KEGG   Cricetulus griseus (Chinese hamster): 100752773
Entry
100752773         CDS       T02813                                 
Symbol
Dnah7
Name
(RefSeq) dynein heavy chain 7, axonemal isoform X2
  KO
K10408  dynein axonemal heavy chain
Organism
cge  Cricetulus griseus (Chinese hamster)
Pathway
cge04814  Motor proteins
cge05014  Amyotrophic lateral sclerosis
cge05016  Huntington disease
cge05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:cge00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100752773 (Dnah7)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    100752773 (Dnah7)
   05016 Huntington disease
    100752773 (Dnah7)
   05022 Pathways of neurodegeneration - multiple diseases
    100752773 (Dnah7)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:cge03037]
    100752773 (Dnah7)
   04812 Cytoskeleton proteins [BR:cge04812]
    100752773 (Dnah7)
Cilium and associated proteins [BR:cge03037]
 Motile cilia and associated proteins
  Dynein arm
   100752773 (Dnah7)
Cytoskeleton proteins [BR:cge04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     100752773 (Dnah7)
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 EF-hand_1 EF-hand_7 EF-hand_6 ResIII T2SSE EF-hand_5
Other DBs
NCBI-GeneID: 100752773
NCBI-ProteinID: XP_035294723
UniProt: A0A9J7GQ10
Position
2:complement(408078898..408293908)
AA seq 4042 aa
MGCSQGYVGIFLVGDWCGRAQPTDKPPSKEKSKIPVRFLPQLPMDKPASKEKAKLPTRVL
PQLTMTGVKPQWQQAPPSFNLNVKQDTQIPEPYTVKNEQSYADYIEQMGKKGKILDQIDD
NRAGPSTSRARVKSPHKDRENFRSTLVNVIMQQDGRLDSIVPDESSISKATTSAIEKDIL
KYYYYIHHGIDTDHVAPMEDSWLDHVLNLVPQHLKVLTDSITVLSDEMREDYLLSVKKSI
VDFVLKDPREKEDDGKTVEIPPHRAEMEILPKPWRRSFLSACSYIRDHLNAVNPTMLAVL
DLWHSTYKKLRLVDIEEFHNRQEALELSAFQSIVIKHMESAKETLLKTWFPEVQNIYYQG
NKKKQLPTGESSAKLDSFFNCAAMLMTLQLQDLTLVSMQDFTDLIAQPPESVRAFEHPGF
IMRLILDNNSIKFEPEFSDYIDIFVNVYEVMIKAVSFVPRVETKLYSKWESKSKPTTLKP
IILNEIVDAHKEKIKEVVLRESIAPTEHLKQYDKYQFLITKQAERDVDEFLSQNPSYERL
IEEIRKYQKLTEEIQYTSRKTVRLGMFELHCEELIRALVKRADVICGRLIAKMFRDHQEV
NTRLCDEFEKIAEKALSTPPNTAELMEMKAHIQKVETTDMLELGQRLVDSKNCLAFLIEC
VNFSPSDIRLNNSVFQWYSRMGEIFEEHRKIIKDKTEQYQEGLKLRCERFVEELESYAKQ
AEEFHTFADLQDVQRYLKKAQMLNGKLDAAADKIEQFNSEEEAFGWVPSVYPQRKKIQDG
LNPYLRLYETAVEFSTKHRAWTEGPYHKVNPDQVESDVGNYWRGLYKLEKTFHDSPNALA
MTKKIRARVEEFKQYIPLIQVICNPGLRPRHWEAMSAIVGFPLQPADDSTVFSFIDMNLE
