KEGG   Lates calcarifer (barramundi perch): 108885625
Entry
108885625         CDS       T04895                                 
Name
(RefSeq) LOW QUALITY PROTEIN: dynein axonemal heavy chain 1
  KO
K10408  dynein axonemal heavy chain
Organism
lcf  Lates calcarifer (barramundi perch)
Pathway
lcf04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    108885625
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:lcf03037]
    108885625
   04812 Cytoskeleton proteins [BR:lcf04812]
    108885625
Cilium and associated proteins [BR:lcf03037]
 Motile cilia and associated proteins
  Dynein arm
   108885625
Cytoskeleton proteins [BR:lcf04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     108885625
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_22 DEAD ResIII Microtub_bd
Other DBs
NCBI-GeneID: 108885625
NCBI-ProteinID: XP_050930351
Position
LG12:complement(15256054..15286623)
AA seq 4207 aa
MEGKHLPGFGVLVPHPPRKPPELKPPALSHRHKLPPIRKFSLNEQRGIYSDIVSTFKCQF
PAVGPDIQQQRSQGQSNFQFITTFKTPSDQCKRAEKDYHGPISQLSQNSYFCRGGDKPKV
QIPYQTVPGPVPRKLAIERRRREYLKLDFEQLLTEKGIDSNLLVPRNPSSSDEHVTTPDY
SVSPYLPLEIFDNEEYDCWTPEDWLALGNAEGSPDLKPIPAKALLPTENETPSEDTKSSC
LEYSWHLVGVLDYSKEKCQYLVQKVHQSSKLTDEEGNPILNEEHKKSKSPGVNPLVAGTK
YWVPRIRLLFSAEDPRVFVERIQFALRWRENTEALLLYHLSVDCMPIWRGTPSLDTHSLQ
RIKKQALSAPGLRLKILEKCIGDLEKELKLEYYRIMNCMSFDKVVMSHPEEFSHITLPKK
NPEYVPQKGCVPVPHFAYKRNQAAFAFRSLLTKPEVLRVFSEIWSECNKVATTRLFNVTS
IKPLRLDEFKTIQSQLHTQISLFLRESWKVALSNSIRSNLGSIGPGSYNVNESHWDMYKM
SKLYRLLAVVRFNMQDSLRYLVQDSLASLTHLILDACHSVLTCPQDLIWGSNLVTSPYKP
KNNPLFLVDLVLDQTGVHYSTPPENFVTSIVNLFDKGILATYNVPQLDKFVMQKLFIGGD
PLLESVSLWEPEVTELREKIRIALTQAVIPLRAYAAEYEEHLELQNLDIETLLGSHMHAE
QTSQEVKKQVEQHLKEKERIEQSLPSSIVIGPFIVRVEAVRQALSSKRKALANTMLAHLA
LKLRKQIDDACEECNIISRKLREKSNSIDELAEKRDWMKQIPEQLKSFKELIGKILLDYE
VIEEFCYCLSDEDANKKWTAIGWPQRIISQMEAATIQHVEDEECFHKIQLADQSNFEEHL
DSLQMLVAGFAGHSDIDRAHEMSNEVRRTSKQLKECQSLAQTYNTRERLFGIPVTNYDRV
QKLVKDFQPFKDLWATTSDWLRWHESWLSDPLSSIDPEQLERNVTDAHKTMHKCIKQFKD
IPDCQMVATLIRNKIEDFRPYIPLIQGLRNPGMRSRHWEMLSERIQMKVKPKANLTFSRC
LELGLQNYVDDIAHVAEVAGKEYTIEQALEKMEQEWASVVFDVLPYKETGTYILKSPDEA
SQLLDDHIVMTQSMSFSPFKKAFEGRINTWEGKLRMTQDVLEEWLTCQRSWLYLEPIFSS
DDINQQLPVEGKRYQQMEQTWKRVMKSAFNNRKVIELCPDARLLDKLKECNILLEQVQKG
LSEYLETKRGSFPRFYFLSDDELLEILSQTKDPTAVQPHLRKCFENIAQLQFQSDLQITH
MYSGEGEEVKLFLPVWPTGNVEDWLRDVEKSMKATLRDNIDRSLKVYPEQPRVEWVLLWP
