KEGG   Myotis brandtii (Brandt's bat): 102261346
Entry
102261346         CDS       T02920                                 
Symbol
DNAH3
Name
(RefSeq) dynein axonemal heavy chain 3
  KO
K10408  dynein axonemal heavy chain
Organism
myb  Myotis brandtii (Brandt's bat)
Pathway
myb04814  Motor proteins
myb05014  Amyotrophic lateral sclerosis
myb05016  Huntington disease
myb05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:myb00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    102261346 (DNAH3)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    102261346 (DNAH3)
   05016 Huntington disease
    102261346 (DNAH3)
   05022 Pathways of neurodegeneration - multiple diseases
    102261346 (DNAH3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:myb03037]
    102261346 (DNAH3)
   04812 Cytoskeleton proteins [BR:myb04812]
    102261346 (DNAH3)
Cilium and associated proteins [BR:myb03037]
 Motile cilia and associated proteins
  Dynein arm
   102261346 (DNAH3)
Cytoskeleton proteins [BR:myb04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     102261346 (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_22 AAA RNA_helicase
Other DBs
NCBI-GeneID: 102261346
NCBI-ProteinID: XP_014391321
Position
Un
AA seq 4055 aa
MNDMDCSSPEIPKSDSIHHMSRCQRRPELPPLPASANEEPSEVYQTVMSHSFYPPLMQRT
SWTLAAPFKEQHHHRGPSDCIANNYSLTAQDLKLKDLLKVYQPVTISVPRKRVTQEFPSA
TKSSAEPEKKKMKSLPIDKTDHTRTKSAHKTLTSSPRKKEVMTSETPPGSRPASPEEQIN
VMLQKEMEIERKEAKPSKSDLERYDYYLTHGIRKDMIAPEEDEVMVRISKLIPSTLLMSP
FLEPLVNTLMEEKESYYYNSLMKSIVDYILMDPEEKKRLFIESTPRLFPQRAIRAPVPWH
GAYKSAKKWNEEHLHTVNPMVLILEQLWFEEFRDLRFVRKAELLAGKLPLQPQEYQDVIW
KHCMEARQVLLSKWIPTCAQLFVSQKEQWIHFAPRSDYDSSRNIEEFFASIASFMSLQLR
ELVIKSLEDLVSFFMIHKDGNDFEEPYQEMEFFVPQLIMIKLEVSEPVIIFNPSFDDCWE
LIHNSFLEIIENSKRIPKVESFLFPELKGYNLVLGTVNPEEKLVSDYVDQAFQVYRKNQV
GPHKYLNVYRKYDDLLDNTAEQSITAFLKENHEIDDFVMKINSIKKRKNEIASMHISVPL
AMFCLDTMALNYDLCERAQNLKDRLIQYQVDVNRDTNASICHQYSSIAEKVSEIPANTEE
LVSLIAFLRKSSDVTVFKLRRQLRDAAERLEFLMDFADLPHQIEDVFENSRNLLMSKRDQ
AEVDLFKRCLEFESKLESYNKELEGFRKREVMSTEEMKNNVEKLNELSKNLDQALVEFEL
INKEEELLGKEKSTFPLLQTVMTNKVPYEQLWVTTYEFSIKSEEWMNGPLFVLNAEEIAE
EIGNMWRTMYKLTKTLADIPAPRRLAENVRMKIDKFKQHIPILNISCNPGMKDRHWQQIS
EIVGCEIKPTDTTCLANMLEYGFSKFIDKLEPIGATASKEYSLEKNLEKMKSEWVNMTFS