PFLDRFESISEAASKEYSLEKAMDKMMTEWEAMEFVILPYRESGTHILSSVDEIQMLLDD
HIVKTQTMRGSPYIKPYEKQMREWEGKLLLLQEILDEWLKVQATWLYLEPIFSSPDIMSQ
MPEEGRRFTTVDKTWRDVMKTVVQNKHVLSVVTIERMLERLKKSNELLELILKGLNEYLE
KKRLFFPRFFFLSNDELLEILSETKDPTRVQPHLKKCFEGIAKVEFTETLEITHMKSSEG
EVVELVEIISTAKARGQVEKWLVELERVMIKSIHKVIGDAIAAYTKNERINWVREWPGQT
VLCVSQTFWTVEVQTSIPRGQQTLEFYLDTCNSQIDDIVTLVRGKLSKQNRVTLGALVVL
DVHARDVLASLVRKKISDDSDFEWLSQLRYYWHENQLETKMINAGLRYGYEYLGNSPRLV
ITPLTDRCYRTLFGALHLHLGGAPEGPAGTGKTETTKDLAKAVAKQCVVFNCSDGLDYLA
LGKFFKGLLSCGAWACFDEFNRIDLEVLSVVAQQILTIQRGINAGTELLVFEGTELKLDP
TCAVFITMNPGYAGRSELPDNLKALFRTVAMMVPDYAMIAEIVLYSCGFVTARPLSIKIV
ATYRLCSEQLSSQHHYDYGMRAVKSVLTAAGNLKLKYPNENEEILLLRSIIDVNLPKFLS
HDLPLFEGITSDLFPGVKLPKPDYNDLLAAIKDNCAAMNLQMTKFFSEKILQIYEMMIVR
HGFMIVGEPFGGKTSAYRVLAGALGDICEKGLMEENKVQITVLNPKSVTMGQLYGQFDLV
SHEWSDGVLAVSFRAFAASSTPDRKWLIFDGPVDAVWIENMNTVLDDNKKLCLMSGEIIQ
MSPQMNLIFEPMDLEVASPATVSRCGMIYMEPHMLGWRPLMMSWLNTLPQSISVIQKEFI
EGLFDRMVPVSVEFIRRHTKELSPTSDTNLVRSLMNLIDCFMDDFTDENKQKDRNDRESF
SLLEGIFLFSLIWSVGASCTADDRLRFSKILKELMEGPISDLTRNKFKLQSGTEQTSTKT
LTVPFPDKGIIYDYQFVPEGLGRWDQWIKKLGDAPPIPKDVQFNEIIVPTLDTIRYSALM
NLLTTHQKPSIFVGPTGTGKSVYIINFLLNQLNKDIYKPLIVNFSAQTTAAQTQNIIMSK
LDKRRKGVFGPPLGKRMVVFVDDVNMPAREVYGAQPPIELLRQWLDHWNWYDLKDCSVIK
LVDIQIMCAMGPPGGGRNPITPRYMRHFNIITINEFSDKSMFTIFSRILTWHLRTCYKFP
DDFLDLTTQIVNGTMTLYKDAMKNLLPTPAKSHYLFNLRDFSRVIQGVCLSRPESAENKE
AIKRLWVHEVLRVYYDRLLDNADRSWLINYIEEILKNYMQEDFHDLFKNLDFDGDGFVEE
DDLRSLMFCDFHDPKREDNFYREIADVDLLRRIVEGHLEEYNNMSKKPMNLVLFRFAVEH
ISRISRILKQPRSHALLVGVGGSGRQSVTRLAAHMADFSVFQVEISKGYGSNEWREDLKV
ILRKCAEGDMQGVFLFTDTQIKRESFLEDINNLLNAGEVPNLFALDEKQEICEKMRQLDR
QRDKTKQTDGSPIALFNMFIERCRSQLHVVLAMSPIGDAFRIRLRKFPALVNCCTIDWFQ
SWPEDALEAVASRFLEDIEMSEEIREGCIDMCKSFHTSTINLSTSFHNELQRYNYVTPTS
YLELISTFKLLLEKKRNEVMKMKRRYEVGLDKLDSAASQVATMQTELGALHPQLKVASLQ
VDEMMLIIERESMEVAKTEKIVKADEIIANDQAMAAKAIKDECDADLAGALPILESALSA
LDTLTAQDITVVKSMKSPPAGVKLVMEAICILKGIKADKIPDPTGSGKKIEDFWGPAKRL
LGDIRFLQSLHEYDKDNIPPAYMNIIRKSYIPNPDFVPEKIRNASTAAEGLCKWVIAMDS
YDKVAKIVAPKKIKLAAAEGELKIAMDGLRKKQAALHEVQDKLAKLQDTLELNKQKKADL
ENQVDLCSKKLERAEQLIGGLGGEKTRWSNSALELGQLYINLTGDILISSGVVAYLGAFT
SNYRQNQTKEWSDSCKERDIPCSDDYSLMGTLGEAVTIRTWNIAGLPSDSFSIDNGIIIM
NARRWPLMIDPQGQANKWIKNMEKANSLQLIKLSDPDYVRTLENCIQFGTPVLLENVGEE
LDPILEPLLLKQVFKQGGSTCIRLGDSTIEYAPDFRFYITTKLRNPHYLPETSVKVTLLN
