KEGG   Salmo salar (Atlantic salmon): 106584978
Entry
106584978         CDS       T04363                                 
Symbol
dnah10
Name
(RefSeq) dynein axonemal heavy chain 10
  KO
K10408  dynein axonemal heavy chain
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    106584978 (dnah10)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:sasa03037]
    106584978 (dnah10)
   04812 Cytoskeleton proteins [BR:sasa04812]
    106584978 (dnah10)
Cilium and associated proteins [BR:sasa03037]
 Motile cilia and associated proteins
  Dynein arm
   106584978 (dnah10)
Cytoskeleton proteins [BR:sasa04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     106584978 (dnah10)
SSDB
Motif
Pfam: AAA_6 DHC_N1 DHC_N2 Dynein_C AAA_8 AAA_9 AAA_7 MT AAA_lid_11 Dynein_heavy AAA_5 Dynein_AAA_lid AAA_lid_1 AAA_22 AAA_16 RsgA_GTPase FtsK_SpoIIIE Pox_I1
Other DBs
NCBI-GeneID: 106584978
NCBI-ProteinID: XP_014026153
UniProt: A0A1S3PEP0
Position
ssa24:16372844..16433519
AA seq 4629 aa
MSLDDPRVEWIRNRVCCCFYLPEPGCFEELLSRGDGEEGQKIIRFLNEVTEEESASTLLF
FKGVNEEEIEVEIPIEPSELPENEDEGSLAESSKPSCDTPASERDKSPGDKNKKGRDSES
SRMSEAPKTESTHPADDSQAHETEGTSDSEDEPPLTRIEIRVVYHMELHVAVNHVPERFM
KSNILYFLRNTKETIIEPIDVNEANNLMPKLLEIGMLNGHSLLMLKDMLNHVYIPMLSVN
QLKLTDGGYQQGAAASQDKEETGDGKGDKDERPVESRGVLMIRDELLNSTHKFLGHIDRT
LQQLEGEIKLHIPELDLEPEVETLLATPEVVENLEQCVMNWQTQITIVIEEQQKKKPQVP
GPMAEIDFWRERTAILSALSEQLKLPVVKKILEVMTKADPVTVQNLDLTVTELSKLHVES
VENVRFLSTLERHFKNLATGADFGVILDTIPLMMNGLRMVWIISSHYNKDERMVPLMERI
AWELSERVARVVNVRMLFKDKREVAKAKAQDGKQVLDQWKACYFEVRARIETSGRDPRWE
FDRKKLFEKTDYMTSICQDLYNILQILEEFYNIFGPELKAVTGDPKRIDDVLRWVDSLVV
PIEELSFDPFNIRKMGSWKMVMQDFKDKVQAIEGEAINFIDQSFKTLRSASAAFDMLLKF
KHIRSREAINNQMMMKFNDILAQYCKEVDIINGIFVKCKDNPPLNKNQPPVAGAIYWERS
LFHHIKHTIIRFLEVTDMLESEPGKAAKAKYLEVGIRMKEYEQKKYERWRDETEQSLPLL
MKRTLLVMVNSSGVVTGEQPPLDMTGPATERDMERGVRYMMNFAPELKEIISETKYLEQL
GYSVPELARNVALQEDKFLRYVDGLKNLVNRYHSLMDCLNDAEFFLLAEQIQELRRVMRS
AYKRLNWNALGISEFINRGTQAASKFESLVNQIQKNERDIDAKLQSIETANLFKFPAPDK
SDDLPGVKEFCELIERERAKDLNLLSRKYTAIGPLLTKMESLIMQTNSGKAKRMGQYYTY
WERKVFDSLTKMVLRNIQTFNMAMMGNTPLFQIETILSAPEIVLHPKNSEVYKLIMQCVR
DTVESTKRFVRWMHGTCIECPPQRVDGEDESVVFSFYSEVCQHPQVNERAMAISQNIQRL
LSAVGRYLNRWKRYRPLWKLDKAIVMEKFAAKRPSYVMYDEKLQFYARVSVEVALQPLVK
DEHIMRLNLEPLARTVQENAQAWVNSLGRLLNESAREDLFNLRDELLQLSENLKRSPNTL
EDLKFVLGTISDIRDMSLAVEMRFTDIQERYRTLGMYKVEATEEELQLSASIGRLWSDLF
EESRLVDHSLGRVKKTFTEITKEQIETYKQELTIFAESFNMHGPGAVGDNLEKGVTVMGT
YETELAKIEAGRQELANAEKLFDLPITMYTELQNVQKEMKGLRQIYEIYKSQKAAKTEWS
QTLWVNLNIQLLQEGVESFIKSLRKLPKDVRALPVSFFLEGRMKEFKESLPLLLDLKNEA