GQVVIAGCQVFWTTEVSEALEQGDLADRLYPQLQTQLGDLVQLVRGGLSKMQRAVLSALI
VIEVHAKDVAAKLVEQQVSSVNDFEWISQLRYYWAKDDLYIRAVNAEFLYGYEYLGNSGR
LVITPLTDRCYLTLTGALHLKFGGAPAGPAGTGKTETTKDLGKALAIQTVVFNCSDQLDF
IAMGKFLKGLASSGAWACFDEFNRIDVEVLSVVAQQITTIQKAQQQRAERFMFEGSEIPL
VPSCAVFITMNPGYAGRTELPDNLKALFRPVAMMVPDYAMIAEISLYSFGFSDAKVLSKK
ITTTFKLSSEQLSSQDHYDFGMRAVKTVISAAGNLKRENPDMNEELICLRAIQDVNVPKF
LQDDLKLFNGIVSDLFPKTKQEPINYGTLEESMRNVCAEKNLKDVDGYISKCIQLYETTV
VRHGLMLVGPSGSGKTKCYEILGAAITAVKGQPSVSGGVYESVQIYVLNPKSITMGQLYG
EYDLLTHEWTDGILSSLIRGGAASMDKEKKWYMFDGPVDAVWIENMNTVLDDNKKLCLSS
GEIIKLTDVMTMMFEVQDLAVASPATVSRCGMVYLEPSILGLVPFTECWLKQVPKALKPY
TEQLNSLFARFLQDSIGFVRKSVKEVITSLDSNLACSLLKLMDCFFNPFDIKEGERPPPQ
KKLDRLKELIEPWFFFSLVWSVGATGDAASCQRFSAWIKNKMAEEKIQLCFPEEGLVYDY
RLDDAGISNLEDDEEDEERKVQWVSWMKYAKSVVITPETNYADIIIPTADTVRMSFLMDM
LLTNKKPVLCVGPTGTGKTLTMSDKLLKNMSAEFITHFLMFSARTSANQTQDYIDSKLDK
RRKGVFGPPIGKYFIFFIDDLNMPMLETYGAQPPIELLRQWMDHGGWYDRKQIGTFKHLV
DINFACAMGPPGGGRNPITQRFTRHFNFLSFTEMDDASKKKIFSTILGSWMDGNMSKKEP
GRPVAAIQPLNESLVDATIRVYSTITSQLLPTPSKSHYTFNLRDLSKVFQGILMAEAGMI
EDKLQLLQLWYHESCRVFQDRLVCAEDRDWFNRLLKDCIQDFDCSLEEVVSCQPVLYGDF
MNPGADHKVYTLIEDKEKLAKVMEEYMEDYNQISTTKMKLVLFMDAIEHVCRISRILRQP
LGNALLLGVGGSGRQSLTKLASHMSEYECFQIELSKNYGQTEWREDIKSIMLKAGLQNQQ
ITFLFVDTQIKSESFLEDINNILNSGDVPNLYASDEQERILAAMKPVVLDLGQQPTKANL
MAAYIRRVRSNIHNVLCMSPIGEVFRARLRQFPSLVTCCTIDWFSAWPEEALQAVATSFL
NELPELEASPMAMRGLTLMCVKIHQMVARKCEQYLAELSRYNYVTPKSYLELLKIFSDLT
GRKKQELCSARQRMKTGLDKLLSTAEDVSKMQEELETMRPLLEEAARDTEVTMETIKKDT
VVAEETRKSVQAEEAKASEKARFAGAIAADAQRDLDEALPALDAALTSLKSLNKNDVTEV
RAMQRPPQGVKLVIEALCIMKGIKPKKVPGEKPGTKIDDYWEPGKGLLQDPGKFLESLFK
YDKDNIPDNVISLVQPYIDNEEFQPASIAKVSKACTSICQWVRAMHVYHFVAKAVEPKRQ
ALQEAQEDLAATQRILDDAKEKLAAVEGGIATLQAKYQACLAKKDELDHKYQLCETRLVR
ADKLIGGLADEKVRWKETVQHLDYMVNNVAGDVLLSAGYVAYLGPFTGEYRAAMAGEWLQ
CFKELSVPHTDEPNLISTLGDPVKIRSWQISGLPKDNLSVENGVITQYSLRWALFIDPQG
QANSWIKNMERDSGLEVMKLSDRDFLRSLENAIRFGKPCLLENVGEELDPALEPVLLQQT
FKQQGSTVLKLGDSVIPYHESFKMYITTKLPNPHYSPEVSTKVTLINFTLSPSGLEDQLL
GQVVAEERPDLEEAKNQLIISNAKMKQELKEIEDEILFRLSSTEGNPVDNEELIQVLEAS
KIKAGEIKAKVMVAEKTERDIDATRLEYVPVAVRTQILFFCVSDLSNVDPMYQYSLEWFL
GIFMAGIANSERADTVEKRIANINEFFTFSLYSNVCRSLFEKHKLMFAFLLCTRIMMNEN
KIDMAEWRYLLSGGMPVREMPNPAVSWLSERAWQDILGLSALNNFSKLAECFTEHLEDFK
RIFDSNQPHREPIPEEWDTKLDSFQKLLILRCLRADCVVQGLQDFVAAQLGQRFIEPQTS