FMITPEGMQDQLLGIVVARERPDLEEEKQALILQGAENKRQLKEIEDKILEVLSSSEGNI
LEDETAIKILSSSKALANEISQKQEVAEETEKKIDNTRMGYRPIAVHSSILFFSIADLAN
IEPMYQYSLIWFINLFILSIENSEKSDVLQNRLQILKDHFTYSLYVNICRSLFEKDKMLF
SFCLTVNLLLHDHAINKAEWRFLLTGGIGLDNPHTNPCPWLPQKSWDEICRLDDLPAFKT
IRKEFMRLKDGWKKVYDSLEPHHEVFPEEWENKANDFQRMLIVRCLRPDKVIPMLQEFII
KKLGRAFIEPPPFDLSKAFGDSNCCAPLIFVLSPGADPMAALLKFADDQGYGGSKLSSLS
LGQGQGPIAMKMLEKAIKDGTWVVLQNCHLATSWMPTLEKVCEELSPESTHPDFRIWLTS
YPSPNFPVSVLQNGVKMTNEAPKGLRANIIRSYLMDPISDPEFFGSCKKPEQFKKLLYGL
CFFHALVQERRKFGPLGWNIPYEFNETDLRISVQQLHMFLNQYEELPYDALRYMTGECNY
GGRVTDDWDRRTLRSILNKFFCKELVENSDYKFDSSGIYFVPPPGDHKSYIEYTKTLPLT
PLPEIFGMNANADITKDQSETQLLFDNILLTQSRASGTGGKSSDEVVNDVAGDILGKLPN
NFDVEAAMRRYPTTYTQSMNTVLVQEMGRFNKLLITIRESCINIQKAIKGLVVMSTDLEE
VVSSILNVKIPAMWMGKSYPSLKPLGSYVNDFLARLKFLQQWYEVGPPPVFWLSGFFFTQ
AFLTGAQQNYARKFTIPIDLLGFDYEVMDDKEYKNAPEDGVYIHGLFLDGASWNRKIKKL
AESHPKVLYDTVPVMWLKPCKRSDIPERPSYVAPLYKTSERRGTLSTTGHSTNFVIAMIL
PSDHPKEHWIGRGVALLCQLNS
NT seq 12129 nt   +upstreamnt  +downstreamnt
atgggctgtagtcaaggctatgtgggcattttcttggttggtgattggtgtggtagggcc
cagcccactgataaaccacccagcaaagaaaaatccaagataccagtgagattcttacca
cagctgcctatggataaaccagccagcaaagaaaaggccaaactgccaacaagagtttta
ccccaattaactatgacaggagttaagccccagtggcagcaggctcctccgtcattcaat
ttaaatgtcaaacaggacacccagattccagaaccctatactgttaaaaatgagcagtca
tatgctgactacatagagcaaatgggaaaaaaaggcaagatactggaccagattgatgat
aacagagctggaccgtcgacttccagagcaagggtcaaatctccacataaggatcgagag
aattttagaagcactctcgtcaatgtcattatgcaacaagatggtcgtttagattctatt
gtccctgatgagagctcgatttcaaaagcaaccacttctgcaatagagaaagacatcttg
aaatattactattacattcatcatggaattgatacagatcacgtggccccaatggaagat
tcttggctggaccatgtattgaatttggttccacaacatctgaaagtcctcaccgacagc
ataacagtcttgtcagatgaaatgagagaagattatcttcttagtgtgaagaaatccata
gttgattttgttttaaaagaccccagagaaaaagaagatgacggcaaaacagtggaaatc
ccaccacatcgtgctgaaatggaaattttgccaaagccatggaggagatctttcctatct
gcttgtagttatattagggatcatttgaatgcagtgaaccccacgatgctggctgtgctt
gatctgtggcatagcacttataagaaattgcgtttagttgatatagaagagttccacaac
cgccaggaggcactagagctatcagcctttcagagcattgtcattaaacacatggaatct
gccaaggagactctgcttaaaacgtggtttccggaagtgcagaatatttattaccaaggc
aataaaaaaaagcaattgccaactggtgaaagcagcgccaaattggactctttcttcaac
tgtgctgctatgcttatgaccttacagctgcaggacctcactctcgtctccatgcaagac
ttcacagacctcattgcccaacccccagaatctgttagagcttttgaacatccaggtttc