LRDRHWRELMQRTNTSFEMNPDTFTLENMFAMELNKYGNVIGEIVTSAVKELSIEKGVKE
VVETWENMKFSVQRYFKGTQERGSILGVVDEILQNLDDNAMNLQSMAGSRFVGPFLATVQ
QWEKSLSLISEVIEVWMLVQRKWMYLESIFIGGDIRSQLPEEAKKFDNIDKMFKKIMTDT
VKDPGIKKCCLVPNRLTDLQSLSDGLERCQKSLNDYLDSKRNAFPRFFFISDDELLSILG
SSDPVCVQEHIIKMYDNIASLRFDVGGNGETVAGALVSAEGEVMDLKRPVPAEGRVEDWM
TGVLLEMRRTNRLITKEAIFRYCEDRGRIDWMLLYQGMVVLAGNQVWWTWEVEDVFQKVK
KGDKQALKNYAKKMHQQIDELVTRITQPMKKNDRSKINTVLIIDVHARDIVDNFVRDSIM
DAREFEWESQLRFYWDREPDDLFVRQCSAAFSYGYEYMGLNGRLVITPLTDRIYLTLTQA
LSMYLGGAPAGPAGTGKTESTKDLAKALGLLCVVTNCGEGMDYMAVGKILSGLAQCGAWG
CFDEFNRIDASVLSVISSQIQTIRNALILHLKRFHFEGQEISMDDRMGIFITMNPGYAGR
TELPESVKALFRPVVVIVPDLQMICEIMLFSEGFLLAKILAKKMTVLYKLAREQLSKQFH
YDFGLRALKSVLVMAGELKRGSPDLNEDVVLMRALRDMNLPKFVFEDVPLFLGLISDLFP
GLDCPRVCYPSFNDAVEQTLMENKYLILSNQVDKVVQMYETMMTRHTTMVVGPTGGGKSV
VISTLCQAQTRLGLVTKLYCLNPKAMSVIEVYGILDPVTRDWTDGILSNIFRDINKPTDK
KERRYILFDGDVDALWVENMNSVMDDNKLLTLANGERIRLQNHCAMLFEVGDLQYASPAT
VSRCGMVFVDPKNLRYTPYWQKWVSNRPPKEQPHLEKLFVKYVPSTIDMIVEGIVDGKQV
EKLKTIVPQTDLNMVMQLSMMLDALLETEVYDADVLECFFLEALYCSLGACLLDNRRAKF
DDFVKKLSSLTTGHDEKALAGPGEIPGYLPTLYDFHFDGTKKKWVTWSSLVTKYVHSPDV
KFIDILVPTVDTTRASWLLEQMVKIKRPVVLVGESGTSKTATTQNFLKNLNMDTTMMLTI
NFSSRTTSMDLQRNLEASVEKRTKEIYGPPMGKRLLVFMDDLNMPRVDDYGTQQPIALLK
LLLDRGGMYDRGKELNYKVLKDLGFIAAMGKAGGGRNEVDTRFISLFSVFNIPFPDEDSL
HLIYSSILKGHTMPFEECIQKMCDKLTICTLELYKNIIKDLPPTPSKFHYIFNLRDLSRV
YNGLVLTNAERFLTVTQFVRVWRNECLRVFHDRLINEIDKALVQGHIKNLIDEHFKSDLE
SAMRDPILFGDYRTALNESEPRVYEDIQDYDASKALFQEILEEYNENKTKMKLVLFDDAL
EHLTRVHRIIRMDRGHALLVGVGGSGKQSLTKLAAFTAGCEVFEITLSRGYSETNLREDL
KILYLKLGIEDKKTVFLFTDAHVAEEGFLELINNMLTSGMVPALFPDDEKEMVLNQLRDE
AMKMGSGPSKESVWQYFVNKSANNLHIVLGMSPVGDTLRTRCRNFPGLVNNTGIDWFLPW
PPQALHAVAQSFLGESPMIPERHSAAVIAHVCMVHGSVGDYSKMFLQKLRRSNYVTPKNY
LDFISTYANLLEDKDQYILAQCKRLEGGLDKLKEASVQLAELNIKLAEQKVVLAEKSSAC
EILLQEIATNTTVAEEKKKLAEDKAKEIEEQNKVIAVEKRDAESSLAEALPALEAARIAL
QSLDKSDVTEIRSFAKPPKQVQVVCECILVMRGQKEISWKSAKSMMSEGNFLRALMEMDC
DAINPSQVKTVRGFLKNLNTSFEEMQAISKAGSGMLKFVEAVMGYCDVAREIKPKREKVA
RLEKNFFQSKRELERIQNELGTIQRELGALGDKYSAAMGEKQLLQEEAEVMERRLIAADK
LISGLGSENERWTDDLEELKQRRVRLLGDCLICAAFLSYEGAFSWDFRNEMVFDVWEKDV
LERGIPLSQPFRVESLLTDEVEISRWGSEGLPPDELSVQNGILTTRASRFPMCIDPQQQA
LNWIKKKEEKFNLKISSFNDPDFLKQLEMAIKYGFPFLFQDVDEYIDPVIDNVLEKNVKG
AEGRQVITLGDKEVDYDPNFKLYLNTKLSNPKYSPSVFGKAMVINYTVTLKGLEDQLLSV
IVGFERKELEEQRERLIQETSENKKLLKDLEDSLLRELATSTGNMLDNVELVHTLEETKS
KASEVFEKLKLAEKTSTDIDKLRDGYRPAAKRGAILFFVLAEMALVNSMYQYSLASYLEV
FDFSLRKSLPDSILPKRLKNIMDTLTYNVYNYGCTGLFERHKLLFSFNLTIKIGQPEGRA
PQEELDFFLKGNLSLEMSTRKKPCPWLPGQGWEDIIRLAELFPAEFGSLPDDVEKNLPEW
