KEGG   Strongylocentrotus purpuratus (purple sea urchin): 577371
Entry
577371            CDS       T01019                                 
Name
(RefSeq) dynein heavy chain 5, axonemal isoform X1
  KO
K10408  dynein axonemal heavy chain
Organism
spu  Strongylocentrotus purpuratus (purple sea urchin)
Pathway
spu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:spu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    577371
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:spu03037]
    577371
   04812 Cytoskeleton proteins [BR:spu04812]
    577371
Cilium and associated proteins [BR:spu03037]
 Motile cilia and associated proteins
  Dynein arm
   577371
Cytoskeleton proteins [BR:spu04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     577371
SSDB
Motif
Pfam: DHC_N1 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 Spt5_N
Other DBs
NCBI-GeneID: 577371
NCBI-ProteinID: XP_030831333
Position
Unknown
AA seq 4676 aa
MADTEQSKTTTNRIKAGSKRHGTGSADPKSKTRLAALAPGENLKEKQQKLKEEREAKRAR
IEVRHEFVMDAVADSLHLEKSDVEDAILEGNNIEKMNKFFDSETGVSTHLMFFYQEPDTG
ENGTRHAWMQDSAGEPMRLGPQGTKAKSNKPRVYVTDGNDMPLNGVCVFFLRANTNKPVN
EETIHKELIFTSLDTSGIGLLNAVEKYLADIIIPFLRTNTNGWGQLGTPANQQARHDFLL
SLEAFVSILGGAKDSLGERMDLKKCETYDVSKLTKASDQIAVANSTHDLEKVEEIMAVWI
KQIEQVLAESEQMRKEADNIGPRAELDHWKKRMSRFNYLLEQIKGPEVKAVLGVLQAAKS
RTLKQKWMELDRRITDAANEAKDNVKFLYTLEKFCDPLYNSDPVGMVETIPGLINAIRMI
HSISRYYNTSERMTSLFVKVTNQMITSCKSYITDAGISTIWEQPREELIPKLKNCITLNH
EYQACFQKTKLKLESMPKERQFEFSEMYIFGKFDTFERRLVKIIDMFDIIERYSHLADSR
IEGMDSLANRFTVVYTSMKKKPYDPLDQRKADFDSDYADFKRSVNDLLIAVKNFMNNMLD
KIYNVPRALMTLRKFERVDVPNLGIHEKYAQILQRFGREIENTSKNYQRNKNDPPIGRDL
PPISGKITWARQMFRRIQEPMDAFQQRPQLLNGNEARRIIKNYNKLAKVLMEFEVLYQRA
WYRQVEAVKTGLHASLLVRHPDTQELYVNFDPQILTLIKETECMYRLGLEVPIAARAIFQ
KQSLFKENYNKLKLLLEENKRVCSKIQPAFEPLMETHLDKLNRVLDPGLTALTWTSMNID
PFVEDVYAALGELELLMVRASDLCQFRINVVLKEMSEIQLCELPEDEAWTTDQFLKRTQE
LSNKGAVMLQVKSIQVEEAANELINMLLAEPDVEEEEEEDEENEDEDGEKKRSSPTPSRM
SARSRPGSMTSRSQSAAATSAAKKRREKREHLEESAQELLAHFNHRNLDALLKVTRSTMD
AIRKRITSSSALSYISVDQGENKRKENPFFRCAVALAIPNIIMQPALDEVQQTVNKAAQM
VLGVARGVAQWNKERKSKAKQEADMRAAALPDSGRRSSISSMAASESSRSDITSTRKGRS
DELASVNLVPQVQVKNYFKNVSENKEIAKLVSLLSTCVMSTKKEVSTALERFGRYHPIWQ
KERSETVQEFLAQQPKQSDFQSTIVHYRELEEAILAEPDFYNVGAIALYTEKLKISLTTE
TKAWCVAFGKACNEKYRTMMEGIIDFIDDSTKKLNRPIKDLDDIRLAMKALKDVRENEIR
IEMAIGPIEESYALLNKYELLVAKEDVERVDTLRYSWAKLSSQATEVSHHLLSIQPNFRA
GLIESVKTFTVDCNNFYESYHDNGPMVTGLPPKEASDRLLIYQNHFDNLNRKFITYTGGE
ELFGLSVTEYPELLVIRKELNLLQKLYGLYNDVIDRVNGYYDILWLDVDIESINNQLIEF
QNRCRKLPRALKEWPAFNMLKKTIEDFNETCPLLELMTNRAMKPRHWQRMADTTGHVFEV