FSKYRDTDMSILCAVDDIQLLLDDHVIKTQTMCGSPFIKPIETECRKWEEKLVRVQDTLD
AWLKCQATWLYLEPIFSSEDITAQMPEEGRKFAIVDGYWKSLMSQAVKDPRVLMAADQPR
MAEKLQEANTLLEDIQRGLNDYLEKKRLFFPRFFFLSNDELLEILSETKDPLRVQPHLKK
CFEGIARLEFTDDLEIVGMISSEKETVPFKQIIYPAQAKGMVEKWLQQVEQMMLASMREV
IRLGIEAYAEVSRDQWVLQWPGQVVICVSSIFWTQEVSEALEERTLPDFLKKSNDQIAQI
VQLVRGKLSSGARLTLGALTVIDVHARDVVAKLSEDKVCDLHDFQWISQLRYYWQAMDVQ
VQMITTEALYGYEYLGNSPRLVITPLTDRCYRTLMGALKLNLGGAPEGPAGTGKTETTKD
LAKALAKQCVVFNCSDGLDYKAMGKFFKGLAQAGAWACFDEFNRIEVEVLSVVAQQILSI
QQAIMRKLKMFIFEGTELSLNPTCAVFITMNPGYAGRAELPDNLKALFRTVAMMVPDYAL
IGEISLYSMGFLDSRSLAQKIVATYRLCSEQLSSQHHYDYGMRAVKSVLTAAGNLKLKYP
EENESILLLRALLDVNLAKFLAQDVPLFQGIISDLFPGVVLPESDYQVFMEVLNENIRKM
KLQPVPWFIGKIIQIYEMMLVRHGYMIVGGPMGGKTCAYKVLAAALGDLHKANQMGEFAV
EYKVINPKAITMGQLYGCFDQVSHEWTDGVLANAFREQASSLSDDRKWIIFDGPVDAVWI
ENMNTVLDDNKKLCLMSGEIIQMSSKMSLIFEPADLEQASPATVSRCGMIYMEPHQLGWK
PLKDSYMDTLPSTLTEEHKELVNDMFMWLVQPCLEFIRLQCKFVVQTSPTHLAFSMMRLY
SSLLDEIRDIKEEESEGPEGLTSQQIFLWLQGLFLFALVWAVAGTINTDSRKKFDLFFRN
LIMGMDDSSPRPKSVKLTKNNSFPEKGSVYDFYFLKQGSGHWCTWTEYVTKEEESIPANA
KVSELIIPTMETARQTFFLKTYLDHEVPMLFVGPTGTGKSAITNNFLLHLPKNTYLPNCL
NFSARTSAYQTQDIIMSKLDRRRKGLFGPPIGKKAVVFVDDLNMPAKEAYGAQPPIELLR
QWMDHGHWFDKKDTNKLDIVDVLLVTAMGPPGGGRNDITGRFTRHLNVISINAFEDDILT
KIFSSIANWHFGKGFDVIFLRYGKMLVQATMTIYKAAVENFLPTPSKSHYVFNLRDFSRV
IQGVLLCPHSHMQEVEKLIRLWIHEVYRVFYDRLIDDEDRQVFFNLVKETTSNCFKQTME
KVLIHLSPTGKIVDDNIHSLFFGDYFKPDSDPKIYDEITDLKQLTVVMEYYLDEFNNISK
APMSLVMFRFAIEHISRICRVLKQDKGHLLLVGIGGSGRQSASKLSTFMNSYELYQIEIT
KSYSSLDWREDLKKIMLQVGVATKRTVFLFADSQVKDESFVEDINMLLNTGDVPNIFPAD
EKADLVEKMQTAARTAGEKIDVTPLSMYNFFIERGTKKVCFSLAMSPIGDAFRNRLRMFP
SLINCCTIDWFQSWPTDALELVANKFLEDVELNDNIRRQVVSMCKYFQESVKELSLDYYN
TLRRHNYVTPTSYLELILTFKTLLNSKRQEVDMIRNRYLTGLQKLQFAASQVAVMQVELT
ALQPQLIQTSEETANMMVRIEEETIEADAKKLLVQADEKEANAAASVAQGIKDECEGDLA
EAMPALEAALAALDTLNPADISMVKSMQNPPGPVKLVMESICVMKGLKPERKPDPSGSGK
MIEDYWGVSRKVLGDLKFLESLKTYDKDNIPLIIMKRIRERFIDHPDFQPAVIKNVSSAC
EGLCKWVRAMEVYDRVTKVVAPKRERLKEAEGKLDIQMQKLNLKRAELKLVEDRLQALND
EFEEMNIKKMTLEENIDICSQKLIRAEKLISGLGGEKDRWTEAARQLGIRYTNLTGDVLV
SAGTVAYLGAFTVDYRAKCQNQWLAQCSKRVIPGSSDFSLSNTLGDPIKTRAWQMAGLPV
DSFSIDNGIIVSNSRRWALMIDPQGQANKWIKNMEKVNKLSVIKFSDSNYVRTLENALQF
GTPVLLENVGAELDAFIEPILLKSTFRQQGVEYMRLGENIIEYSKDFKLYITTRLRNPHY
LPEVAVKVCLLNFMITPLGLQDQLLGIVAAKEKPELEEKKNKLIVESAKNKKQLKEIEDK