KTWYDLDGPEQALFPMKYKDNLTAFQKLLLLRCFRLDRVYRAVTDYVTITMGEKYVQPPV
ISFEAIYEQSSPNSPIVFILSPGSDPASDLMKLAERSGFGGSRLKFLAMGQGQEKVALQL
LETAVSRGQWLMLQNCHLLVKWLKDLEKSLERITKAHPDFRLWLTTDPIKDFPIGILQKS
LKVVTEPPNGLKLNMRATFFKIAHETLMGCPHPAYRSLVYVLSFFHAVVQERRKYGKIGW
NVSYDFNESDFQVCMEILDTYLTKAHTQGDAKIPWGSLKYLIGEVMYGGRCIDSFDRRIL
TVYMDEYLGDFIFDTFQPFHFFHNKEVDYKIPPDGPKENYVGEIETLPLANTPEVFGLHP
NAEIGYYTQAARDMWTHLIDLQPQTGESGGGISRDEYISNVARDIQNKLPQVFDLDVIRK
KFGLEISPTSVVLLQELERFNKLIVRIGRSLAELQRALAGEVGMSSELDEVARALFNGMI
PAIWRKLAPDTLKSLGNWMIHFKRRYDQYNSWVDEGEPNVMWLSGLQIPESYLTALVQAT
CRRNGWPLDRSTLYTQVTQYTTEEEVNERPGQGCFVSGLYLEGADWDIERGCLIRSKPKV
LVVQLPILKVIPIEAHRLKLQNTLRTPVYTTSMRRNAMGVGLVFEADLFTTKHISHWVLQ
GVCLCLNAD
NT seq 13890 nt   +upstreamnt  +downstreamnt
atgtccctcgacgacccgcgggtggagtggatccgaaaccgggtatgttgctgtttttat
ttgccggagccaggttgtttcgaggaattgctgagccgcggagatggagaagaagggcag
aaaataatccgatttctgaatgaagtcaccgaggaagagtcggcatcgacgctgctgttt
ttcaaaggagtcaacgaggaagagattgaagttgaaattccgattgaaccctcggaacta
cctgagaatgaggatgaaggcagtctggcagagtcatccaaaccctcctgtgacacacct
gcttctgagagagacaagtcccctggagataaaaataaaaaggggagagattcagagtcc
tcacgtatgtcagaagccccaaagacagagtctacacaccctgcagatgactcccaggcc
cacgaaactgagggcacctctgactcagaagatgagcctcccctcactaggattgagatt
cgagtcgtgtaccacatggagcttcatgtagcagtaaatcatgtcccagagaggttcatg
aaatccaacatcctctactttctcaggaacactaaagaaaccatcattgagcccattgac
gtgaacgaggccaacaatctgatgcccaaactgttggagattggcatgctgaatggacac
tccctactgatgctgaaggacatgctcaaccatgtgtacattccaatgctgtctgtcaac
cagctgaagctgactgatggaggctaccagcagggggcagctgcctcccaggataaggag
gaaactggtgatgggaagggggacaaggatgagaggcctgtggagtctcgtggggtactt
atgattcgtgatgagttacttaacagcactcacaagttcctgggtcacatcgacaggact
ctccagcagttggaaggtgagattaagctgcacatccctgagttggacctggagccagag
gtggaaacgctgctggccactccagaggtggtggaaaacctggagcagtgtgtgatgaac
tggcagactcagatcaccattgtcattgaggagcagcagaagaagaaaccacaggtgcca
ggtcccatggcagagatagatttctggcgggagcgaacagccattctgagtgctctgagt
gagcagctcaaactgcctgtggtgaagaagatcctggaggtgatgaccaaagctgacccg
gtcactgtccagaacctggacctgaccgtgaccgagctcagtaagctccacgtggagtct
gtggagaatgtacgcttcctcagcacactggagagacacttcaagaacctggccacgggg
gcagactttggtgtgatcctggataccatccctcttatgatgaacggcctgcgcatggtg
tggataatctccagccactacaacaaggacgaacgcatggtgcccctcatggagcgcatt
gcctgggagctgtctgagcgtgtggctcgcgtcgtcaatgtccgcatgctcttcaaagac
aagagggaggtagcgaaggccaaagctcaggatggaaagcaggtgctggaccagtggaag
gcttgttactttgaggtgcgggccaggattgaaacatcaggtagagacccacgctgggag
tttgaccgcaaaaagctgtttgagaagaccgactatatgacctccatctgccaggacctg
tacaacatcctgcagatcttggaggagttctataacatctttggtccagagctgaaggca