ESESFCLRNIMEAPLLQSKEDIEDICISAVKEKDIEAKLKATVAEWSARDLTFGNFKNRG
ELLLRGDNTTEIIGLMEDSLMVLGSLMSNRYNAPFKKNIQLWVQNLSNTSEIIEQWMQVQ
NLWVYLEAVFVGGDIAKQLPKEAKRFSNIDKSWVKIMTRAHENTNVVQCCVGDETMGQLL
PHLLEQLELCQKSLTGYLEKKRLLFPRFFFVSDPALLEILGQASDSHTIQAHLLSIFDNT
KTVRFHEKDYDRILAIQSTEGESIDLDKAVMASGNVELWLMQLMTIAQRSLHGVIKTAAS
AVQDSSLEIIEFLNTYQAQIGLLGIQMIWTRDATEALNNAKYDRKVMQQTNNGFLELLNL
LIAQTTRNLTKVERRKFETLITIHVHQRDIFDDLVRMHIKSTTDFEWLKQCRFYFNEDND
KMLVSITDVDFIYQNEFLGCTERLVITPLTDRCYITLSQALGMSMGGAPAGPAGTGKTET
TKDMGRSLGKYVVVFNCSDQMDYRGLGRIYKGLAQSGSWGCFDEFNRIDLPVLSVAAQQI
AIVLTAKKERKKQFIFTDGDMVDMNPEFGLFLTMNPGYAGRQELPENLKINFRTVAMMVP
DRQIIIRVKLASCGFMDNIILARKFYTLYKLCEEQLTKQVHYDFGLRNILSVLRTLGASK
RANPDDSENTIVMRVLRDMNLSKLVDEDEPLFLSLINDLFPGIVLDKAGYPELETAIGMR
VEEIGLVNHPPWTLKLIQLFETQRVRHGMMALGPSGAGKTCCIHNLMKAMSDTGAPHKEM
RMNPKAITAPQMFGRLDVATNDWTDGIFSTLWRRTLRSKKGEHVWIVLDGPVDAIWIENL
NSVLDDNKTLTLANGDRIPMAPNCKIVFEPHNIDNASPATVSRNGMVYMSSSALDWRPIV
GGWLMGRNLAEAETLRNLFDRSFAAILQYSVNNLIFKMNVLECMIITQAINLLKGLIPTK
EDKDQGLSPDHLEKIYIFCVMWSVGALMELDDRSKMEQFIRGNEDIKLNLPAIPPGSDHT
MFDYFVDNEGNWAHWDKRVEDWVYPSDSTPEYGSILVPNVDNVRTDFLIQTISKQSKAVL
LIGEQGTAKTVMIKGNMDKYNPEEHVAKSFNFSSATTPMMFQRTIESYVDKRVGNTYGPP
AGKRMTVFVDDINMPVINEWGDQITNEIVRQMMEFSGFYNLEKPGDFTIIADIQMMAAMI
QPGGGRNDIPQRLKRQFSIFNCTLPSNSSIDKIFGVIGTGHYCEDRRFPADVRDLAKALV
PITRRLWQLTKIKMLPTPAKFHYIFNLRDLSRIWQGMINTLSEVVTKPDVLLSLWKHECL
RVISDRFTNPQDCEWFSKTITRVVQEELGDVMATVCHENRYFVDFLRDAPEATGDEPEDA
DFDMPKIYEPISSFPDLEERLQMFMSLYNEQVRGAGMDLVFFKDAMVHLVKISRIISTPR
GNALLVGVGGSGKQSLTRLASFIAGYKTFQITLTRSYNTSNLMEDLKTLYRVAGQQGKGI
TFIFTDNEIKDESFLEYLNNVLSSGEVSNLFARDEIDEIQQELIPIMKREYPRRPPTGEN
LYDYFITRSRQNLHTVLCFSPVGEKFRNRALKFPGLISGCTMDWFSRWPKDALIAVSHHF
LKVFDIVCTDDVKRQVEQAMGTFQDGVAESCVDYFERFRRATHVTPKSYLSFIEGYKNIY
SGKYQEINELSRRMTTGLDKLVEASASVAELSIELAVKEKDLAVASKKAEEVLAAVAVKA
TAAEKVKSQVQKVKDKAQAIVDEINIDKASAMGKLEAAKPALEEAEKALNTIKPAHISTV
RKLGKPPHLIMRIMDCVLLLFQRRISPTSLDPERDSPTPSWSDSLKLMGGSGFLQGLLNF
QKDSINEETVELLEPYLRMEDFTLETAKKVCGDVAGLCSWAKAMSFFFGINKEVLPLKAN
LAVQEQRLGRANSDLAQAQGQLDAKQAELDEAQAEYDAAMKLKQDLLDDADNCRRKMDAA
STLISGLGGEKERWTQANKEFKAQIGRLVGDVLMATGFLSYSGPFNQEFRSKLLKDWQKE
MKTRKIPFTLNLNLIEMLVENTTIAEWNLQGLPNDELSIQNGIIVTKASRFPLLIDPQGQ
GKIWIKNREAANEMQVTSLNHKYFRTHLEDCLSLGRPLLIEDVGEELDPALDNVLEKNYI
KSGSTFKVKVGDKEVDVMEGFRLYVTTKLPNPAYTPEISAKTSIIDFTVTMKGLEDQLLG
RVILTEKSELEAERTKLVEDVTANKRKMKELEDNLLYRLTSTQGSLVDDESLITVLQVTK
TTAEEVSQKLQIAADTEVKINLAREEFRPVATRGSILYFLITEMSMVNVMYQTSLKQFLG
IFDLSMANSTKSPITTKRINNIIDYMTFAVFKYAARGLYEDDKFMFTLLLTLKIDLQGGK
VKHEEFMTLIKGGATLDLNACPTKPSKWILDITWLNLVELSKLKHFSEVINQVSRNEKQW
KHWFDKEAPEEEAIPDGYHQSLDVFRKLLLIRSWCPDRTLAQARKYIADSMGERYSEGVI
