYNNVCRSLFEKDKLLFSLLLTIGIIKEKKQLDEAMWYFLLTGGVALDNPF
PNPAPEWLSEKAWSEVVRASTLPQLKGLKEHLEQNSSEWKLIYDSAWPHEEKFPGSWRLL
QGLERMVILRCLRPDKIIPAIREFIAELMGKVYIEAPTFDLQGSYNDSNCCAPLIFVLSP
GADPMAGLLKFADDLGMGGARIQTISLGQGQGPIAAKMINNAIKDGTWVVLQNCHLATSW
MPALEKICEEVIVPESTNVKFRLWLTSYPSEKFPVSILQNGIKMTNEPPKGLRANLLRSY
LNDPISDPVFFQSCTKVVMWQKLLFGLCFFHAIVQERRNFGPLGWNIPYEFNESDLRISM
RQIQMFLNEYKEVPFDALTYLTGECNYGGRVTDDKDRRLLLSLLSTFYCKEIEQDQYYLA
PGDTYYIPPHGSYQSYIDYLRTLPITAHPEVFGLHENADITKDNQETNQLFQGVLLTLPR
QSGGSGKSPQEVVQELAQDILSKLPEDFNLEEVMNLYPVVYEESMNTVLRQELIRFNRLT
KVVRRSLITIGRAIKGQVLMSSELEEVFNSMLVGKVPAMWAAKSYPSLKPLGGYVADLLT
RLTFFQEWIDKGPPVVFWISGFYFTQSFLTGVSQNYSRKYTIPIDHIGFEFEVTTQETVM
ETNPEDGAYIKGLFLEGARWDRKAMQIAESFPKILYDPLPIIWLKPGKSATFLHQDIYVC
PVYKTSARRGILSTTGHSTNYVLSIELPTDMPQKHWINRGVASLCQLDN
NT seq 12210 nt   +upstreamnt  +downstreamnt
atggagtacatggattgctcatctcagaagctcaccaaaagtgattcaatacatcacatg
agccactcccagatgcggccagagctgccccctttgcctgcttctgctaatgaggaacca
tctgaactgtatcagactgtcatgtcacacagcttttatcctcccttgatgcaacgcaca
tcatggacactggctgcccccttcaaagagcagcactaccaccgtggacccagtgactcc
attgccaacaattactccttgatggcccaagacctgaagctgaaagacatgctgaaagtc
taccaatcagttaccatcaatgtccctagggacaagaccaatcacgcaccactatcagca
actaaaatgtcatcagagcccaacaagaagaaaatgaagttgtcctccagagacaaagag
gatcccactaggatcaagtctgctgccaacagctcagtctctttactcataaagaaggag
acagagacatcttcggtcttcccaggaagtagaccaatgagtccagaacaacaaatgaat
gtgatgttacagcaggagaaggaaatagaaagtagagaaagcacaccgtctcaatcagac
ctggagagatactactactatctgaccaatggaatccgaaaagacatgattgcccctgag
gagaatgaggtgatggtccggatttcaaagctgatttctaacacactgctggcaagtccc
tccctggaacccctaatgaccgccctggtggaagagaaggaaaatgactactacagcagc
ctcatgaaaagcattgttgattacatcctcatggacccaatggagagaaaaaggctcttc
atcgagagcatccctcgcacttttcctcaaagagtgatccgcgcacctgtgccctggcac
agtgtctacaggagtgccaagaagtggaacgaggatcacctgcacacagtgaaccccatg
atgctcagcctgaaagaactgtggtttgcagaatttaaagacctcaggtttgttcgaaca
gcagaattactggcaggaaaattgcctttgcagcctcacgagtatcgggatgtgatccgg
aaacactgcctggaggcacgccagattctactcaacaagtggattcccacctgcgcccag
ctttttgtctcacagaaggaaaagtgggtccatttcgctcccaagagtgactacgactct
tcccgaaacattgaggaatattttgcttctgttgcatcattcatgtcactccagctcaga
gagttggtcattaagtccattgaagaccttgtatcttttttcatgattcacaaggatggg
aatgattttgaggaaccctaccaagagatgaaattctttatacctcagctaatcatgatc
aaagttaaagtcgatgaacccataattgtctttaatccatcttttgataactgctgggaa
ttagtacacaactctttattggaaattattaagaactctgaagggatccccaaggtggaa
tctatcctattcccagaattgaaaggatataacctcatccttggaactgttgaccctgaa
gaaaaacttgtttctgattttgtaaatcaaacttttgagatatttcagaaaaatcaagtt
ggcccctacaaatacttaaatgtatacaaaaagtatgatgacttattggataacacagca
gagcaaaacatcactgcattcctgaaagaaaatcatgaaattgatgatttcgtgacgaga
atcaatagcattaaaaaacggaggaacgaaattgcatccatgcccattactgtgccttta
gctatgttctgcctggacaccatgttcctgaactatgatctctgtgagcgagcccaaaat