atcatgaggctgattcttgataataacagcattaagtttgaacctgagtttagcgactac
atagatatctttgtaaatgtttatgaagtcatgattaaggctgtcagctttgtgccaaga
gttgagacaaaattgtattccaagtgggaaagtaaatctaaaccaacgaccttgaagccc
ataattctgaatgaaattgtagacgctcataaagaaaaaattaaggaggtggtgctaaga
gagagcatagcacccactgagcacctcaagcagtacgacaagtatcaattcttgatcacc
aaacaagcagagcgtgatgttgatgagttcttgtcacaaaatccgagttacgagagacta
atagaagaaatccgcaaataccaaaaactaacagaagaaatacaatatacatctcgaaag
acggttcgtttgggaatgtttgaattgcactgtgaggaactgatcagagctttggtgaag
cgagcagatgttatctgtgggagactgatagctaaaatgttccgagatcaccaggaagtg
aacacaagattgtgtgatgagtttgagaagatagctgaaaaagctctgagcacacctcca
aacacagcagagctcatggagatgaaggctcacattcagaaggtggagacaactgacatg
ctggagctgggacagagattagtggattctaagaactgtctggccttcctcattgagtgt
gtcaacttttctccttcggacattcggctaaataacagtgttttccagtggtattccaga
atgggggagattttcgaagaacacaggaaaatcatcaaagacaagacagaacagtatcag
gaaggccttaagttgcggtgtgaacggtttgtggaggaattggagagctatgctaaacaa
gcagaagaatttcatacatttgcggacctgcaagatgtgcagcggtacctgaaaaaggcc
cagatgctgaatggcaagctggatgcagcagcagacaagattgagcagtttaactcagaa
gaggaggcatttggctgggtcccatcagtgtatcctcaacgtaaaaagatccaagatggt
ctgaacccttatctccgtctctatgaaactgctgtggagtttagtaccaaacacagagcc
tggacagaaggaccatatcacaaggtgaacccagaccaagtagaatccgatgttgggaat
tactggagaggactctataagctagagaagaccttccatgattctccaaacgcgctggcc
atgacaaagaaaataagagcaagagtggaagaattcaaacagtacattcctctcatccag
gtgatctgtaaccctggcctgcgccccaggcactgggaggccatgtctgccattgttggc
ttccccctgcagccagccgatgactctactgttttctcattcatagacatgaatctggaa
ccatttttagacagatttgaaagcattagtgaagcagccagcaaagaatattctcttgaa
aaggccatggataagatgatgactgaatgggaagcaatggaatttgtcattcttccttac
agagagagtgggacacacattttgtcatcagttgatgaaattcagatgttgctggatgac
cacattgtcaaaacccaaactatgcgaggatcaccttacatcaagccctatgaaaagcaa
atgagagaatgggagggcaagctgctgctgctgcaggagatcctggatgagtggttaaag
gtgcaagccacctggctttacctagagcccatcttcagctctcctgacatcatgtctcag
atgccagaagaaggcaggcgcttcacaactgtggataaaacatggagagacgtgatgaaa
actgtggtacagaataagcatgtcctgtcagttgtgactatcgagagaatgctggagagg
ctgaaaaagtccaatgaactcttggagctcattcttaaagggctgaatgagtacttggaa
aagaagcgcctcttcttccccaggttctttttcttgtccaatgatgagctccttgagata
ctgtctgagactaaagatcctaccagagtacagcctcacctgaagaaatgctttgaagga
attgcaaaggtggaatttacagaaactctagaaattacacacatgaagagtagtgaagga
gaagttgtggaactcgtagagatcatttcaacagccaaagctaggggtcaagtggagaag