LDLEATFDESDPRNPLICFLSMGSDPTNMIEGLAKKRKFDCRSISMGQGQEVHARRLLQQ
FMANGGWVLLQNCHLSLDFLNELMDCIIETEVVHEDFRLWMTTEVHKSFPISLLQMCIKF
TNEPPQGIKAGLKRTYAGITQDQLDVSNMPQWKPMLYGTAFLHTTVQERRKFGPLGWNIP
YEFNAADFSSTVQFEQNHLDDMDIKKGVSWSTVRYMIGEIQYGGRVTDDYDKRLLNTFAK
VWFSEAMFSPTFSFYKGYAIPKCSNCNQYIEYINSLPLADTPEAFGLHPNADITYQSNTA
RTVLGTILSIQPKDSGSGGGETREVTVTRMADDMLDKLPVDYISFEVRDRLQKMGALMPM
NIFLKQEIDRMQRVISLVRNTLTDLKLAIDGTIIMNENLRDALDSMFDGRIPVTWSRISW
ASSTLGFWFTELLDRNKQFHAWCFDGRPNTFWMTGFFNPQGFLTAMRQEVTRAHKGWALD
SVVLHNDVTRFLKDDISQPPQEGVYVYGLFLEGASWDRRGCRLIEPKPKVLFEPLPVIHI
YAINSTQGRDPRMYECPIYKKPVRTDLTYIAPVELKTTQNPDHWILRGVALLCDIK
NT seq 14031 nt   +upstreamnt  +downstreamnt
atggcggacacagaacagagtaaaacgacgacgaatcggataaaagcaggatcgaaaaga
catggaacgggcagtgccgacccgaagagcaagacgcgtctcgccgccttggcccccgga
gagaatctgaaagagaagcagcaaaagctgaaagaggagcgtgaagcgaagcgggcccga
atcgaagtgcgtcatgaatttgtcatggatgccgtggcagactctctccatctggagaag
agtgatgtcgaggatgccatcttggaaggcaataatattgagaagatgaacaaattcttt
gactctgagactggtgtcagtacacatctcatgttcttctatcaagagcctgatactggg
gaaaatggcactaggcatgcttggatgcaagatagtgctggtgagcccatgagacttggc
ccccagggaaccaaggccaagagtaacaaacctcgggtctatgtaaccgatggcaacgac
atgccactcaatggagtctgtgttttcttcctgagggccaataccaacaaacctgtaaat
gaagagaccattcacaaggagctgatttttacatcactggatacttccggcattggctta
ctgaatgccgtagagaagtacttagcagacattatcatcccctttctccgtaccaacacc
aatggatgggggcagctaggtaccccagctaaccaacaggcacgtcatgatttcctgctg
agcctggaggcctttgtctccatcctaggtggagccaaggactccctgggagagcgcatg
gatctcaagaagtgtgagacgtacgacgtctccaagctcaccaaggcgtcggaccagatc
gctgtggctaacagcacacatgacctagagaaggtggaggagatcatggccgtctggatc
aaacaaattgaacaggtgctggcagaaagcgaacaaatgaggaaggaggcagacaacatt
ggaccgcgagccgagttagatcattggaagaaacgcatgtcccgattcaactaccttcta
gagcagatcaagggaccggaggtcaaggctgtgctgggtgtcctgcaggccgccaagtct
cgcactctcaagcaaaaatggatggagcttgatcgccgcatcaccgatgcagccaacgag
gccaaggataatgtcaagttcctctacactctagagaagttctgtgaccctctctataac
agcgaccctgttggtatggtagagacgattcctggcctgatcaacgccattcgtatgatt
cacagcatctccagatactacaacacatcagagagaatgacctcactctttgtcaaggtg
accaaccagatgatcacatcctgcaagtcctacatcaccgacgcgggcatatccaccatc
tgggagcaaccgcgagaagagctaatccccaagctcaagaactgcatcaccctgaaccac
gagtaccaggcctgcttccagaagaccaagctgaagctggagagcatgcccaaggaacgc
cagttcgagttctccgagatgtacatctttggcaagtttgacaccttcgagcgtcgcctg
gtcaagattatcgatatgtttgatatcatcgaacgctactcccatctggctgattcccgt
atcgaaggtatggactccctggcaaaccgtttcacagtggtatacacctccatgaagaag
aagccttatgatcctctggaccagaggaaagctgactttgattcagactatgcagacttc
aagagatccgtcaatgacttactgattgccgtcaagaacttcatgaataacatgctggac
aagatctacaatgtaccgagggcactcatgactctacgaaagtttgagagagtcgatgtg