ctgaaagaccgcctgattcatttccaagtggatgtaaaccgggaaacaaataccagcatt
tgtaatcagtacagcaccatcgcagacaaagtcagtgaggttcccgccaacactgaggaa
ctggtattcctcattggattcttaaagaaatccagcgatgtcactgtgttcaaactcagg
aggcaacttagagatgcagcggaaaggctagagttcctgatggactacgcagacttgccc
tcagaggatatcaaactgaacagcactctgttcctctggccagaccagattgaagatatc
ttcgataacagccggaaccttctcctaaacaagagggatcaggcagagatggacctgatt
aaaaggtgcttggagtttgagtcaaaacttgagggctacaacaaggaactggaaggcttc
aggaagcgtgaagtgatgactactgaagaaatgaagaacaatgtcgaaaagcttaatgag
ctttccaagaatctagatcaggcgctggtggaatttgagttgatcaataaggaagaagag
cttttggaaaaggagaagagtactttccctcttctgcaaaccttgatgaccaacaaagtg
ccttatgagcaactgtgggtgacagcctatgaattcagcaccaaatcagaggagtggatg
aatgggcccctctttttactgaatgctgaggaaattgctgaagacatagggaatatgtgg
aggacgacatacaaattgatcaagaccttagctgatgtacctgcacccaaacgtttagca
gagaacatgaaaattaagattgataagttcaagcagcacattcctatcctcagcatttcc
tgcaacccaggaatgaaggaccggcactggcagcagatcagtgagattgttggctatgaa
ataaagcccacagaaacgacttgcctcttgaatatgctggaatatggattcggcaaatac
attgaaaaactggagcccattggtgcagccgccagtaaggaatattctctggagaaaaac
ttggagaaaatgaagttagactgggttaacatgaatttcaacttcgtgaagtacagggac
actgatacaaacatcttatgtgcagttgatgagattcaactgctcctcgatgatcatgtg
ataaagacccagacaatgtgtggctccccattcatcaaaccaatagaagcagaatgccgg
aaatgggaagaaaagctagttcgtgtgcaggaaaatttggatgcttggttgaaatgccaa
gccacctggctgtacctggaaccaatcttcagttcagaggacatcatagcccagatgcca
gaagaaggcaggaaatttggcgttgttgatagttattggaaatcactcatgtcccaagcg
ataaaagatagcagagttctgatggcagcagaccagccacgaatgtctgagaagcttcaa
gaagccaaccttttgttggaggacatccagaaggggctgaatgattacttagagaagaag
agattatttttccccaggttcttcttcctgtcaaatgatgagctgctggagatcttgtct
gagacaaaggatcccctccgagtgcagccacacttgaagaaatgctttgaaggaatcgcc
aagctggattttactagcagtctggaaatcgtgggcatgatcagctcagagaaagaaact
gtcccattcatacaaaaaatctacccagctaaagccaaagggatggtggaaaaatggctc
cagcaggtggaacaggtcatgcttgccagtatgcgggatgttattggacttgggattgaa
gcatacgtcaaggttcctcgtaatcagtgggtcttggagtggccgggccaggtggttatc
tgtgtctcttccatcttttggaccaaagaggtgtctgaagccctggctgaacatactcta
ccgaattttctggaaaagagcaatgagcagattgcacagatagtccagctggtgcgaggg
aagctgagcagtggagctcgactcactctcggggctctcacggtcatcgatgtccacgct
cgggatgtagtggccaagttatctgagaatggggtctctgacctgaacgatttccagtgg
atctcgcagctgcgctactactggcaggccaaggatgtgcaggtgcaaatgataactacc
gaagccttgtatggctatgagtacctgggaaactccccccggctggtgatcacacccctc
actgaccgctgctacaggacgcttatgggagctttgaagctgaaccttgggggagcccca
gagggtccagctggaacgggaaagacagaaaccaccaaagatctggccaaagctttggcc
aagcagtgtgtggtcttcaactgttctgacggcttggattacaaagccatggggaagttc
ttcaagggcctggcccaggctggagcatgggcctgctttgatgaattcaacagaattgag
gtagaagtgctatctgtggtagctcagcagattctcagcattcaacaggccattatccgg
aagctgaaaacgttcatctttgaaggcactgagctctctttgaacccaacctgtgctgtc
ttcatcaccatgaaccccggatatgctggcagggctgagctgccagataacctcaaggcc