gtgacgggggatcctaagcgtattgacgatgtgctgcgctgggtagacagcctggtggtg
cccatcgaggagctcagcttcgaccccttcaacatccgcaagatgggcagttggaagatg
gtcatgcaggacttcaaggacaaggttcaggctatcgaaggagaggccatcaacttcatt
gaccagtccttcaagacgctgcgctctgcgtcggcagccttcgacatgcttctgaagttc
aaacacatccgctccagagaggccatcaacaaccagatgatgatgaagttcaacgatatc
ctggcccaatactgcaaagaggtggacataatcaacgggatatttgtgaagtgcaaggac
aaccctcctctgaataagaaccaacccccggtggctggagccatctactgggagcgttct
ctcttccaccacatcaaacacaccatcatccgcttcctggaggtcacagatatgctggag
agtgagccgggcaaagcggccaaggccaagtacctggaagtggggatccgtatgaaggag
tatgagcagaagaagtatgagcgctggcgtgacgagacagaacaaagcctgcccctgctg
atgaagaggaccctgctggtcatggtcaacagctcaggggtcgtcaccggagaacagccc
cctctagacatgactggcccagcaactgagcgtgacatggagaggggggtgcgttacatg
atgaattttgccccggagctgaaggagatcatttcagagaccaagtacttggaacaattg
ggctactctgtgcctgagctggcccgtaatgtggctctgcaggaggacaaattcctcaga
tatgtggatgggttgaagaacctggtgaaccgctaccactctctgatggactgtctgaac
gatgcagagttcttcctactggctgagcagatccaggagctgaggagggtgatgcgctca
gcatacaagaggctcaactggaacgccctgggcatctctgagttcatcaaccgaggcacc
caggctgcgtctaagtttgagtcgctcgtcaatcaaattcagaagaatgagagggacatt
gatgccaagctgcagtccattgagacagccaacttattcaaatttccagccccagacaaa
tcagatgaccttccaggtgtgaaagagttctgtgagctgatcgagcgagagagggcgaag
gatttgaatctgttgagtaggaagtacacagccattggccccctgctcaccaagatggag
agtctgatcatgcagaccaacagtggcaaagccaagcgtatgggccagtactacacctac
tgggaacgcaaggtcttcgactccctcaccaagatggtgctcaggaacatccagactttt
aacatggccatgatgggcaacaccccacttttccaaattgaaaccatcttatctgcccct
gagattgtgctgcaccccaaaaacagcgaggtgtacaagctcatcatgcagtgtgtcaga
gacactgtagagagcaccaagcggtttgtgcgctggatgcatggcacctgtatagagtgt
cctcctcagcgtgttgatggagaggatgagtcggtggtgttcagtttctacagcgaggtg
tgtcagcacccccaggtcaatgaaagggccatggccatctcccagaatatccaacgcctc
ctcagcgccgtgggacgctacctcaatcgctggaagcgctaccggcccctctggaagctg
gacaaggccattgtcatggagaagtttgccgcaaagaggccctcctatgtcatgtatgac
gagaagctgcagttctatgcccgggtcagcgtggaggtggcactgcagccgctggtgaag
gatgagcacatcatgaggctgaacctggagcctctggcccgcactgtgcaggagaacgcc
caggcctgggtcaactctttgggcagactgctcaacgagtcagcccgagaggacctgttc
aacctgcgggatgagctactgcaactgtctgagaacctgaagaggagcccaaacaccctg
gaggacctgaagtttgtcctgggcaccatctcagacatcagggacatgtctctggctgtg
gagatgaggttcactgacatccaggagagatacaggacactgggcatgtacaaagtagag
gccacggaggaggagctgcagttgtcggctagtatcggccgcctgtggagtgatctgttt
gaagaatccagactggtggaccacagcctaggacgggtcaagaagaccttcactgagatt
actaaggagcagattgagacgtataagcaggagctgaccatctttgcagagagcttcaac
atgcatggacctggagctgtgggagacaacctggagaaaggagtgacagtgatggggacc
tatgagacagaactagccaaaattgaggcgggacgtcaagagttggccaatgcagagaag
ctctttgacctgccaatcaccatgtacacagagctgcaaaacgtacagaaggagatgaag