ccaaatcttggtatccatgagaagtacgcccagatcctgcagcgctttggccgggagatc
gagaacacctccaaaaactatcagcgcaacaagaacgaccctcccatcggccgcgacctg
cctcccatctccggcaagatcacgtgggcgcggcagatgttccgtcgcatccaggagccg
atggatgcgttccaacagcgccctcagctgctaaatggcaacgaggctcggcgcatcatc
aagaactacaacaagctggccaaggtcctgatggaatttgaagtgctctaccagcgtgcc
tggtatagacaggttgaagccgtcaagactggcctccacgcctccctcctggtgcgccac
ccagacacccaggagctctatgtgaactttgaccctcagatcctcaccctcatcaaggag
accgaatgcatgtatcgtctggggttggaggtgcccatcgcagcgagggcgatcttccag
aaacagagcctcttcaaagagaactataacaaactcaagcttctgttggaggagaacaag
cgagtctgcagcaagatccaaccagcctttgagcccttgatggagacccatctagataaa
ctgaacagggtccttgaccctggtctaactgccctgacctggaccagtatgaacatagac
ccgtttgtagaggatgtctatgcggctctgggtgaactggagcttttgatggttcgggcc
tcggatctgtgtcagttccgcatcaatgtagtcctgaaagagatgagcgagatccagctc
tgtgagctacctgaagacgaggcctggaccacggaccagttcctaaagaggacccaggag
ctgtctaacaagggagcagtcatgctccaggtgaagagtatccaggtggaggaggccgcc
aatgagctcatcaacatgctcctggccgagcccgacgtggaggaggaggaggaggaggat
gaggagaacgaagatgaagatggtgagaagaagcgttccagccctaccccgtcccgcatg
agtgcccgtagccggcccggtagcatgacatcccgctcccagtctgcggcagccacgtcg
gcagccaagaagcgccgcgagaagcgggagcaccttgaggaatcggcccaggagctccta
gctcattttaaccatcgtaaccttgacgctcttctcaaggtcactcgctcaaccatggat
gccatcaggaagaggatcacatcgagctctgcactcagctacatctctgttgaccaggga
gaaaacaaacggaaggagaatcctttcttccgctgtgcggtggcactggccattccaaac
atcatcatgcagcccgccctcgacgaggtccaacagacagtcaacaaagccgcacagatg
gtgctgggcgtggcaaggggtgtggcccagtggaacaaggagcgaaaatccaaggccaag
caagaagctgacatgcgtgctgcagcgttacctgactcgggtcgtcgtagcagtatctca
agcatggctgcttcagagagctctaggagtgatatcacctcaaccaggaaaggtcgttca
gatgagctagcttcagtcaacctggtgcctcaagtacaggtcaagaactacttcaagaat
gtgagcgagaacaaggagatcgctaagctggtctcactcctctccacctgcgtcatgtcg
actaagaaggaggtgagtactgccctggagcggtttggacgctaccatcccatctggcag
aaggaacggtccgagactgtccaggagttccttgctcagcaacccaagcagagtgacttc
cagtctaccattgtccactacagggagctggaggaggccatcttggctgagcctgacttc
tacaatgtcggtgccattgcgctctacacagagaagctgaagatctcactgacaaccgag
accaaggcctggtgcgtggccttcggtaaggcctgcaacgagaagtaccgcaccatgatg
gaaggcatcattgatttcattgatgactctaccaagaaactcaaccgccctatcaaggac
ctggatgacatccgtttggccatgaaggcgctaaaggatgtgagagagaatgagatccgt
atcgagatggccattggaccaattgaggaatcatatgccttgctgaacaagtatgagctg
ctggtggccaaggaggacgtggagcgtgtggacaccctgcgttacagctgggccaagctg
agctcccaggccacagaggtgtcacatcatttgctctctatccagccaaacttcagggca
ggcttgatcgaaagtgtcaagaccttcaccgtggattgcaacaacttctacgagtcttac
catgataatggtcccatggtaaccggactacctcccaaggaggctagcgaccgcctcctc
atctaccagaaccactttgacaacctcaaccgcaagttcatcacctacaccggtggcgag
gagctcttcggtctctccgtgacggagtacccggagctcctggtgatccgcaaggagctc
