KEGG   Ficedula albicollis (collared flycatcher): 101818321
Entry
101818321         CDS       T02815                                 
Symbol
DNAH12
Name
(RefSeq) dynein axonemal heavy chain 12
  KO
K10408  dynein axonemal heavy chain
Organism
fab  Ficedula albicollis (collared flycatcher)
Pathway
fab04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:fab00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    101818321 (DNAH12)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:fab03037]
    101818321 (DNAH12)
   04812 Cytoskeleton proteins [BR:fab04812]
    101818321 (DNAH12)
Cilium and associated proteins [BR:fab03037]
 Motile cilia and associated proteins
  Dynein arm
   101818321 (DNAH12)
Cytoskeleton proteins [BR:fab04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     101818321 (DNAH12)
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 AAA_16 DUF2935
Other DBs
NCBI-GeneID: 101818321
NCBI-ProteinID: XP_016156950
Position
12:complement(8971088..9030614)
AA seq 3948 aa
MEHSDEATSNKRTLRTLFRPAALPSPVISETSPSQKKLLAYHRDKEQQEIINQLLIDRAL
EVITMEETEERDAAPPVTELHSTMDDKESQLKADYLFLKKCVQRNPMIPIQQQWLRSMLT
MVPQSLMEGKERELLTEELLKEVVRDYETSIQRCVLRRVLIKPDIKELDALEEEAPLPSL
PLGLDFSSTWHDSYIKAKKRITSTLYILHPTMKTLLDFGYTAFFNFLVVDFSGSRLKGPV
DCKSFKTDASLRCSKAEDEIMATWYQRVFGLFTQSEALDGVRLDQLESFCNCVAVLLSNQ
VKELLQRTTEVFVKLFDPEDRSRLPLFKMDLTFDENRMEFYPSLQDLEEAILFVVDCIGQ
TLQNIQTVRAWLTGGTATLDTELPAHIAQWAKSTLKKSIRDNLEGPKEHFKGYVESYGWL
VDGTAEQRINRFLAEQPSFDEYTTFIGEFFTLKKEIMSLPEVIYFPMVCLNCEDLNQGLA
NCANNFAKMLMEKIFTDYREENQRICSEFEAIKECALKVPESTEEMVEIIDYIKKVKTQD
FPDLVRRSKECCRQMSYLIDVFPFAPEDIELNTTAILWPKKITLIFKEHDALIEQSKAER
EQEVQQKYDNLYAELDKLYNSVTELEEYSQLDCMQQYVTDVRTLQKTIQDTDETLAALNK
EETLLGWKPSEFPVLNNLKTGIEPYHKLFNLILRWQRTERRWMDGTFLELDGESMEAEVD
EFYREMYKLLRLFQQKQKKALTEKRPARHKAVTGNPTLTMCSSVLDQIKEFKEHIPTVVV
FCNPGMRERHWQQMSDIVGYDITPDAGTTLRKVLKQNLSSYLGQFSTISVAASKEFSLEK
AMNTMKETWDSISFTTNVYRETGIHILSSVDDIQALLDDQIMKTQTMRGSPFIKPFDSEI
REWESRLIQIQENIDEWLKVQVQWLYLEPIFSSEDIMQQMPEEGRQFQTVDRLWREVMEF
CAEDPKVLAATSLPGLKEKLQTCNELLEKIMKGLNAYLEKKRLFFPRFFFLSNDEMLEIL
SETKDPLRVQPHLKKCFEGIAKLDFLRNLDIKGMYSSEGERVQLISNISTSEARGAVEKW
LIQVEDIMLKTVRDVIARSRKAYLETERKRWVLEWPGQVVLCVSQMYWTSEVHEVLHNGP
KGLKDYYDTLQLQLNDIVELVRGKLSKQTRITLGALVTIDVHARDVIKEMIGSGVQSETD
FQWLAQLRYYWQNENVRVCIINCNVKYAYEYLGNSPRLVITPLTDRCYRTLIGAFYLNLG
GAPEGPAGTGKTETTKDLAKALAVQCVVFNCSDGLDYLAMGKFFKGLASSGAWACFDEFN
RIELEVLSVVAQQILCIQRAIQIKLETFVFEGTELKLNPNCFIAITMNPGYAGRSELPDN
LKVLFRTVAMMVPNYALIAEISLYSYGFLNAKSLSVKIVMTYRLCSEQLSSQYHYDYGMR
