KEGG   Myotis davidii (David's myotis): 102769227
Entry
102769227         CDS       T02992                                 
Symbol
DNAH7
Name
(RefSeq) dynein axonemal heavy chain 7
  KO
K10408  dynein axonemal heavy chain
Organism
myd  Myotis davidii (David's myotis)
Pathway
myd04814  Motor proteins
myd05014  Amyotrophic lateral sclerosis
myd05016  Huntington disease
myd05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:myd00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    102769227 (DNAH7)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    102769227 (DNAH7)
   05016 Huntington disease
    102769227 (DNAH7)
   05022 Pathways of neurodegeneration - multiple diseases
    102769227 (DNAH7)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:myd03037]
    102769227 (DNAH7)
   04812 Cytoskeleton proteins [BR:myd04812]
    102769227 (DNAH7)
Cilium and associated proteins [BR:myd03037]
 Motile cilia and associated proteins
  Dynein arm
   102769227 (DNAH7)
Cytoskeleton proteins [BR:myd04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     102769227 (DNAH7)
SSDB
Motif
Pfam: DHC_N2 AAA_6 Dynein_C AAA_8 AAA_7 AAA_9 AAA_lid_11 MT Dynein_heavy Dynein_AAA_lid AAA_5 AAA_lid_1 EF-hand_1 EF-hand_6 EF-hand_7 T2SSE EF-hand_8 EF-hand_5 AAA_18
Other DBs
NCBI-GeneID: 102769227
NCBI-ProteinID: XP_015421606
Position
Un
AA seq 3991 aa
MFFTQDKPPSKEKSKTTLRFLPQSSTEKSASREKEKDRGKQPARLLPQLATVSTKPQWQE
AAPSFHLNVKQEEDIPEPFSVKNEQSYAEYMEHFGRKGTLLDQIDDSCAGPSTSKAKSKF
PHKERENFRSTLVNVIMQQDALSDVPAPEESAFPKMTTSAIEKDILRYYYYIHHGIDTDH
IAPMEDSWLENVLNLVPQHLKVLTDSILTLSDEMREDYLLSVKKSIVDFVLKDPREKDDK
KAEELPPHRAEMEILPKPWRKSFLAASSYIRDHLNAMNPTMLAVLDLWHSTFKKLRLIDT
EEFHNRQEALELSNFQTIIMRHLETAKEALLKTWFPEVQNIYYQGNKKKQLPTGESSAKL
EAFFNCAAALMTLQLQDLTLSSMQDFTDLIAQPPDSVRAFEHPGFIMRLLLDNDTIKFEP
QFEDYIDIFLNIYDVMIKAVSFVPRVETKLYSKWDSNSKPTTLAPVILEEIVEAHKEKVK
EVIMRESAAPIEHLKLYDKYDFLITRKAEKDVDAFLAENHHYEKIIQEIRKYQQLIEDIQ
YTTRKTVRLGMFEMRCEDLIRALVKRAEVICGKLVAKMFRDHQEINTRLCDEFEKIAEKA
LSTPPNTAELMEMKAYIKKVETVDMIELGRRLVDSKNCLAFLIECTTFSPADIRLNNNAF
QWYGRMEEIFDEHRRIIAEKTEQYQDGLKLRCQRFVEELESYAKQSEEFYALGDLQDVQR
YLKKAQTLNGKLDLAADKIEQFNAEEEAFGWPPSLYPQRKKIQDSLNPYLRLYETAVEFS
TKYRAWTEGPYHKVDPDQVEVDVGNYWRGLYKLEKTFNDSPNALAMTKKVKAKVEDFKQH