aacctcctgcagaagctttacggcctctacaatgatgtcatcgaccgcgtcaacggctac
tacgacatcctgtggctcgatgtggacattgagagcatcaataatcagctcattgagttc
cagaacagatgccgcaagctgccacgtgcactgaaggagtggcccgcctttaacatgctt
aagaagaccattgaagatttcaacgagacctgccccctccttgagctgatgacgaacagg
gcgatgaagccgcgtcactggcagcgcatggccgataccaccggccacgtcttcgaggtg
gagagcgagtcgttctgtctcaggaacatcatggaggcaccgctgctacagagcaaggaa
gatattgaggatatctgtatctcagccgtgaaggagaaggacattgaagccaagctgaag
gctacggtagcggaatggagtgccagggacctgacctttggtaacttcaagaaccgcgga
gagctgctcctccgtggggacaacacgacagagatcatcggtctgatggaagatagcttg
atggtgctgggatctctgatgagtaacaggtacaatgctccattcaagaagaacatccag
ctgtgggttcaaaacctttctaataccagtgagatcattgaacaatggatgcaggtccag
aacctctgggtctacctggaagcagtgttcgtgggtggtgacatcgccaaacagctgccc
aaggaagcaaagcgtttcagcaacattgacaagtcttgggtgaagatcatgactagagct
catgagaacaccaatgtagtccagtgctgcgtcggtgatgagactatgggacagcttctc
cctcatctcctggaacagctggaactctgtcagaaatcactcacaggatacttggagaag
aagcgtctgctgttcccaagattcttcttcgtgtctgaccctgccctgctggagatcctt
ggacaggcatcagactcccacaccatccaggcccatctcttgagtatctttgacaacacc
aaaacagtcaggttccatgagaaggattatgataggatcctggctatacagtctacagag
ggagaatctatcgaccttgacaaggccgtgatggcatcaggtaacgttgagctgtggctg
atgcagttgatgacgattgcccagagatccttacacggtgtcatcaagacggctgcatcg
gctgtacaggattccagtctggagatcattgagttcctcaacacataccaggctcagatc
ggcctcctgggtatccagatgatctggacgcgggatgccacagaggccctgaacaatgct
aagtacgatcgcaaggtgatgcagcagaccaacaacggtttcctggaactcctcaacctc
ctcatcgctcagacgacacggaacctcaccaaggtggagaggcgcaagtttgagaccctc
atcaccatccacgtgcatcagagggatatctttgatgatctagttcgcatgcacatcaag
tccacaacagactttgaatggctgaagcagtgtcgcttctactttaacgaggacaatgac
aagatgctcgtctccatcaccgatgtggacttcatctaccagaatgagttcttgggatgt
acagaacgtcttgtcatcaccccactcactgacagatgttacatcaccctatctcaagcc
cttggtatgagcatgggcggggcacctgccggccccgctggtaccggtaagaccgagacc
accaaggacatgggacgatccctcggcaagtacgtggtggtcttcaactgctccgatcag
atggactacagaggtctgggacgtatctacaaaggtcttgctcagtcaggcagctggggt
tgttttgatgagttcaatcgtatcgaccttcctgtactgtctgtggctgctcagcagatt
gccatcgttctcacggccaagaaggaacggaagaagcagttcatctttacagatggtgac
atggtggacatgaatccagagtttggtcttttcctgactatgaatcctggatacgccggt
cgtcaggagctgcctgagaacctgaaaatcaacttcaggacggtagctatgatggttcct
gatcgacagatcatcatccgtgtcaagctggctagctgtggtttcatggataatatcatc
ctggctcgcaagttctataccctatacaagctctgcgaggaacagcttacaaagcaggtt
cactatgactttggtctgcgtaacatcctgtctgtccttcgtacccttggagcttctaag
agagctaacccagatgacagtgagaataccatcgtgatgagagtcttgagagatatgaac
ctctccaaactggtggatgaggatgagccattgttcttgtccctgatcaacgatctcttc
cccggcatcgtcctggacaaggccggctaccctgagcttgagacagccattgggatgagg