ILEILSLSEGNILEDETAINVLSSSKELSEEISEKQEIASVTETQIDQTRMGYKPVAVHS
ATVFFCISDLANIEPMYQYSLTWFINLYMQSLVHSKKSDQLDLRIEYIIEYFTLSIYNNI
CRSLFEKDKLVFSLLLTIGILKEKKLINEEIWYFLLTGGVALDNPFPNPVSEWLSEKAWA
EVVRASSLSGLNGLMEHLEENADKWKLIYDSAYPHEEKFPGIWKFLQGLERMVILRCLRP
DKMIPATREFIAEHMGNVYIETPTFDLQGSYNDSSCCTPLIFVLSPGADPMAGLLKFAED
LDMGGTKTQIISLGQGQGPIAAKMINIAIKEGTWVVLQNCHLATSWMPALEKICEEVIVP
ENTNVSFRLWLTSYPSEKFPVSILQNGIKMTNEPPKGLRANLLRSYLNDPISDPVFFQSC
TKAEMWQKLLFGLCFFHAIVQERRNFGPLGWNIPYEFNESDLRISVRQVQMFLNDYKDVP
FDALTYLTGECNYGGRVTDDKDRRLLLSLLSTFYCKDIEQDHYYVAPGDIYYIPPHGSYQ
SYIEYLRNLPITAHPGVFGLHENADITKDNQETNQLFEGVLLTLPRQAGASGKSPQEVIE
ELTQDILCKLPKDFDLEVVMKLYPVVYEESMNTVLRQELIRFNRLTKVIRKSLISLVRAI
KGQVLMSSELEDVFNSMLIGKVPAMWMAKSYPSLKPLGGYVADLLARLTFFQDWISGGPP
VVFWISGFYFTQSFLTGVSQNYARKYTIPIDHIGFEFEVTTQEATMESSPEDGAYIKGLF
LEGARWDRSTQQIEESLPKILYDPLPIIWLKPGKSAAFLHQDIYECPVYKTSARRGVLST
TGHSTNYVLSIELPTDRPQKHWINRGVASLCQLDN
NT seq 12168 nt   +upstreamnt  +downstreamnt
atgaatgacatggattgctcatctccagagatccccaaaagtgactcgatacatcacatg
agccgctgccagaggcggcccgagctcccccctctgcctgcttctgcgaacgaggagccg
tctgaagtctatcagacggtcatgtcacacagcttttacccccccttaatgcaacgcaca
tcgtggaccctggctgcacccttcaaagagcagcaccaccatcgtggacccagcgattgc
attgccaacaattactccttgacagctcaggacctgaagctgaaggacttgctgaaggtc
taccagccggtcaccatcagtgtccctaggaaaagggtcactcaggagttcccatcagca
acaaaaagctcagcagagcccgagaagaagaaaatgaagtccctcccaatagacaaaaca
gatcataccaggaccaaatccgcccacaagaccttgacctcctcaccccggaagaaggag
gtgatgacctctgagacccccccaggaagcagaccagcgagcccagaagagcagattaac
gtgatgttacagaaggagatggaaatagaacgtaaagaagccaagccatccaaatcagac
ttggagagatatgattattacttgacccatggaatccgaaaagacatgattgcccccgag
gaggatgaagtgatggttcggatttcgaagctgattcctagcactctgctgatgagtccc
ttcctggaacccctggtgaacaccctcatggaggagaaggaaagttactattacaacagc
ctcatgaaaagcatcgttgattacatcctcatggacccagaggagaagaagaggctcttc
atcgagagcaccccccgcctgttcccacagagagccatccgggcgcctgtgccctggcac
ggggcctacaagagcgccaagaagtggaacgaggagcacctgcacacggtgaaccccatg
gtgctcatcctggagcagctgtggtttgaagagttcagagacctcaggtttgttcgaaaa
gcagaattactggcagggaaactgcctctgcagccccaggaatatcaggatgtgatctgg
aagcactgcatggaagcacgccaggtcctgctcagcaagtggatccccacctgtgctcag
ctttttgtctcccagaaggagcagtggatccattttgctcccaggagtgactatgactcc
tccaggaacatcgaggaattttttgcttctattgcatcattcatgtcactccagctcaga
gagttggtcattaagtctcttgaggatctcgtctcctttttcatgatacacaaggatggg
