KEGG   Mus musculus (house mouse): 381917
Entry
381917            CDS       T01002                                 
Symbol
Dnah3, Dnahc3
Name
(RefSeq) dynein, axonemal, heavy chain 3
  KO
K10408  dynein axonemal heavy chain
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04814  Motor proteins
mmu05014  Amyotrophic lateral sclerosis
mmu05016  Huntington disease
mmu05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    381917 (Dnah3)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    381917 (Dnah3)
   05016 Huntington disease
    381917 (Dnah3)
   05022 Pathways of neurodegeneration - multiple diseases
    381917 (Dnah3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    381917 (Dnah3)
   04812 Cytoskeleton proteins [BR:mmu04812]
    381917 (Dnah3)
Cilium and associated proteins [BR:mmu03037]
 Motile cilia and associated proteins
  Dynein arm
   381917 (Dnah3)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     381917 (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 ARL2_Bind_BART T2SSE
Other DBs
NCBI-GeneID: 381917
NCBI-ProteinID: NP_001357735
MGI: 2683040
Ensembl: ENSMUSG00000052273
Position
7:complement(119520555..119694520)
AA seq 4072 aa
MSDTNCSAQKLDKSDSVHHMSHSQARPELPPLPVSANEEPSELYKTVMSHSFYPPLMQRT
SWTLAVPFKEQDHHRGPSDSIGNNYSLTARDMKLKDLLKVYQPVTISIPRDKTSQGLPLA
FTASKTSTEPSKKKMKFNLKAKDDVTGMPFVCKFSSSLSIKNTTDSSVTHPESRPMSPEQ
QMDVMLQQEMEIESKEQKPSELDLERYYYYLTNGIRKDMIAPENEEVMMRIYKLIPKTLL
TTPALEPLQVSLRSEKESDYYYSLMKSIVDYILMDPMEKKRLFIKSIPRLFPHRVIRAPV
PWHNIYQSTKKWNEEHLHTVNPMMYKLKELWFAEFQNLRFVRTADLLAGKLPLLPHEYKE
VVQKHCREARHILLTKWIPTCAQLFVTQKEHWVHFAPKNDYDSSRNIEEYFASVASFMSL
QLRDLVIKSLRDLVSFFMIHKDGNDFKEPYQEMDFFIPQLIMIKLEVRDPIIVFNPTFDD
CWQLIKNSFLEIIKNSDGIPKVESILFPDLKGYNMILGTVNPEESLVSDFLDQTLEVFKK
NQVGPYKYLNVYKKYDDLLDNMAEKGISEFLKEKHEIEDFVTSINSIKKRKNEIASMHIT
VPLAMFCLDAVFLNYDLCERAQNLKDNLILYQVDVNRETNTSICNQYSTIADKVSEIPAN
TAELVALIEYLKKSSDVTVFKLRRQLRDASERLEFLMDYADLPNEDIKLNSNLFLWPDQI
EDVFESSRNLLMSKRDQAEMDLIKRCSEFESRLEGYSKELEMFRKREVMTTEEMKNNVEK
LHDLSKNLDLALTEFELINKEEELLEKEKSSFPLLQTLMINKIPYEQLWVTAYEFSTKSE
EWMNGPLYLMNAEQIAEEIGNMWRTTYKLTKTLIDVPAPKRLAENVKLKIEKFKQHIPIL
NIACNPGMKDRHWQQISDIVGYEIKPTETTCLANMLEYGFGKFVDKLEPIGAAASKEYSL
EKNLEKMKADWVNMCFSFVKYRDTDTSILCAVDDIQLILDDHVIKTQTMCGSVFIKPIEA