IPLIQVICNPGLRPRHWEAMSNIVGFPLQPADESTVSPFLDMNLEQYLDRFEGISEAASK
EYTLEKTLEKMIKEWDSMEFVLLSYRESGTSILSSVDEIQMLLDDHIIKTQTMRGSPFIK
PYEKQIREWEGKLLLLQEILDEWLKVQATWLYLEPIFSSPDIMSQMPEEGRRFTTVDKTW
RDIMKTLLQDKHVLSVVTIDKMLERLKKSNELLELILKGLNEYLEKKRLFFPRFFFLSND
ELLEILSETKDPTRVQPHLKKCFEGIARVEFTETLDITHMKSSENEVVELIETISTVKAR
GQVEKWLVELERVMIRSIRKVIKSAITAYTQYERIKWVRVWPGQTVLCVSQTYWTTEVQA
AISKGQEALEEYLEKCNSQIDDIVTLVRGKLSKQNRVTLGALVVLDVHARDVLTSLVNKK
VSDESDFEWLSQLRYYWQDNNLETKMINAGLRYGYEYLGNSPRLVITPLTDRCYRTLFGA
LHLHLGGAPEGPAGTGKTETTKDLAKAVAKQCVVFNCSDGLDYLALGKFFKGLLSCGAWA
CFDEFNRIDLEVLSVVAQQILTIQRGINAGADTLVFEGTELKLDPTCAVFITMNPGYAGR
SELPDNLKALFRTVAMMVPDYAMIAEIVLYSCGFVTARPLSVKIVATYRLCSEQLSSQHH
YDYGMRAVKSVLTAAGNLKGITSDLFPGVKLPKPDYNDLLMAIKDNCEAMNLQMTSFFSE
KILQIYEMMIVRHGFMIVGEPFGGKTSAYRVLAGALSDICEKGLMEENKVQITVLNPKSV
TMGQLYGQFDQVSHEWSDGVLAVSFRAFASSMTPDRKWLIFDGPVDAVWIENMNTVLDDN
KKLCLMSGEIIQMSPQMNLIFEPMDLEVASPATVSRCGMIYMEPHMLGWRPLMLSWVNLL
PATLNATQKEFLVTLFDRMVPVSVEFIRKHTKELSPTSDTNLVRSLMNLIDCFMDEFADE
VKVRERNDREAYSLLEGIFLFSLIWSIGASCTDDDRLKFNKILRELMEGPISDITRNRFK
ILSGAEQTTSKALTVPFPEKKTIYDYQFVTEGIGRWDPWIKKLADAPPIPKDMMFNEIIV
PTLDTIRYSALMELLTTHQKPSIFVGPTGTGKSSYIINFLLTQINKEIYKPLLINFSAQT
TAAQTQNIIMSKLDKRRKGVFGPPLGKKMVVFVDDVNMPAREVYGAQPPIELLRQWLDHW
NWYDLKDCSMIKLVDVQIMCAMGPPGGGRNPVTPRFMRHFNVITINEFSDKSMYTIFSRI
LNWHLKTCYKFPEDFLTLTAQIVNGTMILYKEAMKNLLPTPAKSHYLFNLRDFSRVIQGV
CLSRPETTATKEAIKRLWVHEVLRVYYDRLLDNADRRWLIEYIQEILTHHMYENFHELFQ
HLDFNGDGVVEEDDLRSLMFCDFHDPKKEDTNYREVENVDSLRMIVETHLEEYNNMSKKT
MSLVLFRFAIEHISRISRILKQPRSHALLVGVGGSGRQSVTRLAAHMADYSVFQVEITKG
YGNTEWHEDLKVILRKCAEGEMHGVFLFTDTQIKRESFLEDVNNLLNAGEVPNLFALDEK
QEICEKMRQLDRQRDKTKQTDGSPIALFNMFIDRCRSQLHVVLAMSPIGDAFRIRLRKFP
ALVNCCTIDWFQSWPEDALQAVASRFLEEIEMSEEIRDGCIDMCKSFHTSTIDLSTSFHV
ELQRYNYVTPTSYLELISTFKLLLENKRSEVMKMKKRYEVGLEKLDSAASQVASMQLELE
ALHPQLKVASKAVDEMMLMIERESFEVAKTEKIVKADEIVANEQTMAAKAIKDECDADLA
GALPILESALAALDTLTAQDITVVKSMKSPPAGVKLVMEAICILKGIKSDKIPDPTGSGK
KIEDFWGPAKRLLGDIRFLQSLHEYDKDNIPPAYMNIIRKNYIPNPDFVPEKIRNASTAA
EGLCKWVIAMDSYDKVAKIVAPKKIKLAAAEAELKVAMDGLRKKQAALHEVQDKLAKLQD
KLEQNKEKKADLENQVDLCSKKLERAEQLIGGLGGEKTRWSQSALELGLLYINLTGDILI
SSGVVAYLGAFTSNYRQNQVKEWTDLCKGRGIPCSEDYSLMGTLGEAVTIRTWNIAGLPS
DSFSIDNGIITMNARRWPLMIDPQGQANKWIKNMEKTNSLQLIKFSDPDYVRTLENCIQF
GTPVLLENVGEELDPILEPLLLKQTFKHGGSTCIRLGAPVPQLELGDCTHLVLCRRDPRS