aatgactttgaagagccctaccaagagatggagttctttgttcctcagctaatcatgatc
aaacttgaagtcagtgagcccgttattatcttcaatccatcttttgatgattgctgggag
ttaatacacaactctttcttggaaattattgaaaactctaagaggatccccaaggtggaa
tctttcctgttcccagagctaaaaggatataacctggttcttggaaccgttaaccctgaa
gaaaagctggtttctgactacgtggatcaggctttccaggtctatcggaaaaaccaagtc
ggcccccacaaatacttaaatgtctacagaaagtatgatgacttattggataacacggca
gagcagagcatcactgcattcctgaaagaaaatcatgaaattgatgactttgtgatgaag
atcaatagcataaaaaagcggaaaaacgaaattgcgtccatgcacatttccgtgccgttg
gccatgttctgccttgacaccatggccctcaattacgacctctgtgagcgagcccagaac
ctgaaagaccgcctgattcagtaccaagtggatgtgaaccgggacaccaatgccagcatt
tgccaccagtacagcagcatcgcagagaaagtcagcgagatccctgccaacaccgaggag
ctggtgtccctcatcgcgttcctcaggaaatccagcgacgtcactgtgttcaagctcagg
aggcagctgagggatgcggccgagcggctggagttcctgatggacttcgcagacttgccc
caccagatcgaagatgtctttgaaaacagccgaaacctgctcatgagcaagagggaccag
gcggaggtggacctctttaaaaggtgcttagaatttgagtcgaaacttgagagctacaac
aaggaactagaaggctttagaaaacgtgaagtgatgtctacggaagaaatgaagaacaat
gttgaaaagcttaacgagctttccaagaaccttgatcaggcgctggtggaatttgagttg
atcaataaggaggaggagctgttgggaaaggagaagagtaccttccctcttctgcaaacc
gtgatgaccaacaaagtaccctacgaacagctgtgggtgacgacctatgagttcagcatc
aagtcagaggagtggatgaacggacccctctttgtgctgaacgctgaggagattgcagag
gaaatagggaatatgtggaggacaatgtataaattgaccaagaccttagctgacatacct
gcacccaggcgcttggccgagaacgtgaggatgaagattgacaagttcaagcagcacatc
cctattctcaacatttcctgtaacccaggaatgaaggaccggcactggcaacagattagt
gagattgttggctgtgaaataaagcccacggatacgacatgcctggccaatatgctggaa
tatggattcagcaaattcattgacaaactggagcccattggagccaccgccagcaaagaa
tactccctggagaaaaacttggagaagatgaagtcggaatgggtcaacatgacattcagc
ttctccaagtacagggacacggacatgagcatcctgtgtgccgtggatgacattcagctg
ctcctcgatgaccacgtgataaagacacagaccatgtgcggctcccccttcatcaagcca
atagaaaccgaatgccggaagtgggaagaaaagctagtccgtgtgcaggacactttggat
gcttggttgaaatgccaagccacctggctgtacctggaaccgatcttcagctccgaggac
atcacagcccagatgccagaagagggcaggaagtttgccatcgtggacggttactggaaa
tccctcatgtcccaagcggtgaaggatcccagggtcctgatggcggccgaccagccccgc
atggctgagaagctccaagaagccaacactctgctggaggacatccagagggggctgaac
gattacttggagaagaagaggctgtttttccccaggttcttcttcctgtcgaacgacgag
ctgctggagatcctgtcagagaccaaggaccccctccgcgtgcagccgcacctgaagaag
tgcttcgagggcatcgccaggctggagttcaccgacgacttggagatcgtgggcatgatc