DLSVVFKESSPSTPLIFVLSPGTDPAADLYKFADVMQFSKKMSAISLGQGQGPWAEKMMH
DAMERGQWVFFQNCHLAPSWMPSLERLIENINPGKVHKDFRLWLTSLPSNKFPVSILQNG
SKMTIEPPRGIKANLQKTYLRLTNDFISSSNKISNFKSLLLSLCLFHGIALERRKFGPLG
FNIPYEFTDGDLNICISQLKMFLDEYQDIPYKVLKYTAGEINYGGRVTDDWDRRCLLSVL
EDFYCPAVLIDDHVYSSSGVYRQIDTNLDIKGYLAYIRGLPINDTPEIFGLHDNANISFA
QNETFALLGAVVRLQPRAASAGGKTLEEIVEEIVAGIAEKIPQPFSVQEVMEKYPVLYEE
SMNTVLIQEVVRYNNLLAVISQSLSDIVKALRGLVVMSSELELMANSLFNNVVPDMWKAK
AYPSLKPLASWVSDLLQRINFLQRWIYNGIPPVFWISGFFFPQAFLTGTLQNYARRYSAS
IDTIGFDFKVMVKSVSEMTEKPDAGCYIHGLFLEGARWDNGAGQLTESRPKELYTEMAVI
WLIPKPNRKPPTSGVYICPIYKTLTRAGTLSTTGHSTNYVIAVELPTDHSQRHWIKRGVA
LICALDY
NT seq 12624 nt   +upstreamnt  +downstreamnt
atggagggcaaacatttgcctggttttggggtattggtgccacatccccccagaaaacct
ccagagttgaagcctccagctttaagtcacagacacaaactccctccaatcaggaaattc
tctctgaatgaacaaaggggcatctactcagatattgtctctacattcaagtgccagttt
cctgcagtgggacctgacatccaacagcagcggtcacagggccaatccaactttcagttc
attacaaccttcaagactccatctgaccagtgcaagcgtgctgaaaaggattaccatgga
cctatctcacagctatcacagaattcctacttctgccgaggtggagataaacccaaggtt
cagataccataccaaaccgtccctggaccagttccccgcaagttagcaattgagagacgt
cgaagggaatacttgaagttagattttgaacagctcctcacagaaaaaggcatagactct
aatctactagtgccaagaaatccaagcagtagtgatgagcatgtgaccacaccagactat
tctgtgtcaccctatctcccactggagatatttgacaatgaggagtacgactgctggact
ccagaggactggcttgccctgggcaatgctgaaggatcccctgatctaaaacctattcct
gcaaaagcactgctgcctacagagaacgagactccctctgaggacaccaaaagctcctgc
ctggagtacagctggcatttagttggggttcttgactacagtaaagagaaatgccagtac
ctggtgcagaaagttcaccaaagcagtaaactgacagatgaagaaggaaatcctattcta
aatgaagaacacaaaaagagcaaatctcctggagtaaaccctttggttgcaggcactaag
tactgggtacccaggatcagactgttattcagtgctgaggacccacgtgtctttgttgaa
cggattcagtttgccctgcgctggagagagaacacagaggccctgctcctctatcacttg
tctgtggactgcatgcccatctggaggggaacaccatctcttgatacccacagtctccag
cgtataaaaaaacaagccctctctgcccctgggctcaggctgaaaatcctggagaagtgt
ataggggacctggagaaagagctcaaactggaatattaccgcattatgaactgcatgagt
tttgacaaagtggtgatgagtcacccagaggagttttcacacatcaccctgccaaagaag
aaccctgagtatgtaccacaaaaagggtgtgttccagttcctcactttgcctataagagg
aaccaagctgcatttgccttccgttccctgctgacaaagccagaggtgctccgtgttttt
tctgaaatatggtctgagtgcaacaaagtagcaaccacgaggctcttcaatgtcacctca
atcaaaccactgcgactggacgagtttaaaaccatccagtctcaattgcatactcagata
agcttgtttcttcgggagtcatggaaggtcgcgctgagcaacagcatccgttccaacctg
gggagtatcggcccaggttcatacaatgtgaatgagtcacactgggacatgtacaaaatg