SGAGVTLLNFMITSEGMQDQLLGIVVARERPDLEEEKQALILQGAENKRQLKEIEDKILE
VLSSSEGNILEDETAIKILSSSKALANEISQKQEVAEETERQIDTTRMGYRPIAIHSTIL
FFSIADLANIEPMYQYSLNWFINLFILSIENSENSDILSKRLQILRDHFTYSLYVNVCRS
LFEKDKLLFSFCLTVNLQIHEHAINKAEWRFLLTGGIGLDNPYTNPCTWLPQKSWDEICR
LDELPSFKAIRKEFMHLKDGWKRVYDSLEPHHEAFPEAWEDKMNDFQRMLIIRCLRPDKV
IPMLQEFISSKLGRMFIEPPPFNLSKAFADSNCCAPLIFVLSPGADPMAALLKFADDQGY
GGARLSSLSLGQGQGPIAMKMLEKAVKEGTWVVLQNCHLATSWMPTLEKVCEELSPESTH
PDFRMWLTSYPSPNFPVAVLQNGVKMTNEAPKGLRANIIRSYLMDPISDPEFFDSCKKPA
EFKKLLYGLCFFHALVQERRKFGPLGWNIPYEFNETDLRISVQQLHMFLNQYEELPYDAL
RYMTGECNYGGRVTDDWDRRTLRSILNKFFCTQLVEDPGYKFDSSGIYFAPPPGEHKSYI
EYTQTLPLTPAPEIFGMNANADITKDQSETQLLFDNILLTQSRSAEAGAKSSEEVLNEVA
GDILGKLPNNFDLEAAMRRYPTTYTQSMNTVLVQEMGRFNKLLQTIRESCINIQKAIKGL
LVMSTDLEEVVSSILNVKIPGMWMAKSYPSLKPLGSYVNDFLTRLRFLQQWYEVGPPPSF
WLSGFFFTQAFLTGAQQNFARKYTIPIDLLGFDYEVLEDKDYKVPPEDGVLIYGLFLDGA
SWNRKIKKLAESHPKILYDIVPVMWLKPCRRTDIPKRPSYVAPLYKTSERRGTLSTTGHS
TNFVIAMTLPSDHPKEHWIGRGVALLCQLNA
NT seq 11976 nt   +upstreamnt  +downstreamnt
atgtttttcacgcaggataaaccacccagcaaagaaaaatccaagacaacactaagattt
ttgccacagtcatctacggagaagtcagccagcagagagaaagagaaagacagaggcaag
caaccagccaggcttctgccgcagctggccacggtgagcacgaagccgcagtggcaggag
gcggccccgtccttccatctgaacgtaaagcaggaggaggacatccccgagccgttcagt
gtgaagaatgagcagtcgtacgccgaatacatggagcactttggaagaaagggcaccctg
ctcgaccaaattgatgacagttgcgctggcccatccacttccaaggccaagagcaaattc
ccacataaggaacgagagaacttccgcagcacgctggtgaacgtcatcatgcaacaggat
gccctctcagacgtgcctgctcccgaggaaagtgcgtttcccaaaatgaccacctccgcc
atagaaaaggacatcttgagatattactattatattcaccatgggatcgatactgaccac
atagcccctatggaagattcttggctagagaacgtattgaatctggtcccccaacatctg
aaagtcctcaccgacagcatcctcacgctatctgatgaaatgagagaagattatcttctt
agtgtaaaaaagtccatagttgattttgttttaaaagatcccagagagaaagatgataag
aaggcagaagaacttccaccccatcgtgctgaaatggaaattctcccgaaaccttggagg
aaatctttcctggccgcgagcagctacatcagggaccacctgaacgccatgaaccccacg
atgctggcggtgctggacctgtggcacagcaccttcaagaaattacgtttaattgataca
gaagaatttcacaatcgccaggaggcattagagctgtcaaattttcagaccatcatcatg
agacacctggaaactgccaaagaggctctacttaaaacgtggtttccggaagtgcagaac
atctattaccaaggcaacaaaaagaagcagctgcccacgggcgagagcagcgccaagctg
gaggcctttttcaactgcgccgcggcgctgatgaccttacagctgcaggacctcacgctg
tcctccatgcaggacttcacagacctgatcgcacagcccccagattctgtcagagctttt