ECRKWEEKLVRVQENLDAWLKCQVTWLYLEPIFSSEDIIAQMPEEGKKFTTVDTYWKSLM
AQAVNDTRVMVAADQPRMTEKLQEANVLLEDIQRGLNDYLEKKRLFFPRFFFLSNDELLE
ILSETKDPLRVQPHLKKCFEGIAKLEFTDNLEIKGMISSEKETVPFIQTIYPVKAKGMVE
KWLQQVEQVMLASMRQVIENGIEAYVQVPRNAWVLEWPGQVVICVSSIFWTREVSEALVE
DTLTDFLKKSNDQIAQIVELVRGKLSSGARLTLGALTVIDVHARDVVAKLRHDHINSLND
FQWISQLRYYWTEKNVHVQMITTEALYGYEYLGNSPRLVITPLTDRCYRTLMGALKLNLG
GAPEGPAGTGKTETTKDLAKALAKQCVVFNCSDGLDYKAMGKFFKGLAQAGAWACFDEFN
RIEVEVLSVVAQQILSIQQAIIRKLKRFIFEGTELSLNPTCAVFITMNPGYAGRAELPDN
LKALFRTVAMMVPDYALIGEISLYSMGFLDSRSLAQKIVATYRLCSEQLSSQHHYDYGMR
AVKSVLTAAGNLKLKYPEENESVLLLRALLDVNLAKFLAQDVPLFQGIISDLFPGVVLPK
PDYEVFLEALNNNIRKMKLQPVPWFIGKIIQIYEMMLVRHGYMIVGDPMGGKTSAYKVLA
AALGDLHAANQMEEFAVEFKIINPKAITMGQLYGCFDAVSHEWTDGVLANAFREQASSIT
DDRKWIIFDGPVDAVWIENMNTVLDDNKKLCLMSGEIIQMSSKMSLIFEPADLEQASPAT
VSRCGMIYMEAHQLGWKPLKDSYMDTLPRCLTKEHTELVEDMFTWLVQPCLDFSRLHCKF
VVQTSPIHLAFSMMRLYSSLLDEIRDIQEEEMEIYEGLSSQQIFLWLQGLFLFSLVWTLA
GTINAESRKKFDVFFRNLIMGMDDRNPRPKSVKLTKNNIFPERGSIYDFYFLKQGGGHWN
AWTEYITKEEETIPANAKVSDLIIPTMETARQSFFLKTYLDHEIPILFVGPTGTGKSAIT
NDFLLHLPKNVYQPNFINFSARTSANQTQDIIMSKLDRRRKGLFGPPIGKKAVVFVDDLN
MPAKEVYGAQPPIELLRQWIDHGYWFDKKDTNRLDIVDVLLVTAMGPPGGGRNDITGRFT
RHLNIISINAFEDEILTKIFSSIADWHFGKGFDVMFLRYGKMLVQATQTIYRAAVENFLP
TPSKSHYVFNLRDFSRVIQGVLLCPHTHLQDLEKFIRLWIHEVYRVFYDRLIDNDDRQTF
FNLVKETTSNCFKQTMEKVLIHLSPTGKITDDNIRSLFFGDYLKPESDQKIYDEIIDLRG
LTVVMEYYLDEFNSVSKAPMSLVMFKFAIEHISRICRVLKQKKGHLLLVGIGGSGRQSAT
KLSTFMNSYELYQIEITKNYTNSDWREDLKKIMLQSGVATKSTVFLFSDNQIKHESFVED
INMLLNTGDVPNIFPADEKADLVEKMQTAARTEGEKVEATPLSMYNFFIERVRKNLHIVL
AMSPIGDAFRTRLRMFPSLINCCTIDWFQSWPTDALELVANKFLEDVELDDNIRAEVVSM
CKYFQESVKKLSVDYYNTLLRHNYVTPTSYLELILTFKTLLNSKRQEVDTIRNRYLAGLQ
KLEFASSQVAVMQVELTALQPQLIQTSEDTAMMMVKIELETKEADAKKLLVQADEKEANA
AAAISQAIKNECEGDLAEAMPALEAALAALDTLNPSDITLVKSMQNPPGPVKLVMESICV
MKGLKPERKPDPSGSGKMIEDYWGVSRKILGDLKFLESLKTYDKDNIPSVIMKRIRERFI
DHPDFQPAVIKNVSSACEGLCKWVRAMEVYDRVAKVVAPKRERLREAEGKLEIQMQKLNQ
KRAELKLVEDRLQDLNDEFELMNRKKNSLEKNIEICSQKLVRAEKLISGLGGEKDRWTEA
ARQLGIRYDNLTGDVLLASGTVAYLGAFTVDYRAQCQNEWLVSCKDKVIPGSVDFSLSNT
LGDPIKIRAWQIAGLPVDSFSVDNGIIVSNSRRWPLMIDPQGQANKWVKNMEKTNKLSVI
KFSDTNYVRTLENALQFGTPVLLENVGEELDAFIEPILLKATFKQQGVEYMRLGENIIEY
SREFKFYITTRLRNPHYLPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNKL
ILESAQNKKQLKEIEDKILEVLSLCEGNILEDETAIKILSSSKVLSEEISEKQEIASVTE