agctcggagaaggaaaccgtccccttcaaacagatcatctacccggctcaagccaagggc
atggtggagaagtggctgcagcaggtggagcagatgatgctggccagcatgcgggaagtc
atccgactggggattgaggcgtatgccgaggtctcccgtgaccagtgggtcctgcagtgg
ccgggccaggtggtcatctgcgtctcctccatcttctggacccaggaggtgtctgaggcc
ctggaggaaaggactctgccggacttcctgaagaagagcaatgaccagatcgcacagatc
gtccagctggtgcgagggaagctgagcagcggggctcgcctcaccctcggggccctcaca
gtcatcgacgtccacgctcgggacgtggtggccaagttatctgaggacaaagtgtgcgac
ctgcatgacttccagtggatctcccagctgcgctactactggcaggcgatggacgtgcag
gtgcagatgatcaccaccgaggccctgtacggctacgagtacctggggaacagcccccgg
ctggtgatcacgcccctcaccgaccgctgctacaggacgctgatgggggctctgaagctg
aatcttgggggagccccagaaggtccggctgggacaggcaagacagagaccaccaaagat
ctggccaaggctttggccaagcagtgtgtggtcttcaactgctcggacggcctggattat
aaagccatggggaagttcttcaaagggctggcccaggccggagcgtgggcctgctttgac
gagttcaatagaattgaggtggaggtgctgtcggtggtggcacagcagatcctcagcatt
cagcaagccattatgcggaagctgaagatgttcatcttcgaaggcacggagctctccctc
aacccaacctgcgcggtcttcatcaccatgaacccggggtacgcgggcagggcggagctg
cccgacaaccttaaggccttgttccggacagtggccatgatggtgccggactacgccctc
attggagagatctcgctctactccatggggtttctggactccagaagcctcgcccagaag
atcgtggccacctaccgcctgtgctcggagcagctctcctcgcagcaccactacgactac
ggcatgcgcgccgtcaagtctgtgctcaccgccgccggcaacctcaagctcaagtacccg
gaggagaacgagagcatcctgctgctccgggccctgctggatgtcaacctggccaagttc
ttggctcaggatgtccctctgttccaggggattatatcggatttgtttcctggagtcgtt
cttccggagtcagattaccaagtttttatggaagtgctgaatgagaacatcagaaagatg
aaactccagccagtaccttggtttattgggaaaattatccagatctatgagatgatgctg
gtgagacacggctacatgattgttggaggccccatggggggcaagacctgtgcttataaa
gtgctggctgcagctctgggtgacttacacaaagccaaccagatgggggagtttgctgtg
gagtacaaggtcatcaaccccaaggccatcaccatggggcagctgtatgggtgcttcgac
caagtgagccacgagtggaccgacggcgtcctcgccaacgctttccgggagcaggcgtct
tccctgtctgatgatcgcaagtggatcatattcgatgggcccgtggatgccgtttggatt
gaaaacatgaacactgttctggacgacaacaaaaagctgtgtttaatgagtggagagatc
atacagatgagctccaagatgagtctgatcttcgagccggccgacctggagcaggcctcg
ccagccactgtgagcaggtgcggcatgatctacatggagccccaccagctgggctggaag
cccctgaaggactcctacatggacaccctgccctccactctcactgaggagcacaaggag
ctggtcaatgacatgttcatgtggcttgtccagccctgcctggaattcattcgcctccag
tgtaaatttgtggtccaaacatctcccacccaccttgccttctccatgatgagactgtat
tcctctctgcttgatgaaatcagggacataaaggaagaggaaagcgaaggccctgaaggc
ctgacgagccagcagatcttcctctggctgcaaggcctgttcctcttcgccctggtgtgg