gtagaggagattggcttggtcaaccatccgccttggacgctgaagctgatccagctcttt
gagacccagcgagtgcgtcacggcatgatggccctgggacccagcggggcaggcaagacc
tgctgcatccacaacctgatgaaagcgatgtcagacaccggggcgccacacaaggagatg
aggatgaaccctaaggctatcacagccccgcagatgttcggcaggctggacgtcgcaacc
aatgactggaccgacggcatcttctcgaccctctggaggcgtacgcttcggtccaagaaa
ggtgagcatgtctggatcgtactggatggtccggtagatgccatctggatcgagaacctg
aacagtgtgttggacgacaacaagaccctcaccctggccaatggtgatcgtatcccaatg
gcacccaactgcaagattgtctttgagcctcacaacattgacaacgcctcccctgccacc
gtgtcccgtaatggtatggtctacatgagcagctctgctctggactggagacccattgtt
gggggttggctgatgggcaggaacctagctgaagcggaaacacttcgtaatctctttgac
cgatcgtttgcggccatcttgcagtactcggtcaataatcttatcttcaagatgaacgtc
ctggaatgcatgatcattacacaggcgatcaacctcctgaaaggcctgatccccaccaag
gaggacaaggaccaggggctttcccctgaccacctggagaagatctacatcttctgtgtc
atgtggagcgtgggagccctgatggagctggacgatcgctccaagatggagcagttcatc
cgaggcaacgaggacatcaagctcaaccttccggccatcccgcctggctcggaccacacc
atgtttgactactttgtggacaatgaaggtaactgggctcattgggataagagagtagaa
gactgggtctatccttccgactccactccagagtatggctccatcttggtgcccaacgtt
gataatgttagaacagacttcttgattcagaccatcagcaaacagtccaaggctgtgctg
ttgattggtgagcagggtacagctaagactgtcatgatcaagggtaacatggataagtac
aacccagaggaacacgtggctaagagtttcaacttctcatcagccactacgcctatgatg
ttccagagaaccattgagagctacgttgacaagcgtgtaggtaacacctacggacctcca
gctgggaagagaatgactgtctttgttgacgacatcaacatgcccgtcatcaatgaatgg
ggtgaccagatcactaacgagatcgtgcgtcagatgatggagttcagtgggttctacaat
cttgagaagcccggagacttcaccatcattgcagacatccagatgatggctgctatgatc
cagcctggaggagggcgcaacgacatcccacagcgcctcaagagacagttctccatcttc
aactgcacgctgccctctaattcctccatcgacaagatctttggtgtgattggaactggt
cactactgtgaggatagacgcttccctgctgatgtccgagacctggccaaggctcttgtt
cctatcactagacgtctctggcagttgacaaagattaagatgttgcctacgcctgccaag
ttccactacatcttcaacctgcgtgatctgtctcgtatctggcaaggcatgatcaacacc
ctcagtgaggtggtgactaaacctgacgtcctgctgtctctctggaagcatgagtgcctt
cgagtgatctcagaccgcttcaccaaccctcaggactgcgagtggttcagcaagaccatc
acgcgtgtcgtccaggaggagctgggagacgtcatggccactgtgtgccacgagaatcgc
tactttgtggacttcctcagggacgctcccgaagcaaccggagacgagccagaagacgct
gactttgacatgcccaagatctacgagcccatctcatccttcccggatctggaggagagg
ctgcagatgttcatgtctctgtacaatgagcaggtccgtggagccgggatggacctggtc
ttcttcaaggatgcaatggtacatcttgtcaagatctctcgtattattagcaccccacgt
ggcaacgccttgctggttggtgttggaggctcaggtaaacagagtttgactcgcttggca
tctttcatcgctggctacaagactttccagatcacactgacaagatcttacaacacgtca
aacttgatggaagatctgaagacactgtaccgtgtggccggacagcaaggcaagggtatc
acattcatcttcacagacaatgagatcaaagatgaaagcttcttggagtacctcaacaat
gtcctttcatcaggagaggtgtctaacctgtttgctcgtgatgagattgatgagatccag
caggagttgattccaatcatgaagagagagtaccccaggagacctcctacaggagagaac