AVKAVLVAAGNLKLKFPTEDEDILLLRSIKDVNEPKFLSHDIPLFMGITSDLFPGINLPE
ADYNDFLECCNECCTQHNVQPVQTFIQKIIQTYEMMIVRHGFMLVGEPFSGKTKVLHVLA
DTLSLMKERGYGEEEKVIYRTVNPKSITMGQLFGQFDLISHEWTDGVVATTFREFALSET
PERKWVIFDGPIDTLWIESMNTVLDDNKKLCLMSGEVIQMSPEMTLIFETMDLSQASPAT
VSRCGMIYLEPSQLGWRPIVTSWLSKLPEPLNSEEHQDLLQGLFDWLVPPALRVRQKQCK
ELVPTGEINVVVALTRIFEMLICPAVQEDPTSKSIRSWIMGCFAFATIWSIGGTCDGDSR
TIFDNFLRETLSGTSETNPVPENLGKWECPLEEKGLVYDYVYELKGKVGWIHWNEFIEQI
SYSDKNVKIQDIIVPTMDTVRYTYLLDLFITHGKPLLLVGPTGTGKSVYVKDKLMNNLEK
ERYFPFFINFSARTSANQTQNIIMARLDKRRKGVFGPPMGKKCIVFVDDMNMPALEKYGA
QPPIELLRQFCDHGFWYDFKDTSKITLVDIQLVAAMGPPGGGRNPVTPRFLRHFNVCTIN
SFSDETMIRIFSTVVALYLRINEFSLDFYTTGNQIVTATLEVYKKAIQNLLPTPAKSHYT
FNLRDFSRVIHGCLLIKKSAVENKHVMIRLFVHEVFRVFYDRLVEDDDRAWLFDLVKDIV
KDHFKEVFDKVFAHLKEGKSPVTEENMRSLCFGDYMVPELEGDERLYVEVPSIEEFSDVV
EQCLDEYNQTQKTRMNLVVFRYMLEHLSRLSRILKQSGGNALLVGMGGSGRQSLTRLAAF
MARMCVFQPEISKTYGTNEWREDLKRLLRSAGVKGLKTVFLITDTQIKEENFLEDIDSVL
NTGEVPNIFAADEKQEIIEGVRAAVQAGDKGEELSPLALYALFVNLCKENLHIVVAFSPI
GDAFRNRLRQFPSLINCCTIDWFQPWPEDALERVASKFLETLQLSDTERQGVVPICKYFH
TSVLSLSERYLRSLGRYNYVTPTSYLELIAAFQRLLTEKRDSVMKAKKKYVNGLDKLAFA
ESQVGRMKVELIELQPKLEEAKVENASMMQIIEVESAEVEEKRKIVKVDEEIATAKANEA
QALKNECESDLAEALPVMEAAIGALDTLKPSDIAVVKTMKNPPSGVKLVMAAVCVIREKK
PERIPDPSGSGGKILDYWTASQKMLGNINFLKDLKACSEKPIPEAVMQKIRTEYLTNPEF
DPQVVAKASSAAEGLCKWIKGMEVFHRVSKEIEPKKERLKVAEESLAVTMELLNQKRGEL
AAVEGRLAALEKTFAEKTEEKARLEFQVDLCAKKLERAEKLIGGLGGEKTRWNQAACDLQ
EEYDNLTGDTLISAGIIAYLGAFTAGFRQECTKDWSKLCEEKEIPCSENFSLSKNLGDPI
KIRAWNIAGLPTDVFSIDNGVIVDNSRRWPLMIDPQGQANKWIKNFERDNRLNVIKISDT
DYMRTVENCIQFGTPLLLENVGEELDPSLEPLLLKQTFKQGGVECIRLGENIIEYSSDFK
FFITTKLRNPHYMPELATKVLLLNFMITPEGLEDQLLGIVVAEERPDLEEERNALIVQSA
ANKKNLQEIEKKILETLESSEGDILEDETAIQVLDSAKVMANEITRKQQIAEKTELKIAE
SREAYRPVAQHSAVLFFSIADLANIDPMYQYSLSWFVSLYISSIHDSNKSKILKKRLQYL
NDHFTYNLYCQVCRSLFETDKLLFSFLLCCNLLMANNEIEHQEFMFLLTGGVGLKNEHKN
PDPSWLSDKSWDELCRASEIPAMKRLRSHVSENIGEWQKMYDSKEPHNFPLPEEWNDTLT
ELQKMIVLRCLRPDKIGPAITIFVTEKLGKKFVEPPPFDLAKSYLDSTATVPLIFVLSPG
ADPMSSLLKLANDRDMVGDKFQSISLGQGQGPIATKMIQTGMEEGTWVCLQNCHLAVSWM
PMLEKICEELDSEKCHPEFRLWLTSYPSPKFPVTILQNGVKMTNEPPTGLRLNLLQSFLS
DPISDPEFFAGCPGKELIWEKLLFGVCFFHALVQERRKFGPLGWNIPYGFNESDLRISIR
QLQLFINEYSHVPFEAVSYLTGECNYGGRVTDDWDRRLLLTMLDDFYNPDIIENPRYTFS
PSGHYYAPPKGTYEEYIEFIKNLPFTQHPEVFGLHENVDIAKDLQQTKTIFESLLLTQGG
GTQGTSGGGDSTLYAIADDILSKLPKDFDIESCLIKYPVRYEESMNTVLVQEMERFNHLI
RTIRITLINLKKAIKGLVVMDAALEALSSSLLVGKVPEKWAEHSYPSLKPLGSYIVDLLA
RLKFLQDWYELGKPAVFWLSGFYFTQAFLTGAMQNYARKHRIPIDLLGYEFEVIPQDTAD
SAPEDGVYIHGLFLDGARWDRSRGMLTEQYPKVLFDAMPIIWIKPAVKSDIKKTTAYVCP