tggctggttgagttagagagagttatgattaagtccattcacaaggtgattggagatgca
attgctgcctatacaaaaaatgaacgaattaattgggtaagagagtggcctggacagact
gttctctgcgtatctcaaaccttttggacagtagaagtccaaacctctataccaaggggg
caacagactcttgagttctacttggatacctgtaacagtcaaattgatgatattgttacc
ttggtccgtggcaaattgtctaagcagaaccgtgttactctgggagcccttgtggtattg
gatgtccatgccagagatgtccttgcaagccttgtccgaaagaaaatcagtgatgacagt
gacttcgaatggttaagtcagcttaggtattactggcatgaaaatcagttagaaacaaag
atgatcaatgctggtttgcgatatggttatgaatatctgggcaattcccctagactggtc
ataaccccgctcacagaccgctgctacaggaccttatttggagcccttcacttgcacctt
ggaggagcacctgaaggcccagctggcactggaaagacagaaacaaccaaggatttagca
aaagctgtagccaaacaatgtgtcgttttcaactgctccgatgggctggattatttggct
ttaggaaaattctttaagggcctgttatcttgtggagcctgggcttgctttgatgagttt
aacagaattgatttggaagtactttctgtggtggctcaacaaatccttactatccaaaga
ggtattaatgcaggtacggaactactagtgtttgaaggaacagaactaaaacttgacccc
acgtgtgctgtctttataacaatgaaccctgggtatgctgggcgttcagagctgccagac
aatctgaaggctctctttcggacagtggcaatgatggtccctgactatgccatgattgct
gagattgtcctgtactcctgtggctttgtcactgctcggccactatctataaaaattgtg
gctacataccgcttgtgctcagagcaattgtcctctcaacaccactacgactacgggatg
agagctgtgaaatccgtgctcacagctgctggcaatctgaagctgaaatatccgaatgaa
aatgaagaaattttgctactgagatctattattgatgtaaatctgccgaagtttttatcc
catgatttgccactctttgagggaattacttcagatttgtttcctggggtgaaattacca
aagccagactacaatgatctgctggcagccatcaaggacaactgtgccgccatgaatttg
cagatgaccaaattcttctctgagaagatcctgcagatctatgagatgatgatcgtgcgc
catggcttcatgattgttggggaaccattcggagggaagaccagcgcttatcgtgttcta
gctggagcattaggtgacatctgtgaaaagggactaatggaagaaaataaggttcaaata
accgtcttaaatcccaagtctgtcaccatgggccagctgtatggacaatttgacttagtg
tcgcacgagtggtctgacggggtccttgctgtcagctttagagcattcgcagcttcctcg
actccagacaggaagtggctaatttttgatggcccggttgatgcggtgtggattgagaac
atgaacactgtgctggatgataacaagaagctctgtctgatgagtggggagattattcag
atgtcaccacagatgaacctgatttttgaaccaatggatctagaagtcgcttctcccgcc
accgtttcccggtgtggcatgatttacatggagccccatatgctaggttggagaccattg
atgatgtcttggctaaacaccttacctcagtcaatcagtgtcattcagaaggagttcata
gaaggcttatttgacagaatggtccctgtttctgttgaattcattagaaggcacacaaag
gagctctcacccacttcagacacaaacttggtccgctccttaatgaatctcattgactgt
tttatggatgactttactgatgaaaacaaacagaaagatagaaatgatcgagaaagtttc
tctctgcttgagggcatttttctgttttcactgatctggtctgtcggcgcttcttgtaca
gctgatgatcgtttgagattcagtaagattctcaaagagctaatggaaggtcccatttca