TQIDETRMGYKPVAVHSAAIFFCISDLAHIEPMYQYSLTWFINLYVQSLANSNKSDELDL
RIEYIIEHFTLSIYNNVCRSLFEKDKLLFSLLLTVGLLKERKAIDEEVWYFLLTGGVALD
NPFPNPAPEWLSEKSWGEIVRASSLQKLKGLMEDVMQNIKVWKDIYDSAWPHEESLPSPW
FFLQTLEKIAILRCLRPDKIVPAIQNFICETMGKIFIEAPTFDLQGSYGDSSCCVPLIFI
LSPGADPMAGLLKFADDVSMGGTKTQTISLGQGQGPIAANMINKAIHEGTWVVLQNCHLA
TSWMPALEKICEEVIVPENTNSEFRLWLTSYPSEKFPVSILQNGIKMTNEPPKGLRANLL
RSYLNDPISDPLFFQSCTKPVIWQKLLFGLCFFHAIVQERRNYGALGWNIPYEFNESDLR
ISMRQIQMFLNDYEEVPFEALTYLTGECNYGGRVTDDKDRRLLLSLLSMFYCKEIETDNY
HIAPGDAYVIPPYGSYQSYIEYLRTLPITAHPEVFGLHENADITKDNQETNQLFQGVLLT
LPRQSGGSGKSPQEVVEELAQDILSKLPNDFNLEEVMKKYPVVYKESMNTVLRQELIRFN
RLTKVVRRSLIDLGRAIKGQVLMSSELEEVFNSMLVGKVPAMWAAKSYPSLKPLGGYVAD
LLARLTFFQEWIDKGPPVVFWISGFYFTQSFLTGVSQNYARKYTIPIDHIGFEFEVTPKE
TTMENIPEDGAYIKGLFLEGARWDRSTSQIGESLPKILYDPLPIIWLKPGESASFLHQDI
YVCPVYKTSARRGILSTTGHSTNYVLSIELPTDMPQKHWINRGVASLCQLDN
NT seq 12219 nt   +upstreamnt  +downstreamnt
atgagcgacaccaattgctcagcgcagaagcttgacaagagtgactctgtacatcacatg
agccactcccaggcacggccagagctgccgcctctgcctgtgtctgccaatgaggagcca
tctgaactctataagactgtcatgtcacacagcttctatcccccactgatgcaacgcaca
tcctggaccctggctgtgcccttcaaagaacaggatcaccaccgtggacccagtgactct
attggcaataactattccttgacagctcgagacatgaagctgaaagacctgttgaaggtc
taccaaccagtcaccatcagtatccctagggacaagaccagtcaaggactgccattagca
ttcacagcatctaaaacctcaacagagccctccaagaaaaaaatgaagttcaacctcaaa
gccaaggatgatgttaccgggatgccgtttgtatgcaaattctcatcctccttgagcata
aagaacaccaccgactccagtgtgacccacccagaaagcagacccatgagtccagaacaa
cagatggatgtgatgttgcagcaggagatggaaatagaaagtaaagagcagaagccatct
gagttagacctggagagatattactactatttgaccaatggtatcagaaaagacatgatt
gccccggagaacgaggaggtgatgatgcgaatttacaaactgattcctaagacgctactg
acaactccagcccttgaaccccttcaagtctcacttaggtctgagaaggaaagtgactat
tactatagcctcatgaaaagcattgttgactacatcctcatggacccaatggaaaagaaa
aggctgttcatcaagagcatccctcgattgtttcctcacagagtgatccgggcccctgtg
ccctggcacaacatctaccagagtaccaagaagtggaatgaggagcatttgcacacagtg
aatcccatgatgtacaaactcaaagaactgtggtttgcagaatttcaaaacctcaggttt
gttcgaacagcagacttactggctggaaagttgcccttgctgcctcacgagtacaaggag
gtggtccagaagcactgccgggaggcgcgtcatattctactcaccaaatggatccccacc
tgtgcccagctttttgtgacccagaaggagcactgggttcacttcgctcccaagaatgac
tatgactcctctcggaacattgaggaatacttcgcttctgttgcttccttcatgtcccta
cagctccgagatttggtcattaagtccctcagggacctcgtttctttcttcatgatacat