ttgttccggacagtggccatgatggtgccagattatgccctcattggagaaatctctctc
tactctatggggtttctggactctagaagtcttgcccagaagattgtggcaacctaccgc
ctgtgctcagaacaactctcctctcagcatcactatgactacggcatgcgtgccgtcaag
tctgtgctcacagctgcaggaaacctgaagctcaagtatccagaggagaatgaaagtgtc
ttgctgctccgggccttgcttgatgtcaacctggccaagttcttagcccaagatgtccct
ctgtttcagggaattatatcagatttgtttcctggagttattcttccaaagccagactat
gaagtttttatggaagtgctgaatgaaaatatcaaaaagatgaaacttcagccagtccct
tggtttattgggaaaattatccagatctatgagatgatgctggtaagacatggctatatg
attgtcggagaccccatgggtggcaagacctctgcttataaagtattggccgcagctctg
ggtgatttatgtgcagccagccagatggaggagtttgccgtggagtacaagatcatcaac
cccaaggctattacaatggggcagctatatgggtgctttgacgtagtgagccatgaatgg
acagatggtgtccttgccaatgctttccgggagcaagcatcttcagtatctgatgaccgc
aagtggattatatttgatgggccagtggatgctgtttggattgaaaatatgaacactgtt
ctggatgacaataaaaagctatgtttaatgagtggagagattattcagatgagccccaag
atgagtctgatttttgagccagcggaccttgaacaggcctctccagccaccgtgagcagg
tgtgggatgatctacatggagcctcatcagctaggctggaagcccctgaaggattcgtac
atggagaccctaccatctagcctcactgaggagcacaaggaattggtcaatgacatgttc
atgtggcttgttcagccctgtctggaatttggtcgccttcactgtaaatttgtggtccaa
acgtcacctatccaccttgccttttcaatgatgagactttactcctctcttttggatgaa
attaagcaagcagaaaatgaggaaacagaattatatgaaggcctgtcaagtcagcagatc
ttcctctggctgcaaggactatttctcttttccttggtgtggactgtggctggcaccatc
aatgcagacagcagaaagaaatttgatctgttttttcgcaacttgatcacaggcatggat
gataagtaccctaggcccaaaagcgtcaaacttaccaaaaacaacatcttcccagaaaaa
ggaagcatctatgatttttatttcctcaaacaaggaggtggacattgggccacatggaca
gagtacatcaccaaagaggaggagaatatcccagctggggccaaggtctcagaactcatt
atccccacaatggagacagctcgccagtccttcttcttgaaaacctacctggaccatgag
attccagtgttgttcgtgggtcccacaggcactggcaaatcggccatcaccaacaacttt
cttctccgccttcccaaaaatatctacctgccaaattgcatcaatttctctgccagaacc
tcagccaatcagacccaggatatgatcatgtccaagctggatcgacgacgaaagggcctt
tttgggcctcccatagggaagaaatcagtggtgtttgtggatgaccttaacatgccagcc
aaggaggtatatggggcccagccccccatcgagctcctaaggcaatggattgaccatggt
tactggtttgacaagaaagacacaaacaggctggatattgtggatgtgctacttgtgaca
gccatggggccccctggaggaggaagaaatgatattactggacggttcactcgccatctg
aatatcatttccatcgacgcctttgaggatgacattttaacaaaaatttttagttcaatt
gttgactggcactttgggaaaggatttgatgtgatattcttaaggtatggaaagatgctg
gtacaagctacgaagacaatttatagagctgcagtggagaacttcttgccaactccttcc
aagtcacattatgtctttaatttgcgggacttctcccgggtgatccaaggagtattactc
tgccctcacacccacctgcaggatgtagaaaaacttatccggctttggatccatgaagtt
tatcgggtcttctatgaccgtctgattgacaaggaagacagacaggtcttcttcaatatg
gtgaaagaaaccacctctaattgcttcaagcagactgtagagaaggtcctcatccacttg
tcacccactggaaagattgttgatgataacatacgtagtctcttctttggagatttcttc
aagccagaaagtgaccccaaaatttatgatgagatcattgacctgaaacagctcactgtg
gtcatggagtactatctggaagagttcaacaacatcagcaaggcccccatgtccttggtc
atgttcaagtttgccattgagcacatctccaggatctgcagggtcctgaagcaaaataaa