tccaagttatacagactgcttgctgtggtgcgcttcaatatgcaggactccctgcgctac
cttgtgcaggattcactggccagcctgacccaccttatattggacgcctgccacagtgtg
ctcacatgtcctcaggacctgatctggggcagcaaccttgtcactagcccatacaagcca
aaaaataaccctttgttcctggtggacttggttctggaccagactggggttcattacagc
acaccaccggagaactttgtgacatctattgttaacctgtttgataagggcattttggcc
acgtacaatgtaccacagcttgataagtttgtgatgcagaagttgtttatcggtggcgat
ccattgctcgagtcagtgagtttgtgggaaccagaagtaactgagctgagagagaagatt
cgtattgctctgacacaagcagtcatacctcttagggcttatgctgctgaatatgaggaa
catttagagctacagaacttggacatagaaacccttctcggttctcatatgcatgctgaa
cagacatcccaagaagtgaagaaacaggtggaacaacatctcaaagaaaaggaaaggatc
gaacagtccttgccatcttccattgtgattggtccattcattgttcgtgtagaggctgta
cgtcaggctctctctagcaaaagaaaggctttagccaatacaatgctggctcaccttgct
ctgaagttacgcaagcagattgatgatgcatgtgaagagtgtaacatcataagtagaaag
ctgcgtgagaagtcgaacagcattgatgaactggctgaaaagagggactggatgaaacaa
atcccagaacagctgaagagtttcaaggaacttattggcaagatcctgttagactatgag
gtaatagaagaattttgctactgtctctcagatgaggatgctaataaaaaatggacagct
attggatggcctcagaggataatcagccagatggaagcagcaaccatccagcatgtggag
gatgaggagtgcttccacaagatccagttagctgatcagagcaactttgaggagcaccta
gactctctacagatgctggttgctgggtttgcgggccattcagacattgatcgtgcccat
gagatgtccaacgaggtgaggcggacaagcaagcaacttaaggaatgccagagtttggcc
caaacctacaacacccgagaacgtctgttcggtattcctgtcacgaattatgatcgtgtg
cagaagttggtcaaggacttccagccttttaaagacctatgggccaccacctctgattgg
ctacgttggcatgagagctggctcagtgacccgctttcttccattgaccctgagcagctt
gagcgcaatgtcacagatgctcacaagaccatgcacaaatgtattaaacagttcaaggac
attcctgactgtcagatggtggcaactctaatacgaaacaagattgaggacttccgtcct
tacatccctctgattcagggcctgaggaacccagggatgaggagccgccactgggagatg
ctttctgaacgcattcaaatgaaggtcaagcccaaagccaacctgaccttctcccgctgc
ctggagcttggcctgcagaactatgtggatgacatagctcatgtggctgaggtggctggg
aaagagtacaccattgagcaggccctggaaaagatggaacaagagtgggcgtcagtagtt
tttgatgtgctgccctataaggagacaggcacctacatcctgaagagcccggatgaagca
tcccagttgctggatgatcatattgtcatgacacagagcatgtccttctctccctttaag
aaggcctttgagggtcgcatcaacacctgggagggaaagctcagaatgactcaagatgtg
ctggaggagtggctgacatgccagcgctcctggctttacctagagcccatctttagctct
gatgatatcaaccagcagctgcccgtggaaggaaaaagataccagcaaatggagcaaaca
tggaaaagagtcatgaaaagtgcctttaataatcgaaaggtgattgagctgtgtccagat
gctcgtctacttgacaaacttaaggagtgcaacatacttttggaacaggtacagaagggt
ctcagtgagtacttggagacaaaacgaggctcctttcccaggttttacttcttgtcagat