aaggatggaaatgattttaaggagccttaccaagagatggacttcttcatacctcagcta
ataatgattaaacttgaagtgagagatcccattattgtcttcaacccaacttttgatgac
tgctggcaattaataaagaattccttcttggaaattattaagaattctgatgggatcccc
aaggtggaatctatactcttcccagatttgaaaggctacaacatgattcttggaactgtt
aaccctgaagaaagccttgtttcagattttttggatcagactttagaggtatttaagaaa
aatcaagttggaccttacaaatacttaaatgtatacaagaaatatgatgacttgctggac
aacatggcagagaagggcatcagtgaattcctgaaagaaaaacatgaaattgaggacttt
gtgacgagcatcaatagcataaaaaagaggaaaaatgaaattgcatccatgcacatcacc
gtgcctttggccatgttctgtcttgatgccgtgttcctaaattatgacctctgtgagcga
gcccaaaatcttaaagacaatttgattctgtatcaagtggatgtaaaccgggaaaccaat
accagcatttgcaatcagtacagcaccattgctgacaaagtcagtgagatccctgccaat
accgcggagctagtagcactcatcgaatatttaaagaaatccagtgatgtcactgtgttc
aagctcaggaggcaactcagagatgcaagtgaacggcttgagttcctgatggattatgca
gacttgcccaatgaagatatcaaactgaacagcaacctgttcctctggcctgaccagata
gaagatgtctttgaaagtagccgaaatctgctcatgagcaagagggatcaggcagagatg
gacctcattaaaaggtgctcagaatttgagtcgagacttgaaggctatagcaaagagctg
gaaatgtttaggaagcgtgaagtgatgactaccgaagaaatgaagaacaatgtggaaaag
cttcatgacctctccaagaacctagatctggcgctgacagaatttgagttgatcaacaag
gaggaagagctgctggagaaggagaagagctccttccctcttcttcaaaccctgatgatc
aacaaaatcccctacgagcagctgtgggtcacagcctatgagttcagcaccaagtcagag
gagtggatgaatggccccctctacttaatgaatgctgagcaaatcgcagaggagataggg
aatatgtggaggacaacctacaagttgaccaagaccttgatcgatgtgcctgcgcccaag
cgcttagcagagaatgtcaagttgaagattgagaagttcaagcagcatattcccatcctg
aatatcgcctgcaaccccgggatgaaggatcggcactggcaacagatcagtgacattgtt
ggctatgagataaagcccacagagaccacgtgcctcgccaatatgctggaatatggattc
ggcaaatttgttgataagctggagcccattggggcagctgccagcaaggagtattctctg
gagaaaaacttggagaagatgaaggcagactgggtcaatatgtgcttcagtttcgtgaag
tacagggacacggataccagcatcttgtgtgcagttgatgacattcaattaatactcgat
gatcatgtgataaagacccagactatgtgtggttccgtgttcatcaagccaatagaagca
gagtgccggaaatgggaagaaaagctagtgcgggtacaagaaaatttggatgcctggtta
aaatgccaagtaacttggttgtacctggaaccgatcttcagctccgaagatatcatagcc
cagatgccagaagagggcaagaaatttaccactgtggatacttactggaaatcactcatg
gcccaggcggtaaacgatacaagggtaatggtggcagctgaccagccaagaatgactgag
aagcttcaggaagccaatgttctattggaagacatccagcgggggctgaacgactacctg
gagaagaagaggctctttttccccaggttcttcttcctgtcaaatgatgagctcctggag
atcttgtcagagacaaaggacccactccgagtacagccacacttgaagaagtgcttcgaa
ggaattgccaaactggagtttacagacaatctggaaatcaagggcatgatcagctcagaa