LYKTSERKGVLSTTGHSTNFVIALRLNTDQPVQHWIKRGVALLCQLDD
NT seq 11847 nt   +upstreamnt  +downstreamnt
atggagcactcagatgaagcaacttccaataaacggactttgagaactttgtttcgtcct
gctgctttaccttcaccagtcatatctgaaacatcaccatcacagaagaaactattggca
taccacagagacaaggagcagcaagagatcattaatcaattactaattgatcgagctctt
gaagtcataaccatggaagaaacagaggagagagatgctgcacctcctgtcacagaactg
cattccactatggatgataaagaaagtcaactaaaagcagactacctctttttgaagaaa
tgtgtgcagagaaatcccatgattcccatccagcagcagtggctcaggtccatgctcacc
atggtgccacagtcgcttatggagggcaaagagagagagctgctcactgaagagctttta
aaggaggtagtaagagattatgaaacgagcatacaaagatgtgtgttgagaagagttctt
attaaaccagacataaaagaacttgatgcattggaagaggaggcacctttgccttcatta
cctctaggcctggatttttctagtacatggcatgacagttacatcaaagcaaaaaagcga
atcacttccaccttatatattcttcaccccacaatgaaaactctactggattttggttat
acagcattctttaactttcttgtagtagatttttctggttccagattgaaaggaccagtt
gactgtaaatcttttaaaactgatgcatctctaagatgttccaaagcagaagatgagata
atggctacgtggtaccaaagagtttttggtctctttactcagtcagaggccttggatggt
gtcaggttggatcagcttgagtctttctgtaactgtgtggctgtgcttttgtctaatcag
gtgaaagaattgctgcaaagaacaacggaagtttttgtgaaactttttgatcctgaagac
agaagtcgtctgcctttatttaagatggacttgacttttgatgaaaatagaatggagttt
tatccaagcttacaagacttagaagaagcaattctgtttgtagtagattgtataggacag
actcttcagaatatccaaacagtacgtgcttggctaacaggaggcactgcaactctggat
actgagcttcctgctcacattgcacaatgggccaaatccacgctgaaaaaatctatcaga
gacaacttagaaggcccaaaggaacattttaaaggctatgttgaaagttatggctggctt
gtagatggaactgcagagcaacggataaacagatttctagcagaacaacccagttttgat
gaatacactactttcataggtgaatttttcaccctcaaaaaggaaataatgagtttgcca
gaggtgatttatttccccatggtctgtttgaattgtgaggatttaaaccaaggtttggct
aattgtgcaaacaactttgcaaaaatgctaatggaaaaaatatttacagattacagagag
gaaaatcaaaggatttgcagcgaatttgaagccattaaggaatgtgcattaaaagttcct
gagtcaacagaagaaatggtagaaataatagattacataaagaaagtcaaaacccaagat
tttccggacctggtgcggaggagcaaggagtgctgtcggcaaatgagttacttgatagat
gtttttccatttgctcctgaagacatcgaactaaatacaacagcaatattatggccaaag
aagattactctcatttttaaagagcatgatgctctgatcgaacagtctaaagctgaaaga
gaacaagaggtgcaacagaaatatgataacctgtatgctgaattagacaagctttataat
tctgtgacagaattagaagaatactcacaactggattgcatgcaacagtatgtgactgat
gtgaggactttacagaagacaatacaggacactgatgaaacactagctgctcttaataaa
gaagagactctgcttggatggaaaccaagtgaattcccagtcctcaacaacttaaaaact
gggatagagccataccacaaactctttaatcttatactgagatggcagcgaacagaaaga
agatggatggatgggacctttttggaactagatggggaaagtatggaggctgaggttgat
gaattttacagagaaatgtacaaactcttaagactcttccaacaaaagcaaaaaaaagca
ctaacagagaaaaggccagcgcgacacaaagctgtaacgggtaatccaactcttacaatg
tgttcttcagttctggatcaaattaaagaatttaaggagcatattcccactgtggttgtc