ggcctgcgacagatctacgagatctacaagtctcagaaggcagctaagacggagtggtcc
cagactctgtgggtgaacctgaacatccagctgctgcaggagggcgttgagagcttcatt
aagagtctgaggaagctgcctaaagatgtgcgtgccctgcctgtgtccttcttcctagag
ggacgcatgaaggagttcaaagagtccctgcctctccttttggacctgaagaacgaggcc
ctcagagacagacactggagggagctgatgcagaggactaacaccagctttgagatgaat
ccagacaccttcactctagagaacatgttcgccatggagctgaacaagtatggcaatgtc
atcggtgagattgtcacctcagctgtcaaagagctcagcattgagaagggagtgaaggag
gtggtggagacctgggagaatatgaagtttagtgtgcagcgctacttcaaaggcacccag
gaacgtggctctatcctgggggtggtggacgagattctgcagaacctggatgacaacgcc
atgaaccttcagagtatggcaggcagccgcttcgtagggcccttcctggccaccgtacaa
cagtgggagaagagcctgtccctcatcagcgaagtcatagaggtttggatgttggtgcag
cggaagtggatgtacctagagagcatcttcattggaggggatatccgctctcagttacct
gaggaagccaagaaatttgacaacattgacaaaatgttcaaaaagattatgacagataca
gtgaaggacccgggaattaagaagtgctgtctggtgcccaaccggctgactgacctgcag
agtctgagtgatggtttggagcgctgccagaagagtctcaacgactacctggactccaaa
cgtaacgccttccctcgcttcttcttcatctccgacgacgagctgctcagcatcctgggt
agcagcgaccctgtctgcgtccaggagcacataataaagatgtatgacaacatagcgtct
ctgcggtttgacgtggggggtaacggggagacggtggctggggccctggtgtctgcggag
ggagaggtgatggacctgaagcggccggtgccagccgagggccgggtggaggactggatg
actggagtactgctggagatgaggaggaccaacagactcatcaccaaggaagccatcttc
cgctactgtgaagacaggggcaggattgactggatgttgctgtaccaggggatggtggtg
ctggctgggaaccaggtgtggtggacctgggaggtggaggacgtcttccagaaggtgaag
aagggagacaagcaagcgctgaagaactacgccaagaagatgcaccagcaaatagacgag
ctggtgacacgcatcactcagcccatgaagaagaacgaccgaagcaagatcaacactgtc
ctcatcatcgacgtccatgccagggacattgtggacaactttgtccgggacagtataatg
gacgcccgtgagtttgagtgggagagccagctgaggttctactgggaccgggagcccgat
gatctgtttgtgcgccagtgcagcgctgctttctcctacggttatgagtacatgggactg
aatggtcgtctggtcatcaccccgctgactgaccgcatctacctcaccctcacacaagcc
ctgtccatgtacctgggtggagcccccgcggggccggctggaacggggaagacagagtcc
accaaggacctggccaaggctctgggcctcctgtgtgtggtcaccaactgtggagagggc
atggactacatggctgtggggaagatcttgtctggcctggcccagtgtggtgcctggggc
tgctttgatgagttcaaccgcatcgatgcctctgtgttgtctgtcatctcctcccagatc
cagaccatacgcaacgctctcatcctgcacctcaagaggttccattttgagggtcaggag
atcagcatggatgaccgcatgggcatcttcattactatgaaccctgggtacgctggacgc
acagagctgcctgagtcagtcaaagccctgttcagacctgtggtggtcatcgtccctgac
ctgcagatgatctgtgagatcatgctcttctcagagggattcctcttggctaagattctg
gccaagaagatgacggtgctgtacaagctggccagggagcagctgtctaagcagttccac
tatgactttggcctgcgggctctgaaatctgtgttagtgatggctggagaactgaagaga
ggctcaccagacctcaatgaggatgtggtgttgatgcgtgccctgcgggacatgaacctg
cctaagtttgtgtttgaggatgtgcctctgttcctggggctgatctcagacctgttcccg
gggcttgactgcccccgtgtgtgctaccccagcttcaatgatgctgtggagcagaccctg