aaagaaactgttccattcatacagacaatctatccagtgaaagccaagggcatggtggag
aagtggctgcagcaggtggagcaggtgatgttggccagcatgcggcaagttattgaaaat
gggattgaagcttatgtccaggtccctcgtaatgcctgggtcttggagtggccaggccag
gtagttatctgtgtctcctccatcttttggaccagagaagtgtctgaagccctagttgaa
gacacccttacagactttctgaaaaagagcaatgaccagatcgcacagatcgttgagctg
gttcgagggaagctgagcagtggggcgaggctcactctgggagccctcactgtcatcgat
gtccatgctcgtgatgtggtggccaaactgaggcatgatcatatcaacagtctaaatgac
ttccagtggatttcacagctacgatactattggacggaaaagaacgttcatgtgcaaatg
ataaccacagaagccttgtatggctacgagtacctgggaaactctccccggctagtgatc
actcctctcacagaccgctgctacaggaccctaatgggagctttgaagttgaaccttgga
ggtgctccagagggtccagctgggacaggcaagacagaaaccaccaaagatctggctaaa
gctttggccaagcagtgtgtggtcttcaattgttctgacggcttggattacaaagccatg
ggcaagttcttcaaggggctggctcaagctggagcatgggcctgttttgatgaattcaac
aggattgaggtggaagtactgtcagtggtagcccaacagattctcagcatccagcaagcc
attatcaggaagctgaagaggttcatctttgaaggcactgagctctcactgaacccaacc
tgtgctgtcttcatcaccatgaatcctgggtatgctggcagggctgagctgccagataac
ctcaaggccttattccgaacagtagccatgatggtgccagattatgctcttattggagaa
atctccctctattctatgggatttctggactccagaagtcttgcccagaagattgttgcc
acctaccgcctgtgctctgagcaactctcatctcaacatcactatgactatggcatgcgg
gctgtcaagtctgtgctcacagctgcaggcaatctgaagcttaagtaccctgaggagaat
gagagtgttctgttgctccgggccttgctggatgtcaacctggccaagttcttggctcaa
gatgtccccctgtttcagggcattatctcagatctgtttcctggagttgttcttccaaag
ccagactacgaagttttcctggaagcattgaacaacaacatcagaaaaatgaagctgcag
ccagtgccctggttcattgggaagattatccagatctatgagatgatgctggtaagacat
ggctacatgattgttggagatccaatgggtggcaagacatcagcttataaagttctggct
gcagctctgggtgatttacatgcagccaaccagatggaagagtttgctgtggagttcaag
atcatcaaccccaaggctatcacaatggggcaactgtatggctgctttgatgctgtgagc
catgagtggacagatggtgtcctggccaatgctttccgggaacaagcgtcttccataact
gatgaccgcaaatggattatatttgatggaccagtagatgctgtttggattgaaaatatg
aacactgtcctggatgacaataaaaagctgtgcttaatgagtggagagatcattcagatg
agctccaagatgagtctaatctttgagccagcagatctggagcaggcctcccccgccacc
gtgagcaggtgtgggatgatctacatggaggcccaccagctgggctggaagcccttgaag
gactcatacatggatactttgccccgctgtctcactaaggagcacacagaactggttgag
gacatgttcacgtggcttgtgcagccctgtctggactttagtcggctccattgcaaattt
gtggtgcaaacatctcccatccaccttgccttctcaatgatgcggctgtactcctccctg
ctggatgaaatccgggacatccaggaggaggaaatggagatatatgaaggtctgtcaagc
cagcagatcttcctctggctgcaaggcctgtttcttttctccttggtgtggactttggcg