ttctgtaaccctggcatgagagaacgtcactggcaacagatgtcagatattgtaggatac
gatataacaccagatgctggaactaccttgagaaaagttttaaagcagaatctatcctct
tacttgggacagttttcaacaataagtgtagctgcaagcaaggaattttccttggagaaa
gcaatgaataccatgaaggaaacctgggattcgatttccttcaccacaaatgtgtatcgt
gagactggtattcatattctgtcttcagtggatgatattcaggctcttcttgatgatcag
attatgaaaactcagacaatgagaggatcacctttcattaaaccatttgacagcgaaata
agggaatgggaaagccgcttgattcaaattcaggagaatattgatgagtggctgaaagtg
caggtacagtggctgtatttggaacccatcttttcttctgaggatattatgcaacagatg
ccagaagaggggcggcagtttcagactgtggatagactttggagagaggttatggagttt
tgtgccgaagacccgaaggttcttgctgctacttccttgccaggattaaaagagaagctt
cagacttgtaatgaacttcttgagaaaatcatgaaagggcttaatgcttaccttgaaaaa
aaacgtctcttctttccccgcttctttttcttgtctaatgatgaaatgttggagatcctg
tccgaaactaaggatcctcttagagttcagcctcatttgaagaagtgttttgaaggcatt
gctaagctggacttccttcgcaatttggatattaaaggaatgtatagttctgaaggcgag
cgtgtgcaactgatttcaaacatttctacttctgaagctcgaggtgcagtggagaagtgg
ttaattcaagtagaagatattatgctgaagactgtacgtgatgtaattgccagatcaaga
aaggcatatctagagactgagagaaagcgctgggttctggagtggcctggccaagtagtg
ttgtgtgtgtctcaaatgtactggacaagtgaggtacatgaagttcttcacaatggaccc
aagggcttaaaggattattatgatacacttcagcttcaacttaatgatattgtagagctg
gtaagaggaaaactatcaaagcaaaccaggattacactgggtgccttggttactattgat
gttcatgctagagatgtcatcaaggaaatgattggaagtggtgtgcagagtgaaacagac
tttcagtggctggcccagctgcgctattattggcagaatgagaatgttcgtgtgtgcatc
attaactgcaatgtgaaatacgcctacgagtacctcgggaactccccacgcctggtgatc
acccctctcacagacaggtgttaccgcaccctgattggagccttttatttaaacctcggt
ggtgccccagagggtccagcaggaacgggtaaaacagagaccaccaaagatctggctaaa
gctctcgctgttcagtgtgttgtctttaactgctctgatggccttgattacctggcaatg
ggaaagtttttcaagggtttggcttcatcaggtgcctgggcatgttttgatgaattcaat
cgcattgaactggaagtgctgtctgtagtggcacaacagatcctttgcatccaaagagcc
atacagataaagctagaaacatttgtttttgaaggaactgagctgaagcttaacccaaac
tgttttatagcaattactatgaatccaggttatgcaggacgttctgaacttccagataat
ctgaaggttcttttccgaacggtagccatgatggttccaaactatgctctgatagctgaa
atttccctctattcttatggatttttgaatgctaagtcactgtcagtgaagatagtcatg
acctacaggctttgttcagagcagctttcctctcagtatcactatgactatggcatgcgg
gcagtcaaagctgtgctggtggctgcggggaatctgaagttaaaatttcccacagaagat
gaagatatattgcttcttagatcaattaaagatgtgaatgagcccaaatttttgtcacat
gatatacctctgttcatgggtataaccagtgatttatttcctggaatcaatcttcctgag
gcagactacaatgattttctggaatgttgcaatgaatgttgcactcaacataatgtccaa
cctgtacaaacttttatacagaaaattatacagacatatgaaatgatgattgttagacat
ggtttcatgctggtgggggagccattttctgggaagaccaaagttctacatgtgctggca
gatacgctgtctcttatgaaagagcgtggttatggtgaagaagaaaaagtcatttataga
actgtgaatccaaaatcaatcactatgggccagctttttgggcagtttgatctgatatcc