gccgtggccggcaccatcaacacggacagcaggaagaagtttgatctgtttttccggaac
ctgatcatgggcatggatgacagcagccccaggcccaaaagtgtcaagctcaccaaaaac
aacagctttccagagaaagggagcgtctatgacttctatttcctcaagcaaggcagtggg
cactggtgcacgtggaccgagtatgtcaccaaggaagaggagagcatcccagccaacgca
aaggtctcagaactcatcatccccaccatggagacagcccggcagaccttcttcttgaaa
acctacctggaccatgaggttccaatgctatttgtgggacccacaggcaccggcaaatca
gccatcaccaacaacttcctgctccacctccccaaaaatacctacctgcccaactgcctc
aatttttccgccaggacctcagcctatcagacccaggacatcatcatgtccaagctggat
cggcggcggaagggcctcttcgggccccccatcgggaagaaggcggtggtgtttgtggat
gacctcaacatgccggccaaagaggcatacggggcccagccccccattgagcttctgcgg
caatggatggaccacggtcactggtttgacaagaaagacacaaacaagctggacatcgtg
gacgtgctgctggtgacagccatggggccccccgggggaggaaggaatgacattactggg
cgattcacccgccacctgaacgtcatttccatcaacgcctttgaggatgacattttaacc
aagatttttagctccattgctaactggcactttgggaaaggatttgacgtgatcttctta
aggtatggcaagatgctggtccaggccactatgacgatctacaaagctgccgtggagaac
ttcctgcccactccctccaagtcacattacgtctttaacctgcgggacttctcccgggtg
atccaaggggtgctgctctgtcctcactcccacatgcaggaggtagagaagcttatccgg
ctttggattcatgaggtctatcgggttttctatgaccggctcattgacgatgaggacaga
caggtcttcttcaacttggtgaaggaaaccacctcgaattgcttcaagcaaaccatggag
aaggttctcatccacctatcacccactggaaagatcgtcgatgataatatccatagcctc
ttttttggagattacttcaaaccggatagtgaccccaaaatctatgatgagatcacggac
ctgaaacagctcacggtggtcatggagtactacctagatgagttcaacaacatcagcaag
gcccccatgtccttggtcatgttcagattcgccattgagcacatctccaggatctgcagg
gtcctgaagcaggacaaaggccacttgctcctggtgggcatcgggggcagtgggcggcag
agtgccagcaaactgtccacattcatgaactcgtacgagctgtaccagatcgagatcacg
aagagctactccagcctcgactggcgggaggacctgaagaagatcatgctgcaggtcggc
gtggccaccaagcgcaccgtgttccttttcgctgacagccaggtcaaggacgagtctttt
gtggaggacatcaacatgcttctgaacacgggcgacgtgcccaacatcttccctgcggac
gagaaggccgaccttgtcgagaagatgcaaacagcagccaggacagccggcgagaagatt
gacgtcacccctctgtctatgtataacttctttattgagcgggggactaagaaagtctgt
ttctcattagccatgagcccaattggggatgcctttcggaaccgcctaaggatgttccct
tcactcatcaattgctgcacgattgattggttccagtcctggcccacagatgccctggag
ttggtggctaacaaatttctggaagatgtggaacttaatgacaatattcggagacaggtc
gtctccatgtgcaaatacttccaggagagtgtgaaggagctgtcactcgactactacaac
acacttcgcagacacaattacgtcacccccacctcctaccttgagctgatcctaaccttt
aagaccctcttaaatagcaagaggcaagaggttgacatgataagaaaccgctacctgaca
ggcctgcagaaactccagttcgcagcttcccaggtggccgtcatgcaagtggagctgacg