gaacatccaggtttcatcatgaggctgcttcttgataatgacaccattaagtttgaacct
cagttcgaagactatatagacatctttttaaatatttatgatgtcatgattaaagctgtc
agttttgtgccgagggttgagacaaaattgtattccaagtgggacagtaactctaagcca
acaaccttggcaccagtcattctggaagagattgttgaagctcacaaagaaaaggttaag
gaagtgatcatgagagagagcgcagcccccatcgagcacctcaaactctacgacaagtac
gacttcttgatcaccaggaaagccgagaaagacgtggacgcgttccttgcagaaaaccat
cattatgagaaaataatacaagaaattcgcaaataccaacaacttatagaggacatacag
tacacaacgagaaagactgttcgcttaggaatgtttgaaatgcgctgtgaggacttaatt
agagctttggtgaagcgagcagaggttatttgtggaaaacttgtagctaaaatgttcaga
gatcatcaagaaataaatacaaggttatgtgatgaatttgagaagatcgcggaaaaagct
ctcagcacccctccaaacacagcggaactgatggaaatgaaggcttatattaagaaagtg
gagacagtcgacatgattgaactgggacgcaggctggtggattctaaaaactgcctcgcc
ttcctcatcgagtgcaccaccttctcccccgcagacatcaggctcaacaacaacgccttc
cagtggtacgggcggatggaggagatcttcgacgagcaccggaggatcatcgcggagaag
acggagcagtaccaagacggcctcaagctgcggtgccagcggtttgtggaggagctggag
agctacgcgaagcagtcggaggagttttatgccctgggcgacctgcaggacgtgcagcgg
tacctgaagaaggcccagactctgaacggaaagctggacctcgcggcggacaagatcgag
cagtttaatgccgaagaggaggcctttggttggccaccatcgctgtatcctcaacgcaaa
aaaatccaagacagtctgaacccctaccttcgtctctatgaaaccgctgtcgaatttagc
actaaatatagagcgtggacagaagggccgtatcacaaggtagatccagaccaagtagaa
gttgacgttggcaactactggcgaggactctacaagctggagaagaccttcaacgactct
cccaatgccctggcgatgacgaagaaagtcaaagccaaggtggaggatttcaagcagcac
atccctctcattcaagtgatctgcaaccctgggctgcgccccaggcactgggaggccatg
tccaacattgtgggtttccccctgcagcccgccgacgagtccaccgtctcccctttcctg
gacatgaacctggagcagtatttagacagatttgaaggcatcagcgaagcagccagcaag
gagtacactctcgagaagaccttggagaagatgattaaagagtgggactcaatggaattt
gtccttctctcttatagagaatctgggacatccattttgtcatcagttgacgaaattcag
atgttgttggatgaccacatcattaagacacagacaatgcgagggtctcctttcatcaag
ccctatgaaaaacaaatcagagaatgggaaggcaagctgctgctactgcaggagattctg
gacgagtggctcaaggtccaagccacgtggctgtacctggagcccatcttcagctctcct
gacatcatgtcccagatgcccgaggaaggccggcggttcacaactgtggataagacgtgg
agagatataatgaaaaccctcctgcaagataaacatgttctgtccgttgtgactattgat
aaaatgttggagaggctgaaaaagtctaatgagcttttggaactcatcctcaagggactc
aacgagtatctagaaaagaagcgcctcttcttccccaggttctttttcctgtctaatgat
gaacttctcgagatcctctctgagaccaaagatcctaccagggtacagcctcacctgaag
aaatgtttcgaagggatcgccagggtggagttcacggagactttagacatcacgcacatg