catgagtggacagacggggttgtcgctacgaccttcagggaattcgcgttgtccgagacc
cccgagcgcaagtgggtcatctttgatggccccatcgatactctgtggatagagagcatg
aacacggttctggatgacaacaaaaagctttgtttgatgagtggggaagtcatccaaatg
tcccctgagatgactcttatttttgaaacaatggatctttcacaggcatcacctgctacg
gtcagtcgttgtggcatgatttatttggaaccttctcagctgggctggaggccaattgtt
acctcttggctgagtaaactgcctgagcctttgaactcagaggaacatcaagatcttctg
cagggactttttgattggttggtaccacctgcattaagagtccgtcagaaacagtgcaag
gaactggtacctacaggtgagatcaacgttgtagtagctctcacacggatttttgaaatg
ttgatctgtccagctgtgcaagaagatcccaccagcaaaagcatccgttcctggattatg
ggatgttttgcttttgccacaatctggtccattggtggaacttgtgatggtgacagcagg
acaatttttgataatttcttgagggaaactttgtctgggacatctgaaacaaatcctgta
ccagagaatttggggaaatgggagtgtcccttagaagagaaaggcttggtctatgactac
gtgtatgagctcaaaggcaaagtaggttggattcactggaatgaatttattgagcaaatt
agttacagtgataaaaatgtgaagattcaagatatcatagtcccaactatggatacagtt
cgctacacctatttgctagacctgttcattacccatggaaaaccactgcttctagtggga
ccaacaggaactgggaaatctgtgtatgtcaaggacaagttaatgaacaatctggaaaag
gagcgctacttccccttcttcattaatttttcagctcgaaccagtgccaatcagactcag
aacataattatggccaggctggacaagaggcgtaaaggagtttttggccctccaatggga
aaaaagtgcattgttttcgtagatgatatgaatatgccagctttggagaagtatggagca
cagcctcctatagaacttctaagacagttctgtgaccatggattttggtatgattttaag
gacacctctaaaatcacccttgttgacatccagttagtggctgccatggggcctccaggg
ggtggaaggaatcctgtcacccctcggttcctgcgacacttcaacgtttgcaccatcaac
tctttcagtgatgaaacaatgatccgcatcttctctactgtagtagctctttacctaagg
attaatgagttttctcttgacttctacacaactggaaatcaaattgtcactgccacttta
gaggtgtataagaaagccatccaaaatcttttgcccacaccagccaaatctcattatacc
ttcaacctgcgtgacttttcccgggttatccatggctgtttgctcattaagaaaagtgca
gttgaaaacaagcatgtgatgattcggctgtttgtacacgaggtgtttcgtgtcttctac
gaccgcctggtggaagatgatgacagagcctggttgttcgatctagtgaaagatattgtg
aaagaccatttcaaagaagtgttcgataaagtttttgcacacctgaaggaaggaaaatca
cctgtaacagaagaaaacatgagaagtttgtgttttggtgactacatggttccagaactt
gagggagatgaaagactttatgttgaggttccaagcattgaggagttcagtgatgttgtg
gagcagtgtctggatgaatataatcaaactcagaaaacaagaatgaaccttgttgttttc
aggtacatgctggaacatctgtctcggttaagccgcatcctgaagcagtcaggggggaat
gctctgctggtcggaatgggaggaagcgggcgccagtctctgactcgcctggcagccttc
atggcaagaatgtgtgtctttcaaccagagatttctaagacctatggtacaaatgagtgg
agagaagatctgaaaagacttctgaggagtgcaggtgttaaaggcttgaaaactgtattt
ctaatcacagacacacaaattaaagaagaaaactttttagaagatattgacagtgtcctc
aacacaggggaggttcccaatatttttgcagcagatgaaaaacaagaaatcatagagggt
gttcgtgcagcagttcaggctggtgataaaggtgaagaactcagtcccttggccttgtat
gcactttttgtgaacttgtgcaaagagaatctccatattgtggtggcattcagcccaatt