ctctatgattacttcatcaccaggtccaggcagaacctccacactgtcctctgcttctca
cctgttggggagaagttcaggaacagagccctcaagttccctggtctcatctctggttgt
acaatggattggttcagccgctggccgaaggacgctctcatcgccgtgtcccatcacttc
ctgaaagtcttcgatatcgtctgtaccgatgacgtcaagagacaggtggagcaggccatg
ggtaccttccaagacggtgtggccgagtcctgcgtggattactttgaaagattccgacgc
gccactcacgtgacgcccaagtcctacctgtccttcatcgaaggctacaagaacatctac
tccggcaagtaccaggagatcaacgagctctcgaggcgtatgaccacaggcttggacaag
ctggtcgaagcttcggcgtcggtggctgagctcagcatagagctagctgtcaaagaaaag
gatctggcagtggcatccaagaaggcagaagaagtgttggccgctgtggcagtcaaagct
acggcagccgagaaggtcaagtctcaggtccagaaggtcaaggacaaagctcaagccatt
gtagatgaaatcaatattgacaaggcatcagcaatgggcaagctggaggcagccaaacca
gccctggaggaggcagagaaagcgctcaataccatcaaacctgctcacatctccaccgtg
cgtaagcttggcaagcctccccatctcatcatgcgcatcatggactgtgtattgctgctc
ttccagaggaggatcagtccaactagtctcgaccctgagagggatagccctactccatcc
tggtcagactccctcaagttgatgggtggttcagggtttcttcagggtctgttgaacttc
cagaaggacagcatcaatgaggagacagtggagctgctagaaccttacctcagaatggaa
gacttcaccttagagacggccaagaaggtgtgtggtgacgtagctggtctgtgctcctgg
gccaaggctatgtccttcttctttggtatcaacaaggaggtactccccctcaaggctaat
ttagccgtgcaggaacagagacttggcagagccaacagtgaccttgctcaagctcagggc
cagctggacgccaagcaggctgaactggacgaggcccaggctgagtatgacgctgctatg
aaactgaaacaggatcttctggatgatgcggacaactgccgaaggaagatggacgcagcc
tccaccctgatcagtggtctgggaggagagaaagaaagatggacacaagccaacaaggaa
ttcaaggcacagattggcaggttggttggtgatgtcctgatggctaccggtttcttgtcc
tactctggacccttcaaccaggagttccgtagcaagctcctcaaggactggcagaaggag
atgaagaccaggaagatccccttcacgttaaacctcaatctgattgagatgctcgtggag
aacacaacaattgcagagtggaacctacaaggtttgcccaacgatgagttgtctatccag
aacggtatcatcgtcaccaaggcgtctcgtttccctctgcttatcgaccctcaagggcag
ggtaagatctggatcaagaatagagaggctgctaatgagatgcaggtcacgtccttgaac
cacaagtacttcaggacccatcttgaggattgcctgtccctagggcgccctctgttgata
gaagacgtgggtgaagagctggacccagctctggacaatgtcctggagaagaactacatc
aagagtggtagcacgttcaaggtgaaagtgggagacaaggaagtggacgtgatggagggc
ttccgtctctacgtcaccaccaagcttcccaacccagcctacacacctgagatcagtgcc
aagacatccatcattgacttcaccgtcaccatgaagggtctggaggatcagctcctgggc
agggttatcctcacagaaaagagtgagcttgaagcagagcgtaccaaacttgtggaggat
gtcactgccaacaaacggaagatgaaagagcttgaggacaacctcctctaccgtctgaca
agcacgcagggctccctcgttgatgatgaatcgctcatcaccgtgcttcaggtcaccaag
acgacggccgaagaggtcagtcagaagcttcaaatcgctgctgatacagaggtcaagatc
aacctcgcaagagaggaattcagaccagtggccactcgaggtagcatcctgtacttcttg
atcactgagatgagtatggtgaatgtcatgtaccagacatctctcaagcagttcttgggc
atctttgatctctccatggctaattctaccaagagtccaatcacaactaaacgtattaat
aacatcattgactacatgacgtttgctgtctttaagtacgctgccagaggtctctatgag
gatgataagttcatgttcacccttcttctcacactcaagattgacctccagggtggaaag