atggagaacaaatacctcatcctgtctaaccaggtggacaaggtggtgcagatgtatgag
accatgatgaccagacacaccactatggtggtgggccccacaggtggaggcaagtcagtg
gtcatcagcactctgtgccaggcccagaccaggttaggcttggtgaccaagctttactgc
ctgaaccctaaagccatgagtgtcattgaggtgtacgggattctggaccctgtcacccgt
gactggactgatgggatactgtccaacatcttcagagacatcaacaagcccactgacaaa
aaggagaggaggtacatcctgtttgatggggatgtggatgctctgtgggtggagaacatg
aactcagtaatggatgataacaagctgctcaccctggccaatggagagagaatacgcctg
cagaaccactgtgctatgctatttgaggttggagatctgcagtatgcctctcctgctaca
gtttctcgctgtgggatggtgtttgtggaccccaaaaatcttcgctatactccctactgg
cagaaatgggtcagcaacagacctccaaaggaacaaccacacctggagaagctgtttgta
aagtacgtgcccagcactatcgacatgatagtggagggtattgttgacggcaaacaggtg
gagaaactgaagaccatcgtccctcagactgatctcaacatggtgatgcagttgtccatg
atgctagatgccctgctggagacagaggtctatgatgctgatgttctggagtgtttcttc
ctggaggcgctgtattgctctctgggggcatgcctactggacaacagacgggccaaattt
gatgactttgtaaagaaactgtccagcttgaccactggtcatgatgagaaggctcttgct
ggacctggagagattccaggttacctgccaactctgtacgatttccattttgatgggacc
aagaagaagtgggttacctggagctccctggtcaccaaatatgttcacagccctgatgtg
aagttcatcgatatcctggtccctactgtggacaccacgcgagccagttggctactggag
cagatggtgaagatcaagaggcctgtagttctggtgggagagtctggcacctccaagaca
gccactactcagaatttcctgaagaacctcaacatggacactactatgatgctgaccatt
aacttctcatcacggaccacctccatggacctccagaggaaccttgaggccagcgtggag
aagaggacaaaggagatatacggccctccaatgggtaaaagactgctggtctttatggat
gacctcaacatgcccagggtggatgattatgggacccagcagcccattgccctgctgaag
ctgctgttggaccgaggaggcatgtatgacagagggaaggagctgaactacaaagttctg
aaggacctaggcttcatcgcagccatgggcaaggcaggaggtgggaggaacgaggtggac
acccgcttcatctccctctttagtgtcttcaacatccccttcccagacgaggactccctc
catcttatctactcctccatcctcaagggacacaccatgccgtttgaggagtgcatccag
aagatgtgtgacaagctgactatctgcactctggagctgtacaagaacatcatcaaagac
ctgccgcccacgccatccaagttccactacatcttcaacctcagggacctgtccagagtc
tacaacggcctggtcctcaccaacgctgagaggtttctgacggtcacccagtttgtgcgt
gtgtggaggaacgagtgcctgagggtgttccatgacaggctcatcaatgaaatagacaaa
gccctggtccagggccatataaagaacctgatagatgagcactttaagtcagacttggag
tctgccatgagggaccccatcctgtttggtgactacagaactgccctcaacgagtctgag
ccacgcgtctatgaggacatacaggactatgacgcttccaaagccttgttccaggagatc
ctggaggagtacaatgagaacaagaccaagatgaaactggttctgtttgacgacgccctg
gagcacctgacaagagtgcaccgcatcatcaggatggaccgcggccacgccctgctggtg
ggggttggcggctccgggaagcagtcccttaccaagctggccgcattcaccgcaggctgc
gaggtgtttgagattacactgagcagaggctactcagagaccaacctccgtgaggacctg
aagatcctgtatctgaagctgggcattgaggacaagaagacggttttcctcttcactgat
gcccacgtggctgaggagggcttcctggaactcatcaacaatatgctcacctcgggcatg
gtccctgctctgttcccagatgatgagaaagagatggtgctgaaccagctccgtgatgag