gacctaacccgaaataagtttaaattacagagtggtaccgaacaaacatccactaagaca
ttaacagtgccatttcctgacaagggaataatttatgattatcagtttgttccagagggc
ttgggaagatgggatcagtggataaagaaattaggagatgctcccccaatccccaaggat
gtacagtttaatgagatcattgtgccgactctagacacaattcgttactctgcactgatg
aacttgctgaccactcatcagaagccttcaatattcgtaggaccaacaggaactggcaag
agtgtttatatcattaatttccttttaaatcaactcaataaggatatctacaaacctctg
atagttaacttctcagctcaaacgacagcagctcaaactcagaacatcatcatgtcaaaa
ctggacaaaagaaggaaaggagtttttggcccccctttaggcaagagaatggttgtcttt
gtagatgatgtcaatatgcctgctcgggaggtctatggggctcaacctcccattgagttg
ctcagacagtggttagatcactggaattggtacgacctcaaagattgctccgtgattaaa
ctagtagacatccagatcatgtgtgctatgggccctccaggtggtggccgaaatccaata
actcctcgatatatgagacatttcaatatcattactatcaatgagtttagtgacaaatcc
atgttcacaatcttctccagaatcctgacctggcatctaagaacctgttataagtttcca
gatgattttctggatttgaccacacaaattgtgaatggcacaatgaccctgtacaaagat
gccatgaagaatctcttgcctaccccggctaagtctcactacttgttcaaccttcgagat
ttctccagagtcattcaaggtgtctgtttgtcaagaccagaatcagcagagaacaaagaa
gccattaaacgcctgtgggttcatgaggtcctcagggtatattatgatcgccttctggat
aatgctgacagaagctggcttattaactacatagaagaaattctgaaaaattacatgcag
gaagatttccatgacctttttaaaaacctggattttgatggcgatggctttgtggaagaa
gatgatttaagaagtttaatgttttgtgacttccatgatcctaagagggaagataacttc
tacagggagattgcagatgtggacctccttcggaggattgtagaaggccatctggaggaa
tataataacatgagcaaaaagcccatgaacctggtcttattccgctttgccgtagaacac
atcagcagaatttctcgcatcttgaagcagccgagaagccacgctctcctcgtaggtgtt
ggagggagcggaaggcagtcggtcaccagactagctgcacacatggctgatttttcggtt
ttccaggtagaaatctccaagggctatggcagcaacgagtggcgcgaagatttaaaagtg
atcttaaggaagtgtgcagagggtgacatgcagggggtctttttgttcacggacacacag
attaaaagagagtcattcctagaagacatcaacaacctgctgaacgccggggaggttcca
aatctcttcgctttagacgagaagcaagagatatgtgaaaaaatgcgtcagttggatcgc
caacgggataaaaccaaacaaacagatgggagccccatagcccttttcaacatgtttatt
gagcgctgccgcagtcagttgcacgtggtcctggccatgagccccatcggagatgcgttt
aggatccgtctcaggaaattccctgctcttgtcaactgctgtaccattgactggtttcag
tcgtggccagaagatgcattggaagcagttgcctcgcggttcctggaagatattgaaatg
tcagaggaaatccgagaaggctgtattgatatgtgtaaaagcttccatacctctactatc
aacttatcaacgtccttccataatgagcttcaaagatataattatgtgactccaacctct
tatctggaattgatctctaccttcaaactgttgctagaaaagaaaagaaatgaagtgatg
aaaatgaaaaggagatacgaagtgggtttggataagctggattcggccgcctctcaggta
gccaccatgcagactgagctgggggctctgcatcctcagctaaaagttgccagcctacag