gatgagctcctggagattctctctcagaccaaagatcccactgctgttcaaccacacctg
cgcaaatgcttcgagaacattgcacagcttcaattccagtcagatctacaaatcacacat
atgtactctggagaaggggaggaggtgaagctgttccttccagtgtggccgactggaaat
gtggaagactggctgagagatgtggagaagtctatgaaggctacactgagggataacatt
gaccgctcactcaaagtctatcctgagcaacctcgtgtagagtgggtgttattgtggcct
ggtcaagtggtgattgctggatgccaggtcttctggactactgaggtgtctgaggctttg
gagcagggagacttggccgaccgactttacccccaactgcagactcagctgggtgactta
gtgcagctggtgagaggaggtctctctaagatgcaacgagctgtgctttcagctctcatc
gtcatagaagttcatgctaaagatgtagccgccaagctggtggaacagcaggtctcaagt
gtcaatgactttgagtggatcagccagctcaggtactactgggcaaaagacgacttgtac
atccgtgctgtgaatgcagagttcttgtatggatacgagtaccttggtaactctggacgc
ctggtcatcaccccactcactgacagatgctacctgaccctgacaggagctctacacctg
aagtttggaggagctcctgcaggtccagcagggacaggaaagacagaaaccactaaagac
ttgggaaaggctcttgccatccagacagtggttttcaattgctctgatcagctggatttt
attgctatgggcaagtttctcaaaggactggccagttctggtgcctgggcatgctttgat
gagtttaatcgtattgatgtggaggtgctgtctgtggtggcacaacagatcaccactata
caaaaggctcaacagcaaagggcagagcgatttatgtttgaaggatcagagatccctctt
gtcccctcttgtgctgtgttcatcacaatgaatcctggttacgctggtcgcacagaactg
cctgacaatctcaaggccctgtttcgtcctgtggccatgatggtccctgactacgctatg
atagcagagatctccttgtactcatttggcttcagtgatgccaaagtcctctccaagaag
atcaccaccactttcaagctctcctctgaacagcttagctctcaggatcattatgatttt
ggcatgagagctgtgaagactgtgatttcagctgctggaaacctgaagagagaaaatcct
gacatgaacgaggagttgatttgtctgcgggccattcaagacgtcaatgtaccaaagttt
ttacaggatgacctgaagctcttcaatggtattgtgtctgatcttttccctaagacaaaa
caggagccaatcaactatggcacgcttgaagagtccatgcgcaatgtctgcgccgagaag
aacctcaaagatgtggatgggtatattagtaagtgtattcagctgtatgagactactgtg
gtgcgacatggcctgatgttggtgggaccttctggatctggtaaaaccaagtgttatgag
atactaggtgcggcaataacagctgtgaagggccagccctctgtaagtggtggtgtgtat
gaatcagttcagatatatgttctcaatcccaagtctatcaccatgggacagctctatggg
gagtatgacctgctcacacatgagtggacagatggtatcctttcatctcttatacgtgga
ggggcagcatctatggacaaagagaaaaagtggtatatgtttgatgggccagtggatgct
gtgtggattgagaacatgaacactgtgctggatgacaacaaaaaactgtgtcttagctct
ggggaaataattaaactcactgatgtgatgaccatgatgtttgaggtgcaggacttggct
gttgcctccccagcaactgtatctcgatgtggtatggtctacctggagcccagtattttg
ggccttgtcccttttacagagtgctggctgaagcaggtccctaaagccttgaaaccatac
acggagcagctcaactccctgtttgccaggttcctgcaggactccatcggatttgttcgc
aaatcagtaaaggaggtcatcacatccctagacagtaaccttgcctgtagtctgcttaaa
ctaatggactgcttcttcaatccctttgacattaaagagggtgaaagaccaccacctcaa