ggccacttgctcctggtgggcattgggggcagtggccggcagagtgccaccaaattgtcc
acattcatgaactcatatgagctataccagatcgagatcactaagaactacacaggcaat
gactggcgggaggacctaaaaaagatcatgctgcaggtcggtatggccaccaagagtacc
gtattcctctttgccgacaaccagatcaaggatgagtcatttgttgaggacatcaacatg
cttctgaacacaggtgatgtgcccaacatcttcccagctgatgagaaggctgacattgtg
gagaagatgcaagtggcagcaagggcaggaggagagaagatcgaagtcactcctctttct
atgtataacttctttattgagagggtgaaaaagaaccttcacgttgtccttgccatgagc
ccaattggggacgcctttcgtaaccgcctacggatgttcccttcgctgatcaattgctgt
acaattgattggttccagtcatggcccacagatgccctggagctggttgccaacaagttt
ctagaagatgtggagcttgatgacaacattcggacagaggtcgtctccatgtgcaaatat
tttcaagagagtgtaaagaatctgtcacttgattattacagtacacttcgcagacataat
tatgttacccccacctcttatcttgaattgattctaaccttcaagaccctactgaatatc
aagaggcaagaggtggatatgatgaggaaccgctacctgacaggcttgcacaaactcgat
tttgcagcttcacaggtggcagtcatgcaagtagaactgacagccctccaacctcaactc
atccatacatcagaggagactgccaagatgatggtgaaaattgaagaggagaccaaagag
gccgatgccaagaaactactggtgcaggcagatgagaaagaggccaacgctgctgctgcc
attgcccagggaatcaagaatgaatgtgaaggggatctggctgaggccatgccggcactg
gaggctgcacttgcagccctcgacactctgaacccgactgacatctcattggtgaagtcg
atgcagaacccaccaggccctgtcaagctggtcatggagagcatttgtgtcatgaaaggg
ctgaagccagagaggaagccagaccccagtggctccggcaagatgatagaagattactgg
ggagtgtcaagaaagattcttggagatctaaaattcttggagagtcttaagacatatgac
aaagacaatatccccccaatgattatgaagcggattcgggaaaagtttatcgatcaccca
gaattccagccagctgtcattaaaaatgtgtcatctgcctgtgagggtctgtgcaagtgg
gtgagggccatggaggtatacgatcgcgtggccaaggtggtggctcccaaacgagagaga
ctgaaggaagctgagggaaagctaaacatacagatgcagaagctgaaccagaaacgagca
gagctgaaactggtagaagaccgtctccaggccctgaatgatgactttgaagagatgaac
accaagaaaaagaccttggaggaaaacattgacatctgttcccaaaagctgatcagggca
gagaagctgatcagtggtcttgggggagagaaggacagatggacagaagctgcccgacaa
ctggaggtccgctatactaacctgacaggggatgtgttggtgtcctccgggactgtggct
tacctgggtgcctttacggtagattatcgggcccagtgccaatctcagtggctagcccaa
tgtaaagaaaaggtcatccctggctccagtgacttcagtcttagcaacacattaggagat
cctgtgaaaatccgtgcctggcaaattgctgggcttcctgttgactctttttccattgac
aatggcatcattgtatccaattccagacgctgggccttaatgattgaccctcaggggcag
gccaataagtggattaagaacatggagaaagcaaataaactgtctatcatcaagttctct
gataccaactatgtgaggattctggaaaatgctatacagtttggtacccctgtgttactc
gaaaacattggagaagagctggatgccttcattgaacccatcttactcaaggctacattc
aagcagcaaggagttgagtatatgaggctaggtgaaaacatcattgagtactccagggag
tttaagttatacatcacaactcgattgaggaacccacattacctccctgaagttgccgtg
aaagtctgtctcctcaactttatgatcacccccttgggtctccaagatcaactccttggc
attgtggctgccaaagaaaaaccagaactagaagagaaaaagaatgagttgattgtggaa
agtgccaagaacaagaagcaactaaaggagattgaagataagatcttggaggttctctct
cagtctgagggtaacatccttgaggatgaaactgccatcaaaattttgtcctcctctaaa
attctctctgaagaaatctctgagaaacaggaaatagcttcggtgacagaaacacagatt
gatgaaactcggatgggctacaagccagtggctatccactctgccaccatcttcttttgt