gttgacgagatgatgctgatcattgagagggagtccatggaggttgccaaaactgaaaag
attgtgaaagctgatgaaataatagcaaatgatcaagccatggccgccaaagccatcaag
gatgagtgtgatgctgacttggctggggccctacccatcctggagtctgcgctgtctgcc
ctggacaccctgaccgcacaggatatcacagtggtaaagtccatgaagagtccacctgct
ggtgtcaagcttgtcatggaagctatctgcatcctgaaaggaatcaaagccgataaaatc
cctgacccaacaggttcagggaagaaaattgaggatttctggggccctgctaagagactt
cttggtgacataaggtttctgcagtcgcttcatgaatatgacaaagacaacattcctccg
gcttatatgaatatcataaggaaaagttacatccccaacccagactttgttccagaaaag
attcggaatgcttcaacagctgccgaaggcctgtgcaagtgggtcatagcgatggattcc
tacgacaaagtggcaaaaattgtagctcccaaaaagataaaactggctgcagctgaagga
gagctgaaaattgctatggacggtcttaggaagaagcaggctgccctgcatgaggttcag
gacaagctggccaagcttcaagacacacttgagctgaacaagcagaagaaagctgacttg
gaaaaccaggttgatctgtgcagcaaaaagctggagcgagccgagcagctgattggtggc
ctgggaggcgagaaaacgcgatggagcaactctgccctggagcttggacagctgtacatc
aatctgacaggggatatcctcatctcctcaggggttgttgcctacctgggggcctttaca
tccaactacagacagaaccaaaccaaagagtggtcagactcgtgcaaagaaagagacatc
ccctgttcagatgactattctcttatgggtaccctgggagaagctgtgacaattcgaact
tggaatatcgctggattaccttccgactcattttccatcgataatgggatcattataatg
aatgcgagaaggtggcctctgatgatagaccctcaaggccaggctaataagtggatcaag
aacatggagaaagccaacagtcttcagctcattaagctaagtgaccccgactatgtcagg
accttggaaaactgcatccagttcgggactccggtgttgctagaaaacgtgggagaagaa
ctggacccgattctggaacctctgctgctgaagcaggtcttcaaacagggtgggagcaca
tgtatccggctcggcgactccaccattgagtacgctcccgacttccgcttctacatcact
accaagctgagaaacccacactatctccctgagacatcggtgaaggtcacattattgaac
ttcatgataactccagagggcatgcaggatcagcttttgggaattgtggtggcacgggaa
aggccagacctggaagaagaaaagcaagccttgatacttcaaggagctgagaacaaaagg
cagttaaaggaaatagaagacaagattttagaagtcctttcatcttcagaaggcaatata
ttagaagacgagactgcaattaagatattatcttcctccaaggctttggctaatgagatt
tctcaaaagcaggaagtagccgaggagacggagaaaaagattgataacacccgcatgggc
taccgccccattgcggtccattcttccatcctgtttttctccattgctgacttagccaac
attgagcccatgtaccagtattcactgatctggttcattaaccttttcatcctgtccatt
gagaattcagagaaatcagatgtcttacaaaataggcttcagattctcaaggaccacttc
acttactcactctatgtcaacatctgccggtcactctttgagaaggacaagatgctcttt
tccttttgtctcactgtgaatctgctgctacacgaccacgcgattaacaaggcagagtgg
agatttctgctcactggtggcattgggctggacaatcctcataccaatccttgtccgtgg
cttcctcagaagtcctgggacgagatctgccgactagacgatttacctgccttcaagacc
attcgcaaagagtttatgcgcctgaaggatggatggaaaaaagtatatgatagtttggag