gcactccaaccccagctcatccagacgtccgaggagaccgccaacatgatggtgcggatc
gaagaggagaccatagaagccgatgccaagaagctcctggtgcaggcggatgaaaaggaa
gccaacgccgctgcctccgttgctcagggcatcaaggacgagtgtgagggggacctggcc
gaggccatgccagcactggaggccgcactggctgcgctcgacaccctgaacccagcggac
atctccatggtgaagtccatgcagaacccccccggccccgtcaagctggtcatggagagc
atctgtgtcatgaaagggctgaaacctgagaggaagccggaccccagtggcagcggcaaa
atgatagaagattactggggggtatcaagaaaagttcttggcgatctgaagttcctggag
agccttaagacatatgacaaagacaacatccccctaataatcatgaaacggatccgagag
agatttatcgaccacccagatttccagccggccgtcattaaaaacgtgtcatctgcctgt
gagggtctgtgcaagtgggtgagagccatggaggtgtacgaccgcgtgaccaaggtggtc
gctcccaagcgggagcggctgaaggaggcagaggggaagctggacatccagatgcagaag
ctgaacctgaagagagcagagctgaagctggtggaggaccgcctccaggccctgaacgat
gaatttgaggagatgaacatcaagaagatgaccttggaagaaaacattgatatctgctcc
caaaagctcatcagggcagaaaagctcatcagcggtcttgggggagagaaggaccgatgg
acagaggctgcccggcagctggggatccgctatactaatctgaccggggatgtgctggtg
tctgcggggactgtggcttacctaggggcctttaccgtggattatcgggccaagtgccaa
aatcagtggctggcccagtgtagcaagagggtcatccccggctccagtgacttcagtctc
agcaacacgttgggggatcccataaaaacccgagcctggcagatggccgggttgcctgtt
gattccttctccatcgacaatggcatcattgtgtccaattccagacgctgggccttgatg
attgaccctcaggggcaggccaacaagtggatcaagaacatggagaaagtgaacaagctg
tctgtcatcaagttctcggacagcaactatgtgaggacactggagaatgccctgcagttt
ggcacccctgtcctactagagaacgtgggggcagagctggatgccttcattgagcccatc
ctgctcaagtccacattcaggcagcaaggggtcgagtacatgaggctgggtgaaaacatc
atcgaatactccaaggacttcaagctatacatcactacccgcttgaggaacccacattac
ctccctgaagtcgcggtgaaagtctgcctcctcaacttcatgatcacccccctgggcctc
caagatcagctgcttggcatcgtggctgccaaggagaagccagaactggaagagaaaaag
aacaagttgattgtggaaagtgccaagaacaagaagcagttaaaggagattgaagacaag
atcctagagatcctctccttgtctgagggcaacatccttgaggatgagacggccatcaat
gtgttgtcctcctccaaggagctgtctgaagagatctccgagaaacaggaaattgcttcg
gtgacagaaacgcagatcgaccagactcggatgggctacaagccggtggctgtccactct
gccaccgtcttcttttgtatctctgacctggccaacatcgagccgatgtaccagtactcc
ctgacatggttcatcaacctctacatgcagtcgctggtgcacagcaagaagagtgaccag
ctggacctgcgcattgagtacatcattgagtacttcaccctcagcatctacaacaatatc
tgccgctctctgtttgagaaggacaagctggttttctccctcctcctgaccattggcatc
ttgaaagagaaaaagctaattaacgaggaaatttggtactttctcctcactggcggcgtg
gccctggacaaccccttccccaacccagtttctgaatggctgtctgagaaagcgtgggcc
gaagtggttcgtgcatcctcgttgtcaggattgaatggcctgatggaacatttggaagaa