aagaaactggaccgtctgaaggagttgattgagccctggttctttttttctctggtgtgg
agtgtaggagccacaggagatgcagccagctgccagcgcttcagcgcctggatcaagaac
aagatggcggaggagaagattcaattatgttttccagaggagggcctggtatatgactac
aggcttgatgatgcagggattagtaacttggaggatgacgaagaagatgaggagagaaaa
gtccagtgggtcagctggatgaaatatgcaaagagtgttgtaatcaccccagagacaaat
tatgctgacatcatcattcccactgctgacacagtgagaatgtctttcctgatggatatg
cttttaaccaataagaaaccagtgctctgtgttgggccaactggcacaggaaagactctg
accatgtcagacaaactgctgaagaacatgtctgctgaattcatcacacacttcctcatg
ttctctgcccgcacctcagccaaccagactcaagattacatcgacagtaaactagacaaa
cggcggaagggtgtgtttgggcctccaatagggaagtactttatcttcttcattgatgac
ctaaacatgccaatgttggagacctacggtgcccagcctcctattgaactgctgcgacag
tggatggaccatggaggctggtatgacaggaagcagataggtactttcaagcacttggtg
gacatcaattttgcctgtgccatgggacctccgggtggaggccggaatccaatcacccag
cgattcacacgccatttcaacttcctatccttcactgaaatggatgatgccagcaagaag
aagattttctccaccattctaggcagttggatggatggaaatatgagtaaaaaggaacca
ggcagacctgtggcagcaatccagccgctgaatgagtctcttgtagacgccactatccga
gtctattctaccattacctcccagcttcttccaactccatccaagtcccattacaccttc
aacctgagagacctgtccaaggtcttccagggcatcctcatggctgaggctggcatgata
gaggacaaattgcagctgctgcagctatggtaccatgaaagctgccgggttttccaggac
cgcctggtgtgtgctgaggacagagactggttcaacaggctcctgaaggactgcattcaa
gattttgactgcagccttgaagaagttgtgtcttgccagcctgttctctatggggatttc
atgaatcctggagctgaccacaaggtctacacacttatagaagacaaggaaaagttggca
aaggtgatggaggagtacatggaagactacaaccagatcagtaccaccaagatgaagctt
gtgctcttcatggatgccattgagcatgtgtgccgcatcagccgcatcctgcgtcagccc
ctaggcaatgctctgctgcttggagtgggtggcagtggccgccagtcactcactaagctt
gcctcacatatgtcagaatatgagtgtttccagattgagctgtccaagaactacggtcaa
acagagtggagggaagatattaaaagcataatgctcaaggctggtcttcagaaccagcag
atcaccttcctctttgtagacacacagattaagagcgagtcattcctggaagatatcaac
aacattttgaactctggggatgttcccaacctgtacgcatcagacgagcaggaacgcatc
ctggcagcaatgaaaccagtggtgctagacctcgggcagcagccaactaaagccaacctt
atggctgcttacatcaggagggtccgcagcaacatccacaatgtgctctgcatgagtcct
attggtgaggtgtttcgtgcacggctgaggcagtttccctcactagtgacatgttgtacc
atagactggttcagtgcctggccagaggaggctctgcaggctgtggccacatcatttctt
aatgagctgcccgagctagaagccagccccatggccatgaggggactgacattgatgtgt
gtcaagatccaccagatggtggccaggaagtgtgaacagtacctggctgagctttcacgc
tacaactatgtcacacccaagagctacctggaactgctgaaaatcttctcagatctgact
ggacgcaaaaagcaagaactgtgcagtgctcgtcagcgcatgaagactggtctggacaag