ccacaccatgaggtgttcccagaagaatgggagaataaagcaaatgacttccaaaggatg
cttattgttcgttgcttgaggccagacaaggttatccccatgttgcaggaattcataatc
aagaagttggggcgtgctttcattgagccgcccccctttgatttgtccaaggcatttggg
gacagtaactgctgtgcaccactgatcttcgtgctctctcctggagcagatccgatggct
gctctcctgaaattcgctgatgaccagggctatgggggctcaaaacttagctctctgtct
cttggccaaggccaagggcccattgctatgaagatgttagaaaaagctatcaaggatgga
acatgggttgttcttcaaaactgtcaccttgccacctcttggatgccaactcttgagaaa
gtttgtgaggagttaagcccagaatcaacacacccagatttccgaatctggctgactagt
tacccatctccaaatttccctgtgtcggtcctgcagaatggagtaaaaatgactaacgaa
gcaccgaaaggattacgggcgaatatcatccgatcgtacctcatggacccgatctctgac
cctgaattttttggcagctgcaaaaagcctgaacaattcaagaaattgctttatggcctc
tgtttctttcatgctttggtacaagagagacgaaaatttggacccctggggtggaatatt
ccatatgaattcaatgagacagatctaagaatcagtgtgcagcaactccacatgttcctg
aaccagtatgaggaactgccttatgatgctctacggtacatgactggtgaatgcaattat
ggaggccgggtgactgacgattgggatcggcgtacactgcgtagcattctgaacaaattc
ttctgcaaagagctagttgaaaattcagactacaaatttgactcgagtggcatctatttt
gtccctcctcctggtgatcacaaaagctacatcgagtacacgaagactctgccactgacc
ccattaccagagatctttgggatgaatgccaacgccgacatcacaaaagatcagtcagag
acacagctgctgtttgataacatactccttacccagtctcgtgcatcaggtactggagga
aagtcatcagatgaagtggtaaacgacgttgctggtgacatcctgggcaaacttccaaac
aactttgatgtggaggctgcaatgaggagataccccacaacctacactcagagcatgaac
actgttcttgtccaagagatgggacggttcaacaagctgctgataaccataagagaatca
tgcattaatattcaaaaggcgatcaaggggcttgttgtgatgtctacagacctggaagaa
gtggtcagtagcattctgaatgtcaaaattccagcaatgtggatgggtaaatcttacccc
agccttaagccacttggtagctatgtgaatgacttcctcgcaagactaaaattcctgcag
caatggtatgaagttggccctccacccgtcttctggctttctggcttcttcttcacacaa
gccttcctaactggtgcccagcagaactatgctagaaaattcaccattccaattgatctt
cttgggtttgactacgaagtgatggatgacaaagagtacaaaaatgctcctgaggatggt
gtttacatccatggattgtttctggatggagcttcctggaacaggaagatcaagaagctt
gcagaatcacaccctaaagttctctatgacacagtccctgtgatgtggctaaaaccctgt
aagaggtcagacataccggaacggccgagttatgtggctccactgtataagacaagtgag
aggaggggcacactatccaccacaggccattccaccaattttgtgattgctatgattctc
ccctccgaccaccccaaggagcactggattggacggggtgtcgcactgctgtgtcaactg
aactcgtaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   RefGene (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (19)   
   Pfam (19)   
All databases (37)   

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