gccatgaagatgggctctggcccatccaaggagagcgtgtggcagtactttgtcaacaag
agtgccaacaacctgcacattgtcctgggaatgtcccctgtgggagacaccctgaggaca
cgctgcaggaacttcccagggctggtgaacaacactggtattgactggttcctgccctgg
cctcctcaggctctgcatgctgtggctcagtctttcctgggtgagagtccgatgatccct
gagaggcactcggcagccgtaattgctcacgtgtgtatggtgcacggctcggtgggtgac
tacagcaagatgttcctgcagaagctcagacgcagcaactacgtcacccccaagaactac
ctggacttcatcagcacctacgccaacctcctggaggacaaggaccaatacatcctggct
cagtgtaagcgtctggagggtggtctggataagctgaaggaggccagtgtgcagctggct
gagctcaacatcaagctggcagagcagaaggtggttctagcagagaaatcctctgcctgt
gagatcctactgcaggagatcgccaccaacaccaccgtggctgaggagaagaagaagctg
gcggaggacaaagccaaggagattgaggagcagaacaaggtgatcgctgtggagaagagg
gatgctgagagctcattggctgaggccctgcctgctctggaggcagcccgcatcgccctg
cagagcctggacaagtctgacgtcactgagatcagatcatttgccaagccgcccaaacag
gtgcaggtggtgtgtgagtgcatcctggtgatgcgaggccagaaggagatcagctggaag
tcagccaagagcatgatgtcagagggcaacttcctgcgcgcattgatggagatggactgt
gatgccatcaaccccagccaggtcaagactgtcagaggcttcttgaagaacctgaacacc
agctttgaggagatgcaggccatcagtaaggctggctctgggatgctcaagtttgtggag
gctgtcatgggctactgtgatgtcgccagggagatcaagcccaagagagagaaggtggcg
cgcctagagaagaacttcttccagagcaagcgtgagctggagcgtattcagaacgagctg
gggaccatccagagggagctgggggcgctgggggacaagtacagtgctgccatgggggag
aagcagctgctgcaggaggaggctgaggtcatggagaggaggctgatcgctgctgacaaa
ctcatttcaggcctgggctcggagaatgagcgatggacagatgacctggaggagttgaag
cagcgtcgtgtgcgtctcctaggcgactgcctgatctgtgctgcgttcctgagctacgag
ggggcattcagctgggacttcaggaatgagatggtgtttgacgtgtgggagaaggatgtg
ttggagagaggcatccctctcagccagcccttcagagtggagagtctactgaccgacgag
gtggagatcagcagatgggggtcagagggccttcctccagatgagctgtcagtccagaac
gggattctgaccaccagggccagccgcttccccatgtgtatcgacccccaacagcaagcc
ctcaactggatcaaaaagaaggaggagaagttcaacctcaagatctcttcgttcaacgac
ccagacttcttgaagcagctggagatggccatcaagtatggctttcccttcctgttccaa
gacgtggatgagtacatcgaccctgtgatcgacaacgtcctggagaagaacgtgaaagga
gccgagggccggcaggttataacgctgggggacaaggaggtggactacgaccccaacttc
aaactctacctcaacaccaaactgtccaaccctaagtactctccctctgtgttcgggaag
gccatggtcatcaactacactgtgacgctgaagggtctggaggaccagctgctgagtgtg
atcgtgggctttgagcgtaaggagctggaggagcagcgggagagacttatccaggagacc
agtgagaacaagaagctgctgaaagacctggaggactctctgctgagggaactggccact
tccacaggcaacatgctggataacgtggagctggtccacactctggaggagaccaagtcc
aaggctagcgaggtgtttgagaagctgaagctggcagagaagacatcaacagacattgat
aagctgcgagatggctaccgtcccgctgccaagcgcggtgccatcctgttctttgtgctg
gcggagatggccctggtgaacagcatgtaccagtactctctggcctcctatctggaggtt
tttgacttctccctgcgcaagtccctgcctgactccatcctgcccaagaggctgaagaac
atcatggacaccttgacatacaatgtctacaactatggatgcacaggtctgtttgagaga