ctccttagcacagcagaggatgtgagtaaaatgcaagaggagctagagacaatgagacct
cttttagaggaggctgcaagggacactgaagtcaccatggagaccatcaaaaaagacaca
gtggttgcagaggagacccgaaagtcagtgcaggcagaggaagcaaaagcttcagagaaa
gcccgttttgcaggggccatcgcagcagatgctcagagagacttagacgaggctctgcca
gccctggatgctgccctcaccagcctcaagtcactcaataagaatgatgtcactgaggtg
cgggcaatgcagagaccaccccagggggtgaaactggttattgaagcgttgtgcattatg
aagggcatcaaacccaaaaaggtacctggagagaagcctggcaccaagatagatgactac
tgggaacctggaaagggtcttctacaagaccctggcaagtttctggagagcctgttcaag
tatgataaggacaacatccccgataatgtgatcagtttagtccagccctacatagataat
gaggagttccagccagcctctatcgccaaggtttccaaagcctgtacctccatttgccag
tgggtgcgagccatgcatgtatatcactttgtggccaaggctgtggaacctaaaaggcaa
gctctccaggaggcccaggaggacttagcggcaacccagcgcatccttgatgatgccaaa
gaaaagctggcagcggtggagggtggcattgccactttacaagccaagtaccaggcctgt
ttggctaagaaagacgagctggaccataagtatcaactgtgtgagacccgtctcgtccga
gcagacaagcttataggtggcttggcagatgaaaaagtgcgctggaaggaaactgtgcaa
catctggattacatggttaataatgtagcaggcgacgtgcttctgtctgcaggatatgtt
gcatacctgggacccttcactggagaatacagggcagccatggcaggggaatggctgcaa
tgtttcaaagagctaagtgttccacacactgacgaacccaaccttattagcacccttgga
gatccagtcaagatccgctcctggcagatatcaggtttgcccaaggacaatctttcagtg
gagaatggtgtaattacccagtactctctgcgctgggctctgttcattgatcctcaggga
caagccaactcgtggatcaaaaacatggagcgggacagtgggttagaggttatgaagctt
agtgaccgggacttcttacgcagtcttgaaaacgccattcgttttggtaaaccctgcctt
ttggagaatgtaggagaggaactagatcctgctctcgagcctgtcctgttgcaacagaca
tttaagcagcaaggcagcacagtgctgaagcttggcgattcagtcatcccctaccacgaa
agcttcaagatgtacatcaccacaaagctgccaaatccacactactctcctgaggtctct
accaaagtcaccctcattaacttcaccctgtcaccaagtggtctagaggaccagctgctg
ggccaggtggtagctgaggagcgtccagacctggaggaggctaagaaccagctgatcatc
agcaatgccaagatgaaacaggagctgaaagaaattgaggatgagatcctgttccgactc
agctccacagagggaaaccctgtggacaatgaggagctcatccaagtgttggaagcctcc
aagatcaaggctggagagatcaaggctaaagtgatggtggcagaaaagacagaacgggac
attgatgccactcgtctggagtatgtgccagtggctgtgcgcacgcagatcctcttcttc
tgtgtatcggacctgtccaacgttgacccaatgtaccagtactctctggagtggttcctt
ggcatcttcatggctggcattgccaactcagagagagcagacacagtggagaagagaatc
gccaacatcaatgaatttttcaccttcagcctgtacagcaatgtgtgccgcagtttgttt
gagaagcacaaactcatgttcgccttcctcctgtgcactcgcatcatgatgaatgagaac
aaaattgacatggctgagtggcgctacctactgtctggagggatgcctgtacgagagatg
cccaatccagcagtgagctggctatcggagcgcgcctggcaagacatcctgggcctcagt
gctctgaacaacttcagcaaactggcagagtgctttacagaacatctggaagatttcaag