ggagatgctttccgcaatcgtctgagacagtttccatcgctcatcaactgctgtactatt
gattggttccagccatggcctgaagatgcccttgaacgtgtggctagtaaattcttagaa
acacttcagctctcagacactgagcgtcaaggagttgtgcccatctgtaaatactttcat
acttcagttttgtcactctctgaaaggtatttacgaagtctgggacgctataattatgtt
actcctacgtcttatcttgagcttattgctgcatttcagagacttcttactgagaaaaga
gacagtgtaatgaaagccaagaagaaatatgtgaatgggctagataaactagcttttgct
gagtcacaggttggtaggatgaaagtagaattaattgagctgcagcccaaactggaagag
gctaaagtggaaaatgcaagcatgatgcagattatagaagtagaatctgctgaagtagaa
gaaaaaagaaaaattgtaaaagtggatgaagaaatagctacagcaaaagctaatgaggct
caggcactgaaaaatgaatgtgagagtgacctggcagaggcattaccagtcatggaggct
gcaattggtgctcttgacactttgaagccgtctgatatagcagttgtcaaaacaatgaaa
aatcctccatctggtgtcaaacttgtcatggctgctgtctgtgtcataagagaaaaaaaa
cctgaaagaattccagatccttcaggatctggaggcaagattttggattattggactgca
agccagaaaatgcttggcaacattaatttcttaaaggatttgaaagcctgttccgagaaa
cccattccagaagctgtcatgcagaagattaggactgagtacctgactaatccagagttt
gatccacaagtggtggctaaagcttcctcggcagcagagggtttgtgcaaatggattaag
ggaatggaagtatttcacagggtatcaaaggagattgaacccaaaaaagaacgtttaaag
gtggcagaggagtccttggcagtcacaatggaactgttgaatcagaagagaggagaactt
gcagcagttgaaggccgcttggctgctttggagaaaaccttcgctgaaaagacggaagaa
aaggctcgtttagaattccaggttgatctgtgtgctaaaaaactggaacgagcagagaag
ttgattggaggccttggtggagagaaaacaagatggaatcaagctgcatgcgatcttcaa
gaggaatatgataatctgacaggagatactctgatatcagctggtataatagcatatctg
ggagcttttactgctggatttcgacaagaatgtaccaaagattggagtaaactgtgcgag
gagaaagaaatcccttgttctgagaatttctctttgagcaagaatcttggtgacccaata
aaaataagagcctggaatattgctggtttgccaactgatgtattttctatagacaatggg
gtcattgttgacaattcaagacgttggccattaatgattgatcctcaaggtcaagcaaat
aaatggatcaagaattttgagagggacaaccgtctgaatgttatcaagatcagtgacaca
gattatatgagaactgtggagaactgcattcagtttgggactcctctgctgctagaaaat
gttggagaagagctagacccatctcttgaacctttgctgcttaaacagacatttaaacaa
ggaggtgtcgagtgtatcaggcttggtgagaacattattgagtattccagtgatttcaag
ttttttattaccacaaaactaagaaatccacactatatgcctgaacttgctacaaaagtt
ttactactcaattttatgataacaccagagggacttgaagaccagctgctaggtattgtt
gtagcagaagaaagaccagatttagaagaggaaagaaatgctctcattgttcagtccgca
gccaataaaaagaatctacaagaaattgagaagaaaattttagaaactttagagtcatct
gaaggtgatattctggaagacgagactgccatccaggtcttggattctgccaaagtcatg
gctaatgagatcacaagaaaacagcagattgcagagaagacggagctgaagatcgcggag
tcgcgcgaggcgtaccggcccgtggcacagcactcggccgtgctgttcttcagcatcgct
gacctggccaacatcgaccccatgtaccagtactccctcagctggtttgtcagcctctac
atcagctccattcatgacagtaataaatccaaaattttgaagaagcgacttcagtatcta
aatgaccacttcacctacaatctgtactgccaagtctgtcgttcactgtttgaaacagac
aagctgctcttctcgtttttgctgtgttgtaacctgctcatggctaataatgaaatagag