ggtaccatcaatgctgagagcagaaagaaatttgatgtatttttccgcaacctgatcatg
ggcatggatgatcgtaacccaaggcccaagagtgtgaaactcaccaaaaacaacatcttc
ccagaaagaggaagcatctatgatttttacttcctcaaacaagggggtggacactggaat
gcatggacagaatatatcaccaaggaggaggagactattcctgcgaatgcaaaggtatca
gacctcatcattcccacaatggagactgcccggcagtccttcttcttaaaaacctacctg
gaccatgagatcccgatattgttcgtgggtcccacaggcactggcaaatcagctatcacc
aatgacttccttctccaccttcccaaaaatgtctaccagcccaacttcatcaacttctct
gccagaacttcagccaaccagacccaggatatcatcatgtccaagctggaccgtcggagg
aaaggcctttttgggcctcccatagggaagaaagcagttgtgtttgtagatgatctcaac
atgccagccaaagaggtgtatggagcccagccccccatcgagctgctgagacaatggatt
gaccatggctactggtttgacaagaaagacacaaacaggctggacattgtggatgttctg
cttgtgactgccatgggtccccctggtggaggaaggaatgacatcactggacgattcact
cgccatctgaatatcatttccatcaacgcctttgaagatgaaatcttaaccaaaattttc
agttctattgctgactggcattttgggaaagggtttgatgtcatgttcttacggtatggg
aagatgctggtccaagcaacccagacaatttacagagctgcagtggagaacttcttgcca
actccctccaaatcacattatgtctttaaccttcgggatttctcacgggtgatccaggga
gtactgctgtgtccccacacccacctacaggatttggaaaaatttatccggctttggatc
catgaggtttaccgagtcttttatgaccgcctgattgacaatgatgacagacagactttc
ttcaacctggtgaaggaaaccacctccaattgcttcaagcagaccatggagaaggtgctc
atccacctgtcacccaccgggaagataactgatgacaacatccgtagcctcttcttcggg
gattatttgaagccagaaagtgaccaaaaaatctatgacgagatcattgacctgagagga
ctcacggtggtgatggagtactatctggatgagttcaacagtgtcagcaaggcccccatg
tctttggtcatgttcaagtttgccattgagcacatctccaggatctgcagagtcctgaag
cagaagaaaggtcacttgctcctggtgggcattgggggcagtgggcggcagagcgccacc
aaactgtccacgttcatgaactcctatgagttataccagattgaaatcacaaagaattac
accaacagcgactggagagaggacctgaaaaagataatgttgcagtcaggagtggccacc
aagagtactgtgttcctcttctcggataaccagatcaagcatgagtcatttgtggaagac
atcaacatgcttctgaacacaggcgatgtgcccaacatcttcccagcagatgagaaggct
gacctcgtggaaaagatgcaaacagcggccaggacagaaggagagaaggttgaagccact
cccctgtctatgtacaatttctttatcgagagagtgagaaagaaccttcacattgttctt
gccatgagtccaatcggggatgccttcagaacccgcctgagaatgttcccgtcacttatc
aactgctgcaccattgattggttccagtcctggccaaccgatgccttagagttggtggcc
aacaaattcctggaggacgtggagcttgatgacaacattcgggcagaggtcgtctccatg
tgcaagtacttccaggagagcgtgaagaagctatcggttgactactacaacacacttctc
agacacaactatgtgacccccacctcttaccttgaattgatcctaaccttcaaaactctc
ctgaatagcaagagacaagaggtggacacaattaggaaccgctacttggcaggcttgcag
aaactggaatttgcatcttcacaagtggctgtcatgcaggtagagctcactgcccttcag