aagagcagcgagaacgaggtggtggagctcatcgagaccatttccacggtgaaggccaga
ggccaagtggaaaagtggttggttgagttagagagagtgatgatcagatccatccgaaag
gtcattaaatctgccatcactgcctatacacaatatgagcggattaagtgggtgagggtc
tggcctggacagacggtgctctgtgtgtcccagacctactggacaaccgaagtccaagca
gctatttcgaaagggcaagaggctcttgaggaatacttggaaaaatgtaacagtcaaatt
gatgatattgtcaccttggtccgcggcaaattgtccaagcagaatcgcgtgactctgggg
gcccttgtggtgctggatgttcacgccagagacgtcctcacgtccctggtgaataagaaa
gtcagtgatgaatctgactttgaatggttaagtcagctgaggtactactggcaggacaat
aatttagaaacaaagatgattaatgccggcttgcgatacgggtatgagtacctgggcaac
tccccgcggctggtgatcactccgctcactgatcgctgttacagaaccctgttcggagcc
ctgcacctgcacctcgggggggcgcccgagggccccgcgggcacggggaagacggaaacc
accaaggacttggccaaggcggtggccaagcagtgcgtcgtgttcaactgctccgacggg
ctggactacctggcattagggaaattcttcaagggactgctatcttgcggagcctgggct
tgctttgatgagtttaacagaatcgatttggaagtactttctgtggtggctcaacaaatt
cttaccatccagagaggcattaacgcaggggcggacacactggtatttgaaggaacggaa
ctaaaactggaccccacgtgcgctgtctttatcaccatgaaccctgggtacgccgggcgc
tcggagctgccagataatctcaaggccctcttccggacagtagccatgatggtgcccgac
tatgccatgatcgccgaaatagtcctgtactcctgcgggttcgtcacggcgcggccgctg
tcggtgaagatcgtggctacgtaccgcctgtgctccgagcagctgtcgtcacagcaccac
tatgactacggcatgagggccgtgaagtcggtgctcaccgccgcgggcaacctgaagggc
atcacttcggatttgtttcctggggtgaagttgccaaagccagattacaacgacttgctg
atggccatcaaagacaactgcgaggccatgaacttgcaaatgaccagtttcttttccgag
aagatcctccagatatatgaaatgatgattgtgcgccacggcttcatgattgtcggagag
ccgtttggagggaagaccagtgcctatcgcgtcttagctggagccctaagtgatatctgt
gaaaagggcttaatggaagaaaacaaggttcaaatcactgtcctgaaccctaagtctgtc
accatgggccagctgtacgggcagttcgaccaggtgtcacacgagtggtccgacggggtc
cttgctgtcagtttcagggccttcgcctcttcgatgacaccagacaggaagtggctgatc
ttcgacggcccggtggatgccgtgtggatcgagaacatgaacactgtgctggatgacaac
aaaaagctgtgtctgatgagcggggagattattcagatgtcaccgcaaatgaaccttatt
tttgagccgatggatttggaagttgcttctcctgccaccgtttccaggtgtgggatgatt
tacatggagcctcacatgttaggctggaggcccctgatgttgtcctgggtaaacctcctg
cctgcgacgctcaatgccacgcagaaggaattcctagtgaccttgtttgacagaatggtc
cctgtgtctgtcgagtttatcaggaagcacaccaaggaattatctcctacttcagataca
aacttagtccgatccttaatgaatctaatagactgttttatggatgaatttgccgatgaa
gtgaaagtgagagagagaaatgatcgcgaggcttactccttactcgagggcatttttctc
ttttcgttgatatggtccatcggtgcttcttgtacagatgatgatcggttaaaatttaat
aagattcttcgagaactaatggagggtccaatttcagacataactcgcaataggtttaaa