catcaagagtttatgttcttactgactggaggtgtgggtctcaagaatgagcacaagaat
ccagatccatcttggctatcagataagagctgggatgaattatgtcgtgcaagtgaaatc
ccagctatgaaaagactgaggagtcatgtctctgaaaatataggtgaatggcaaaaaatg
tatgatagcaaagagcctcacaactttccattaccagaagagtggaatgatacattaact
gaattacagaagatgatagttcttcggtgcttaagaccagacaagattggtccagctatc
acaatatttgttactgagaaactgggaaagaaatttgtagagccacctccttttgatcta
gcaaaaagttacttagattcaactgctacagtccctttaatatttgtgctgtctccagga
gcagatcccatgtctagcctcctgaaattggcaaatgacagagacatggtaggagataag
tttcagtccatctcattaggacaaggacaaggaccaatagctacaaaaatgattcaaaca
ggaatggaagaaggaacatgggtttgtttacaaaattgtcatttagctgtctcctggatg
ccaatgctggagaaaatatgtgaggagcttgacagtgaaaaatgtcacccagaattcaga
ctttggcttacaagttacccttcaccaaagtttccagtaaccattctgcagaatggagtg
aagatgacaaatgaacctccgactggtctccgtttaaacctactccaatcatttctttct
gatcctatttctgatcctgaattctttgctggatgccctggaaaggagctgatatgggag
aaactactctttggagtttgtttcttccatgctcttgttcaggagagaaggaagtttggg
ccccttggttggaatataccctatggatttaatgagtccgacttgcgaatcagtatcaga
cagctgcagttattcatcaatgagtacagccatgttccttttgaagctgtttcttacctg
actggtgagtgtaactatggaggtcgagtgacagatgactgggacagacgtttgctgctg
acaatgctggatgacttctacaacccagatataattgaaaatcctcgttacactttttct
cccagtggccactattatgctccacccaaaggcacatatgaggagtacattgaatttatt
aagaatcttccctttactcagcacccagaagtatttggcttgcatgaaaatgtggatatt
gcaaaagatcttcagcaaactaagaccatctttgaatctctacttttaacacaaggagga
ggcactcaggggacttctgggggtggtgacagcactctttatgcaattgcagatgatatt
ctcagcaagcttccaaaggattttgacattgaaagttgcctaattaaatatcctgtgaga
tatgaagaaagtatgaacactgtgctggtgcaagaaatggaaagatttaaccatttaatc
cgaactattcgcattactctaattaacctgaagaaagccattaaaggactggttgttatg
gatgctgccctggaggctctgtctagcagtctccttgttggaaaagttcctgagaagtgg
gcagagcattcatacccaagtctaaaaccattagggagctatattgttgatttgctagca
aggctgaagtttttacaggattggtatgaattagggaagcctgctgttttttggctgtca
ggattctattttactcaagctttcctaactggagccatgcaaaactatgctaggaagcac
aggatacctattgaccttctaggatatgaatttgaggttatccctcaggatactgctgac
agtgcaccagaggacggtgtttacatccatggattatttttagatggagctcgctgggat
aggagcaggggaatgttaactgagcagtatcccaaagtgctctttgacgccatgccgatc
atttggataaagccagctgtaaaatcggacatcaagaagactactgcctatgtttgccca
ctctacaagacaagtgagcgcaaaggggtcctgtccactactgggcattccacaaacttc
gtcattgctttgaggctcaacacagaccagccagtccagcactggatcaagagaggtgta
gccttgctgtgccagctggatgactga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (74)   
   KEGG ORTHOLOGY (1)   
   RefGene (70)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (16)   
   Pfam (16)   
All databases (97)   

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