cctcagctcatccaaacctctgaggatacagcgatgatgatggtgaaaattgagctggag
acaaaagaagctgatgccaagaaacttctggtgcaggcagatgagaaggaggctaatgct
gctgctgccatctctcaggcgatcaagaatgagtgtgagggagacctggccgaggccatg
ccagcacttgaggctgcccttgctgccctcgacaccctgaacccatctgacatcacgctg
gtgaagtccatgcagaacccaccaggccctgtcaagctggttatggagagcatttgcgtc
atgaaggggctgaagccagagaggaagccagaccccagtggctccggtaaaatgatagaa
gattactggggagtgtcaagaaagatccttggagatctaaagttcttggaaagtctcaag
acatacgacaaagacaacatcccttcggtgatcatgaagcgaatccgggaaaggtttatt
gatcaccctgatttccagccagctgtcattaaaaatgtatcatctgcctgtgagggcctg
tgcaagtgggtgagggccatggaagtgtatgaccgagtggccaaggttgtggctcccaaa
cgggagcgactgagggaggctgaggggaagctggagatccaaatgcaaaaactgaaccag
aaacgggcggagctgaagctggtggaagaccgactccaagatctcaatgacgagtttgaa
ctgatgaacagaaagaaaaattcactggagaaaaatatagaaatctgctcccagaagctc
gtcagggcagagaagcttatcagtggccttggaggagagaaggacagatggacagaggct
gcccggcagctggggatccgctatgataacctgaccggggatgttttgctagcctctggg
accgtggcttacctgggtgccttcacggtggattatcgggcccaatgccaaaatgaatgg
ttggtttcctgtaaggacaaggtcatcccaggctccgttgattttagcctcagcaacacc
ttaggggaccccataaaaatccgtgcctggcagatagcagggcttcctgttgactccttc
tctgttgacaatggcatcattgtgtccaattccaggcgctggcctttgatgattgaccct
cagggacaggccaataagtgggtgaagaatatggaaaaaacaaacaagctatctgtcatc
aagttctctgataccaattacgtgaggactctggaaaatgccctgcagtttggcacccct
gtcttgttggaaaacgttggagaagagctggatgcctttattgaacccatcttgctgaag
gcaacattcaaacagcagggggtggagtacatgagactgggtgaaaatattattgaatac
tcaagggaatttaagttctatataaccactcgtctgaggaatccacattatctccctgaa
gttgccgtgaaagtctgtctcctcaacttcatgatcacacccttgggtctccaagatcaa
ctccttggcattgtggctgccaaggagaagccagagctagaagagaaaaagaacaagttg
attttagaaagtgcccagaataagaaacagctaaaggagattgaggataagattctagag
gtcctatccctgtgtgagggcaacatcctcgaagatgagacagccatcaaaattttgtcc
tcttcgaaagttctgtctgaggagatctctgagaagcaagaaatagcatctgtgacagaa
acccaaattgatgagacccgcatgggctacaagcctgtcgctgttcattctgcagccatc
tttttctgtatctccgacctagcccacattgagcctatgtaccagtattctctgacttgg
ttcatcaacctctacgtgcagtctctagcaaatagcaacaagagtgatgagctggattta
cggatcgagtacatcatcgaacatttcactctaagcatctacaacaacgtgtgccgctca
ctgtttgagaaggacaagctacttttctccctccttctgaccgttggcctcttgaaggaa
agaaaggcaattgatgaggaagtttggtacttccttttaactggaggtgtggccttggac
aatcctttccccaacccagctccagaatggttatcagagaagtcatggggtgagattgtt