atactgagcggcgctgaacaaacgacttcaaaagcactcaccgtcccatttcctgaaaaa
aaaaccatttatgattatcagtttgtcactgagggaataggaagatgggacccatggata
aagaaattggcagacgcccctccaattcctaaagatatgatgtttaatgaaatcattgta
ccaactctggacacgattcgctactcggcattaatggaattgttaaccacccatcaaaag
ccatcaatatttgtaggacccacaggaacggggaagagttcttacattattaactttctt
ttaactcaaatcaataaagaaatctacaagcctctgctaattaacttctcagcacaaact
acagcagctcaaactcagaacatcatcatgtcaaagctggacaaaagaagaaagggagtg
tttggtcctcctctgggcaagaaaatggttgtctttgtagatgacgtcaatatgcctgcg
cgggaggtgtacggggctcagccgcccatcgagctgctgaggcagtggttggatcactgg
aattggtacgacctgaaagactgctcgatgattaaactagtggacgttcagatcatgtgt
gcgatgggacctccaggtggtggtcgaaatccggtgactcctcgattcatgcggcatttc
aatgttataacgatcaatgagtttagtgacaaatccatgtatacaatcttctctagaatc
ttaaactggcatttaaaaacctgttacaaatttccagaggattttctaactttgaccgcc
cagattgtcaacggtacgatgattctgtacaaagaggccatgaagaacctcttgcccacc
ccggccaagtcgcactacctgttcaacctgcgggacttctcccgtgtcattcagggcgtt
tgtttgtccagaccggaaaccacggcaaccaaagaggccattaagcgtctttgggttcac
gaggtccttagggtgtattatgatcgcctcctggataatgcagaccgacgttggcttatc
gagtatattcaagaaattttgacacatcatatgtatgaaaattttcatgagctttttcaa
catctggatttcaacggggatggagtagtggaggaagatgacttacgcagcctcatgttt
tgtgatttccatgaccccaagaaggaggacaccaactacagagaggttgaaaatgtggac
agcctccggatgatcgtggaaacgcacctggaggaatacaacaacatgagcaagaagacc
atgagccttgtcttgttccgctttgccatcgagcacatcagccgcatctccaggatcctg
aagcagccccgcagccatgcccttctggtcggcgtgggaggcagcgggaggcagtctgtc
accaggttagctgcccacatggctgattattccgtcttccaggtcgaaatcacgaagggc
tacggtaacaccgagtggcacgaggatctaaaggtgatcctgaggaaatgcgctgagggc
gagatgcatggggtcttcctgtttacagacactcagattaaaagggagtcgtttctagaa
gatgtcaacaatctgctcaatgcgggggaagtgccgaatctctttgcattagacgagaag
caagagatatgcgagaagatgcgccagctcgaccgccaacgggataaaaccaaacagacc
gacgggagccccatcgctctgttcaacatgttcatcgatcgctgccgcagccagctgcac
gtcgtcctggccatgagccccattggggatgcctttcggattcgtctgagaaagttcccg
gctcttgttaactgctgtaccattgactggtttcagtcgtggcctgaggacgccctccag
gcagtggcctcacgctttttggaagaaattgagatgtcagaggagatacgggacggctgc
atcgacatgtgtaaaagcttccacacgtccactatcgacttatccacgtccttccacgtc
gagcttcaaagatacaattatgtgactccaacctcgtatctggaattaatctccaccttc
aaactgctgttggaaaataaaagaagtgaagtgatgaagatgaagaagaggtatgaggtg
ggtctggagaaactggattccgcggcatctcaagtcgcctccatgcagctggagctggag