gtcaaacatgaagagttcatgaccctgatcaaaggtggtgccaccttggaccttaacgcc
tgccctaccaagccgtccaagtggatcctggacatcacctggctcaacctggtggagctc
agcaaactcaaacacttctctgaggtcatcaaccaggtcagccgcaacgagaagcagtgg
aagcactggttcgacaaggaggcgcccgaggaggaggcgataccggacgggtatcatcag
tccttggatgtcttcaggaaactgctgctgatcaggtcatggtgtccagacaggacgttg
gctcaggctaggaagtatattgccgactccatgggagagcgttactcggagggtgtgatc
ctggacctggaagccacctttgatgagtctgacccaaggaaccctctgatctgcttccta
tccatgggatccgatccaaccaacatgatcgaaggtctggccaagaagaggaagtttgac
tgccgctccatctctatgggacagggtcaggaggtccatgccaggagactcctgcagcag
ttcatggccaatggtggatgggtgttgcttcagaactgccatctgtctctggacttcttg
aatgaactgatggactgcattatagagactgaggttgtacatgaagacttcaggctgtgg
atgactacagaggttcacaagagcttccctatcagtctgctacagatgtgcatcaagttc
accaacgagcctccccaggggatcaaggcggggctgaagcgtacctatgcggggatcacc
caggaccagttggacgtctccaacatgccccaatggaagcctatgctgtacggtacagcc
ttcctccacaccacggtgcaggagaggcgcaagtttggccccctggggtggaacatcccc
tatgagttcaatgcagccgacttcagctccactgtgcagtttgagcagaatcatctggat
gacatggacatcaagaagggcgtgtcctggtcgacggtgcgctacatgatcggcgagatc
cagtacggtggccgtgtgactgatgactacgacaaacggcttctcaacacctttgccaaa
gtatggttcagcgaggccatgttcagtccgaccttttcattctacaagggttatgccatc
cccaagtgcagcaactgtaatcagtatatcgagtacatcaatagcttacctcttgctgat
actccagaagccttcggacttcaccccaatgcggatatcacatatcagagcaacactgcc
aggaccgtgctaggaaccatcctcagtatccagccaaaggacagcggtagtggaggtgga
gagacccgtgaggtcactgtcacccggatggctgatgacatgcttgacaagctccctgtg
gactacatctccttcgaggtgcgggaccgtctccagaagatgggggctctcatgcccatg
aacatcttcctcaaacaggagatcgatcggatgcagagggtcatctctctcgtccgaaac
accctgaccgacctcaagctcgctatcgacggcaccatcatcatgaacgagaacctgcgt
gatgccctggatagtatgttcgatgggcgtatcccggttacctggagcaggatttcctgg
gcgtcgtccaccctaggtttctggtttacagagcttcttgacaggaacaagcagttccat
gcgtggtgcttcgatggaaggccaaacactttctggatgactggattcttcaaccctcag
ggattcctgactgctatgagacaggaagtgacacgagctcacaagggctgggctttagac
agtgtggtcctccacaacgacgtcacccgcttcctcaaagacgacatcagccagccaccg
caggagggcgtctacgtctacggcctgttcctagagggcgctagctgggaccgacgcggt
tgccgcctcatagagcccaaacccaaggtcctctttgagcctctcccggtcatccatatc
tacgctatcaacagcacgcagggtcgcgacccacgcatgtatgagtgtccgatctacaag
aagcccgtcaggacggacctgacgtacatcgctcccgtagagctgaagacaacccagaac
cctgatcactggatcctcaggggggtagctttgctctgtgacatcaagtag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (156)   
   KEGG ORTHOLOGY (1)   
   RefGene (152)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (18)   
   RefSeq(nuc) (2)   
   GenBank (8)   
   EMBL (8)   
Protein domain (14)   
   Pfam (14)   
All databases (195)   

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