atctctgacctagctaacatagaaccaatgtaccagtattccctcacatggttcataaac
ctgtacatgcattccctggcccatagcatgaagagtgaagagctggatctgcgcattggg
tacatcattgagcattttaccctgagcatctacaacaatgtctgccgctctctgtttgag
aaggacaagctgctcttctccctcctcctgaccatcggcatcataaaagagaaaaagcaa
cttgatgaggcaatgtggtactttcttctaactggaggcgttgctctggataaccccttt
cccaacccagctcctgaatggctgtctgagaaggcgtggtcagaagttgttcgagcatcg
acattaccgcaactgaaaggcctgaaggaacatttagaacaaaattctagtgaatggaag
ctcatctatgactcagcctggccccatgaggagaaattcccaggatcttggaggctcctt
caaggattggagaggatggtgattcttcgatgtttgcggcctgataagataatcccagct
attcgggagttcattgctgaactcatgggaaaggtatacatcgaagctccgacctttgat
ctgcagggatcctacaatgattctaattgttgtgcacctttgattttcgtattgtctcca
ggggcagacccaatggcaggcctgctgaagtttgctgatgatcttggcatgggaggggcc
agaatacagaccatctcccttggccaaggccaaggccctattgctgccaaaatgatcaac
aatgccataaaagatgggacttgggtagttttacagaactgccatctagccacaagctgg
atgcctgcattggaaaagatttgtgaggaggtgattgttcctgagagtaccaatgtaaaa
ttcagactatggttaaccagctatccatcagagaagtttccagtcagcattcttcagaat
ggaatcaaaatgaccaatgaaccccccaaagggctccgggccaaccttttgcgctcctac
ctcaatgaccccatttcagaccctgtgttcttccaaagctgcacaaaggtggtgatgtgg
caaaagctgttgtttggcctttgcttcttccatgccattgttcaagagaggagaaacttt
ggacccctaggttggaatatcccttatgaattcaacgaatctgacctcaggattagtatg
cggcagatccagatgtttctcaatgagtacaaagaggtgccatttgatgctctgacttac
ctgacaggggaatgtaattatggaggtagagtgactgatgacaaagacagacgtctcctg
ttgtcccttctgtccactttctactgcaaggaaattgagcaggaccaatactaccttgct
cctggagacacttactacattcctcctcatggctcctaccagtcctatatcgactatctc
aggacactccctatcacagcccacccagaagtgtttggcctccatgagaatgctgacatc
accaaggacaaccaagaaaccaaccagctgtttcaaggcgtgctgctaaccctcccaagg
cagtcaggagggagtgggaagtcccctcaggaagtggttcaggagctggcccaggacata
ctctccaagcttcccgaagactttaacctagaagaggtcatgaatttgtaccctgtggtc
tatgaggaatcaatgaacactgtcctgaggcaagaactcatcagattcaacaggctcacc
aaagtggttcgcagaagcctcatcactattggccgagccatcaaagggcaggtcctgatg
tcttcggagctagaggaagtttttaatagcatgcttgtgggtaaagtgccagccatgtgg
gcagccaagtcctacccatccctaaagcctctggggggctatgtggctgacctgttgacc
cgcctgaccttctttcaggaatggattgacaagggtccccctgtggtcttttggatctct
ggattctacttcacacagtcttttttgacgggtgtctctcagaattattcccggaaatac
accatccccattgaccacattggatttgagtttgaggtaacaacccaagaaactgtcatg
gagactaacccagaagatggggcctacataaaagggcttttcttagaaggtgcccgttgg
gacaggaaagcgatgcagattgcagagtctttccccaaaatcctctatgacccactgccc
atcatttggctgaaacctgggaaaagtgcaacgtttctgcatcaggacatttacgtgtgt
ccagtctataaaacaagtgcccgaaggggcatcctctccaccacaggccactctaccaac
tatgtcctctccattgagctcccaaccgatatgccccagaagcactggataaaccgaggg
gtagcctcactgtgtcagctggataactga

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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 (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (60)   

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