gcgctccaccctcaactaaaggttgccagcaaagcggtggacgaaatgatgctgatgatc
gagagggaatcgttcgaagtggccaaaacggaaaaaatcgtgaaagctgatgagatcgtg
gcaaacgagcagaccatggcagccaaggccatcaaggacgaatgtgacgccgacctggcg
ggggccttgcccatcctcgagtcggcgcttgcggccctggacaccctgaccgcgcaggac
attacagtggtcaagtccatgaagagtccgcctgctggggtcaagctcgtgatggaggcc
atctgcatcctgaaaggcatcaaatccgacaagatacccgaccccacgggttccgggaag
aagatagaggatttctggggtccagctaagagactcctcggtgacattcgattcctacag
tcccttcatgaatatgacaaagataacattcctccggcctacatgaacatcatcaggaaa
aattacattccaaatccggattttgtcccagaaaagatcagaaacgcgtccacggcggcc
gagggcctgtgcaagtgggtcattgccatggattcgtacgacaaagtggcaaaaatagtc
gctcccaaaaagatcaagctggctgcagcggaagcggagctcaaagtggccatggacggc
ctccggaagaagcaggccgccctgcacgaggtgcaggacaagctggccaagctgcaggac
aagctggagcagaacaaagagaagaaggctgatctggagaaccaggttgacttgtgcagc
aagaagctggaacgcgccgagcagctgattggcggcctcgggggcgagaaaacccgctgg
agccaatcggccctggagctggggctgctgtacatcaacctgacgggcgacatcctcatc
tcctcgggggtcgtggcctacctgggcgccttcacctccaactaccgccagaaccaagtg
aaggagtggacagacctgtgcaagggcaggggcatcccctgttccgaagactactccctg
atgggcaccctgggagaagccgtgaccatccgcacctggaatatcgctgggctaccttca
gattcgttttccattgacaacggaatcatcaccatgaacgcgagaaggtggcctctgatg
atagaccctcaaggtcaggctaataaatggatcaagaacatggaaaagaccaacagtctg
cagctgattaaattcagtgaccctgactatgtcaggacgctggagaactgcatccagttt
gggacccctgtgctgctggagaacgtgggcgaggagctggaccccatcctggagccgctg
ctgctgaagcagaccttcaagcatggcggcagcacgtgcatccgcctgggggccccggtc
ccgcagctggagctcggggactgcacgcacctcgttctctgcagacgtgacccccgctcc
tctggagccggggtgacattattaaacttcatgataacgtcagagggaatgcaggaccag
ctgttgggaattgtggtggcgcgagaaaggccggaccttgaggaggaaaaacaagccctg
atactgcaaggagctgaaaacaaaaggcagttaaaagaaatagaagacaagattttggaa
gttctttcgtcttcggaaggcaacatcttagaagacgaaactgcgattaagatactgtct
tcctccaaggcgttggccaatgagatctcgcagaagcaggaggtggccgaggagacggag
cggcagattgacaccacccgcatgggctaccggcccatcgccatccactccaccatcctg
ttcttctccattgccgacctcgccaacattgagcccatgtaccagtactcgctgaactgg
tttattaaccttttcatcctgtctattgagaactcggagaattcagacattttatctaaa
aggctgcagattctcagggaccacttcacgtactcgctctatgtgaacgtgtgccggtcg
ctctttgagaaggacaagctgctcttctccttctgcctcaccgtgaacctgcagatccac
gagcacgcgattaataaggccgagtggaggtttctgctcacgggaggcatcggcctggac
aacccttacaccaacccttgtacgtggcttcctcagaagtcctgggatgagatctgtcgc
ctggacgagctgccctcctttaaagccatccggaaggagttcatgcacctcaaggacggg