agaatttttgacagcaaccagcctcatagggagcccatcccagaggagtgggacactaag
ctggactcattccagaagctgttgatcctgcgctgtctgagggccgactgcgtcgttcaa
ggcctgcaggactttgtcgcagctcagttaggacagcgcttcatagaacctcagacgtca
gacctgtccgtggtgtttaaagagtcatccccctccactcccctcatctttgtactctct
cccggcactgaccctgctgcagacctctacaagtttgctgacgtcatgcagttctccaag
aaaatgagtgccatctctctgggccagggccagggcccttgggctgagaaaatgatgcat
gatgccatggaaagaggtcagtgggtctttttccagaactgtcacctggctcccagctgg
atgccttcattggagagactcattgaaaacatcaacccaggaaaggtgcacaaggacttc
cgtctgtggctcacaagtcttcccagcaacaagttcccggtgtccatcctccaaaatggt
tccaagatgaccattgagcctcccaggggcatcaaggccaacctacagaaaacctacctt
aggctcactaatgattttatctcctcttccaacaagatatcaaacttcaagtctttgctc
ctgtctctgtgtctgttccatggaattgctttggagcgaaggaagtttggccccttgggc
ttcaacattccctacgagttcacagatggagacctgaacatctgcatcagccaactcaaa
atgttcctggatgagtaccaggacatcccatacaaggtgctaaaatacactgcaggggag
ataaattatggcgggcgtgtgacagatgattgggacagacgctgtctgctcagtgtgttg
gaggatttctattgtcccgctgttcttattgatgatcatgtctactcttcgtctggagtc
taccggcagatagacacaaatctggatatcaagggttacttggcatacattcgtggtttg
cccatcaacgatacacctgagatctttggtctccatgacaacgcaaatatcagctttgcc
cagaatgagaccttcgccctgctgggagctgtggttcgtctgcagcctagagctgcgtct
gcgggggggaaaaccctagaggagatagtggaggagatagtggcaggcatcgctgaaaag
atccctcagcctttcagtgtgcaggaggtgatggaaaagtacccggtcctctatgaagag
tccatgaacacagtgctcatccaggaggtcgtcaggtataacaacttgctggcggtcatc
tctcagagtctcagtgatattgtgaaggctctgaggggtttagtggtgatgtcatcagaa
ctggagcttatggccaacagcctgttcaacaacgtggtgcctgatatgtggaaagccaag
gcctacccgtctctgaaacctctggcctcctgggtgtcagacctgcttcagaggatcaat
ttcctgcagagatggatatataatggcattccacctgtcttctggattagcggcttcttt
ttcccgcaggcttttctcactggaacgctccagaattatgcccgtcgctacagcgcctcc
atcgacacaattggatttgactttaaggtaatggtgaagtcagtgtcagagatgacagag
aaaccggacgcgggctgctacatccacggtctattcctggagggggctcgctgggataac
ggggcaggtcagctcacggagtccaggcccaaggagctctacacagaaatggccgtcatc
tggctgatccccaaacccaaccgcaaacctccaacctctggggtctacatctgtcccatc
tacaagacgctgacacgtgctgggacactctccactaccggtcattccaccaactacgtg
atcgcagtggagctgcccacagatcacagtcagagacactggatcaaacggggagtcgct
ctcatatgtgcactggactactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (84)   
   KEGG ORTHOLOGY (1)   
   RefGene (80)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (16)   
   Pfam (16)   
All databases (109)   

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