cacaagctgctgttctccttcaatttgacaataaagattgggcagccagaggggagggct
ccccaggaggagctggacttcttcctcaagggcaacctgtccctggagatgagcacgagg
aagaagccgtgtccctggcttccaggccagggctgggaggacatcatacgactggctgag
ctcttccctgctgagtttggctccctaccagatgacgtggagaagaacctgccagagtgg
aagacttggtatgacctggatgggccggagcaggctctcttccccatgaagtataaagac
aacctgactgccttccagaagctgctgttgctgcgctgcttccgcctggacagagtctac
cgggctgtcactgactatgtcaccatcaccatgggagagaagtatgtgcagccccctgtg
atcagtttcgaggccatctatgagcagagttcacccaactcccccatcgtgttcatcctg
agccccggctctgacccagccagtgacctcatgaagcttgctgagaggtctggctttggg
ggcagcaggctcaagtttctggccatgggacaaggtcaagagaaggtggcgctgcagctg
ctggaaacggcggtatctcggggccagtggctgatgctgcagaactgccacctgctggtg
aagtggctgaaggacctagagaagtccctggagaggatcaccaaggcccaccctgacttc
agactgtggctcaccactgaccccatcaaagactttcccatcggcattctacagaagtct
ctcaaggtggtgacggagcctcccaatgggctgaagctgaacatgagggcaaccttcttt
aagatcgcccacgagactctgatgggctgcccccacccggcctaccgcagcctggtctac
gtgctgtccttcttccacgctgtggtgcaggagagacgcaagtacggcaagatcggctgg
aacgtgtcctacgactttaacgagtctgacttccaggtgtgcatggagatcctggacacc
tacctgaccaaagcccacactcagggagacgccaagatcccctggggaagtctcaagtac
ctcataggagaggtaatgtatggaggcaggtgtatagacagctttgaccgcaggatcctg
acggtctacatggatgagtacctgggagacttcatctttgacaccttccagccctttcac
ttcttccacaacaaggaggtggactacaagatccctcctgacgggcccaaggaaaattat
gttggggagattgagaccttgcccctggccaacactccagaggtgtttggtttgcacccc
aatgctgagattggatactacacacaggcagcccgcgacatgtggacccacctgatagat
ctgcagccacagactggtgagtctggtggaggcatcagcagggatgagtacatcagcaac
gtggcccgggacatccagaacaagctgcctcaggtgtttgacctggacgtgatccgtaag
aagtttggcctggagatctcccccacctccgtggtgctgctgcaggagctggagcgcttc
aacaagctcattgtcaggattggacgctctctggctgagttgcagagggctctggctggt
gaggtgggcatgagtagtgagctggatgaggtggcacgcgccctcttcaatggcatgatc
cctgctatctggaggaagctggcacctgataccctcaagtccctgggcaactggatgatc
cacttcaagaggcgttacgaccagtacaactcctgggtggatgaaggggagcccaatgtg
atgtggttgtctgggctgcagatcccagagtcctacctgactgctctggttcaggccacc
tgcaggaggaacggctggccgctggaccgctccacactctacacacaggtcactcagtac
accactgaggaggaggtcaacgagaggcctggacagggctgctttgtgtcaggcttgtat
ctggagggagcagactgggacatagagaggggatgtctgatcaggagtaaacccaaagta
ctggtggtccagttgcccatcctgaaggtcatccccatagaagcacatcgcctcaaacta
cagaatactctgaggactccagtgtacaccacgtccatgaggaggaatgctatgggtgtg
gggctggtgtttgaggcagatctctttaccaccaagcacatctcccactgggtgttgcag
ggagtctgtctgtgcctcaacgcagactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (108)   
   KEGG ORTHOLOGY (1)   
   RefGene (104)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (134)   

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