tggaaaagagtctatgatagtttggagccacatcacgaggcttttcctgaagcgtgggag
gacaagatgaatgatttccagaggatgctcatcattcgctgcctgaggccggacaaggtg
attccaatgctgcaagaatttataagcagcaagttggggcgcatgttcattgagccgccc
ccctttaacctgtccaaggcgttcgcagacagcaactgctgcgcgcccctgatcttcgtg
ctctccccgggggccgaccccatggccgccctgctcaagttcgctgatgaccaggggtac
gggggagcgagacttagctctttgtctcttggtcaaggccaagggcccatcgctatgaag
atgttagaaaaagctgtcaaggaaggaacgtgggtggttcttcagaactgccacctggcc
acctcttggatgccgacccttgagaaagtgtgcgaggagttaagcccagagtccacacac
ccagacttccgaatgtggctgaccagttacccgtctcccaacttccccgtggccgtcctg
cagaacggagtgaaaatgaccaacgaggccccgaaagggctccgggcgaacatcatccgc
tcctacctcatggaccccatctcggaccccgagttctttgacagctgcaagaagcccgcc
gaattcaagaagctgctctacggcctctgcttcttccacgctctggtacaagagcgacgg
aaattcgggcccctgggctggaacattccttacgagttcaacgagactgacctgcggatc
agcgtccagcagctgcacatgttcctgaaccagtacgaggagctgccctacgacgccctg
cggtacatgacgggcgagtgcaactacggcggccgggtgacggacgactgggaccgccgc
acgctgcgcagcatcctcaacaagttcttctgcacccagctggtggaggacccgggctac
aagttcgactcgagtggcatctactttgcccccccgcctggtgagcacaagagctacatc
gaatacacgcagaccctgccgctgacccctgccccggaaatcttcgggatgaacgccaac
gcagacatcaccaaagaccagtccgaaacgcagctgctcttcgataacatccttctcaca
cagtctcgttcggcagaagctggcgccaaatcctccgaggaagtgctgaatgaggtcgcg
ggcgacattttggggaaactgcccaacaactttgaccttgaggctgcgatgaggaggtac
ccaaccacctacactcagagcatgaacacggtgctcgtccaggagatgggccgcttcaac
aagctgctgcagaccatccgggagtcgtgcattaacattcagaaggccatcaaggggctg
ctggtgatgtccacagacctcgaagaggtggtcagcagcatcctgaacgtcaagatcccg
gggatgtggatggccaagtcctacccgagcctcaagcccctcggcagctacgtgaacgac
ttcctcacccggctgaggttcctgcagcaatggtacgaggtgggcccgcccccatccttc
tggctgtccggcttcttcttcacacaagccttcctgacgggcgcccagcagaacttcgcc
cgcaagtacaccatccccatcgacctccttgggtttgactacgaagtgctggaggacaaa
gactacaaggtccctccggaagacggtgtcttaatttatggattatttttggatggagct
tcctggaatagaaagataaagaaacttgcagaatcacatcccaaaattctttatgatata
gtgcctgtgatgtggctgaagccctgccggaggacagacatccccaaacgacccagctat
gtggcgccgctgtacaagacgagcgagcggagggggacgctgtccaccacgggccattcc
acgaacttcgtcatcgccatgacgctgccctccgaccacccgaaggagcactggatcggg
cgtggcgtggccctgctgtgccagctcaacgcctag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (19)   
   Pfam (19)   
All databases (33)   

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