aatgctgataaatggaagctcatctatgactcagcatacccccacgaggagaagttccct
ggcatttggaagttccttcaagggttggagagaatggtgatcctgcgatgtttgcggccc
gacaagatgatcccggccacccgggagttcattgctgagcacatgggcaacgtgtacatt
gagacccctacatttgacctccaggggtcctacaatgactccagctgctgcacacccctg
attttcgtgctgtctcccggcgcagacccaatggcaggcctgctgaagtttgcggaggat
cttgacatgggaggtaccaaaacacagatcatatccctgggccaaggccaaggccctatt
gcggccaaaatgatcaacatcgccatcaaagaggggacctgggtggtcttacagaactgc
cacctggccacgagctggatgcctgccctggagaagatctgtgaggaggtgatcgtccct
gagaacaccaacgtcagcttcagactctggctgaccagctacccctccgagaagttccca
gtcagcatcctccagaacgggatcaaaatgaccaacgagcctcccaaagggctgcgggcc
aacctcctgcgctcctacctcaacgaccccatctccgaccccgtcttcttccaaagctgc
acgaaggccgagatgtggcagaagctgctgtttggcctctgcttcttccacgccatcgtt
caagagcggcggaacttcgggccgctaggttggaacatcccttacgagttcaacgagtcg
gacctgaggatcagcgtgcggcaggtccagatgttcctgaacgactacaaggacgtgccg
ttcgacgctctgacctacctgacaggggagtgcaactatggaggcagagtgaccgacgac
aaagacaggcgtctcctgctgtccctgctgtccaccttctactgcaaggacatcgagcag
gaccactactacgtcgcccccggagacatttactacatccccccccacggctcctaccag
tcctacatcgagtacctcaggaaccttcccatcacagcccacccaggggtgttcggcctc
cacgagaacgccgacatcaccaaggacaaccaggagaccaaccagctgtttgagggggtg
ctgctgacgctccccagacaggcgggcgcgagcggcaagtcccctcaggaagtgattgag
gagctgacccaggacatactctgcaaactccccaaggactttgacctagaagtcgtcatg
aagctgtaccctgtggtctatgaggagtccatgaacaccgtcctgaggcaggagctcatc
aggttcaacaggttgaccaaagtgatccggaagagcctcatcagcctggtccgcgccatc
aaagggcaggttctgatgtcctcggagctggaggacgtcttcaacagcatgctcatcggc
aaagtgccggccatgtggatggccaagtcctacccgtcgctgaagccgctgggcggctat
gtggccgacttgctggcccgcctgaccttcttccaggactggatctccggcgggccccct
gtggtcttttggatctccgggttctacttcacgcagtcgtttctgacgggggtatcccag
aactatgcccggaagtacaccatccccatcgaccacattgggtttgagtttgaggtgacc
acacaagaagccaccatggaaagcagcccggaagatggggcctacattaaagggctcttc
ctagaaggcgctcgctgggacaggagcacgcagcagatcgaggagtctctccccaaaatc
ctctacgacccactgcccatcatttggctgaagcccgggaaaagtgcagcgtttctgcac
caggacatatacgagtgtccagtctataaaacaagcgcccggaggggcgtcctgtccacc
acgggccactctaccaactacgtcctctccatcgaactccccacggacaggccccagaag
cactggataaaccgcggggtggcctccctgtgccagctggataactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   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 (76)   

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