cgagcttcctccttacagaaactaaagggtctgatggaagatgtcatgcaaaatatcaaa
gtatggaaggacatctatgactcagcctggccacatgaagagtcactaccttcaccttgg
tttttccttcaaacactggaaaagatagcaatccttcgatgtttgcggcccgacaagata
gtcccagccattcaaaacttcatctgtgaaaccatgggaaagatattcatcgaagcccca
acctttgatctccagggatcctacggtgattccagttgctgcgtaccattgattttcata
ctgtctccaggtgcagacccaatggcaggtctgctgaagtttgctgatgatgttagcatg
ggaggcactaaaacacagaccatctcccttggtcaaggccaaggtcctattgctgccaat
atgatcaacaaagccatccatgaagggacctgggtggtcctacagaactgccacctggct
acaagctggatgccagcgttagagaagatttgtgaggaggtgattgtccctgagaacacc
aactcagagttcaggctctggctaactagctatccatcagagaagtttcccgtcagcatt
ctccagaatgggatcaaaatgaccaacgagccccccaaaggacttagggccaaccttctg
cgttcctacctcaatgacccaatctcagaccctttgttcttccagagctgtacaaagcca
gttatatggcagaaactgttgtttgggctttgcttcttccatgccattgtccaggagagg
aggaactatggagccctaggttggaacatcccttatgaattcaatgaatctgacctgagg
attagcatgcggcagatccagatgttcctcaatgattacgaagaggtgcccttcgaggct
ctgacctacttgacaggtgaatgtaattatggaggcagagtgactgatgacaaagatagg
cgtctcctgctgtccctcctgtccatgttctactgtaaagaaattgaaacagataactat
cacattgctcctggagatgcttatgtcatccccccctatggctcctaccagtcttacatt
gagtatctcaggaccctccccatcacagcacaccctgaagtatttggtctccatgagaat
gctgacatcaccaaggacaaccaggaaaccaaccagctcttccaaggagtgctgctgacc
ctgccgagacagtccggagggagtgggaagtctcctcaggaagtggttgaggagctggcc
caggatatactctccaagcttcccaacgactttaacctggaggaggtaatgaagaagtac
cccgtggtctataaggagtctatgaacactgttctaaggcaggagctcatcagattcaac
aggctgaccaaagtggttcgcagaagccttattgatcttggccgagccatcaaaggacaa
gtcctaatgtcctcagagctggaggaagtcttcaatagtatgcttgtgggtaaagtgcca
gccatgtgggcagccaagtcctacccatcactgaagcccctggggggctacgtggctgac
ctattggcccgcctgaccttcttccaggaatggatcgacaaaggcccccctgtggtcttt
tggatctctggattctacttcacacagtcctttttgacgggagtttctcagaattatgcc
aggaaatacaccatccccattgaccacatcggatttgaatttgaggtaacaccaaaagaa
acgacaatggaaaatatcccagaagatggggcctacatcaaaggacttttccttgagggt
gcccgttgggacaggtcaacctcgcagattggagaatctctccccaaaatcctctatgac
ccattgcccattatttggctgaaacccggagagagtgcatcattcctgcatcaggacatt
tatgtgtgtccagtgtataagacgagtgctcggagaggtatcctctctaccactggccac
tctactaactacgtcctgtccattgagctaccaacagacatgccccaaaagcactggata
aaccgaggcgtggcctcactgtgccagctggataattga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (17)   
   Pfam (17)   
All databases (97)   

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