KEGG   Gekko japonicus (Schlegel's Japanese gecko): 107122524
Entry
107122524         CDS       T04299                                 
Name
(RefSeq) dynein heavy chain 11, axonemal-like
  KO
K10408  dynein axonemal heavy chain
Organism
gja  Gekko japonicus (Schlegel's Japanese gecko)
Pathway
gja04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:gja00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    107122524
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:gja03037]
    107122524
   04812 Cytoskeleton proteins [BR:gja04812]
    107122524
Cilium and associated proteins [BR:gja03037]
 Motile cilia and associated proteins
  Dynein arm
   107122524
Cytoskeleton proteins [BR:gja04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     107122524
SSDB
Motif
Pfam: DHC_N1 AAA_6 DHC_N2 AAA_8 AAA_7 AAA_lid_1 AAA_5 Dynein_AAA_lid MT AAA_16 AAA_22 AAA_30 nSTAND3 AAA
Other DBs
NCBI-GeneID: 107122524
NCBI-ProteinID: XP_015281126
Position
Un
AA seq 3111 aa
MKMEDEEEETVEEPSFAEDPRVQFIGSRLAHSLRLQEDKWSAFLEEEAKQQLLADFFEHS
RPALLAFCLPRAGGLAASSKIPSGMKCKVLCIMKTTGHIEAENYKTDLRFEELLGAPIEH
VMLPILSNKKNHESWPHFVSRDMERHVEIMKNKIFVMNGILSGRTLLPIPTVAAETDLNE
MHDENKQDSYTRSVLHAIESMIIKWSHQIRDIVERNSAQTLLYGFHPDPMIELKFWKERK
DNLYYIYKQLQSPVVQKMIRILKAKNSSYYPTFQDIYKEVENALVEAQDVELYLRPLEGH
IQCIQEAEFQKIHTLIPPLFHTICLVWSHSAFYRIPARIIVLLQEFCNLFIDQAMSYLSP
EDLMKRETEETLEHLQDALNTLRSFKDSFFSYRKRIVTYFSNSQEFKSWDFQPQMIFARF
DMFLTRLEKIEDIFVIMLQFEKLEKLEFGGSKGKILNGQIYRLNEEFMESCKIFTERTYN
PLDYNNVEFDEDYDHFKNKILEFERRLGSIFCMGFLECSGLESAFKLLAIFGYFLEKPVI
ADIFSPNYKILLQMFDEELCNCKHLYDDHIKQVEEGNEIVHKNMPFTSGNLKWSREIKGR
VQSFWSNFSFLTHLILESSESALIYQKYIEMLTLLDQYEEDIYCKWKSKVDDVCQFNLDQ
PLIKHSDKDGLISVNFDPQLVAVLRDVKYLLLLGQPDIPRSALEMYKKRRTFDMHIGVLE
LVVQWYNKIKQTVLEVEYPLIETELRTIDDLLVEAERTFTWLEENCWEYIEYVKATVYDL
EERLQRSKDNIKAIQQIMKGWMEQLIFYRKENKKETLLNLEDKEDRLSKKFMSLQEDGHK
IHTLAQENLMLLKADPDSDSWKIYLEFIDDIIVDGFYNVIMHNLNFFLENTEPSLKTLPL
FQVQVTLSAPDIAFTPSLNKEAGDGFYDLIDELLSSIFKMSGQVKRVSTHLGMQHYQNDM
DSMVELSETRKVIMGRVEDVITKAVDFKTSFEPYAYLWTEDRSEFMKQFLFDGHMSASGE
TETPADVGKSDQHPTTEQFKEQIDIYENLYSQVSKLEDFRIFEGWFKLDLKPFLICLLNI
IKKWSWMFKEYLLRFVIDSLTDLEEFIKMTDAGLQKELKEGDYNGLIDVMVHLLAVRDRQ
TTTNELFKPLKDTIILLESYGQKMPDHIYVLVEELPERWNMTKKLAISIKHEVAPLLTSE
VTLLRKKCAAFDGKQIGFRERFRVDAPFHCDAKNPYALLDKANRELEALEEEMSHLKESA
NLFEVIMPDYKQMKQCRKEIQLLKRVWDINIYVTSAINDWTKSHWREISMEAMDVELRRF
AKDMWSLDKEVRSWNVYIGLELTIKNMLTSLRVITELQNPAMRDRHWYQLMDAIGVHFLV
SKHTTLAELLALKLHKFEDDIRSIADKAVKELGTEKILIEISQIWTTMEFTYEKHYRTNI
PLLKIDEQLFETLDNNQVQLQTILQSKYVEYFIEQVLSWQKKLNVADAVIFIWMDVQRTW
AHLETIFIGSHDIRDQLPLDAKRFDGIDSDFKELMIDSANTKNVLEATTKPNLYEKLEDL
QHRLSICEKALAEYLETKRLAFPRFYFVSSADLLDILSKGAQPKQVTCHLIKLFDNTADL
KFQDNNEKSRNTALGMYSKEKEYVPFNAELECVGQVETWLKRLEETMCETVRHHITEAVG
LYEEKPREQWIFDYPAQVALTGSQIWWTTDVGIAFSRLEEGYETALKDYNKKQIAQLNAL
ICLLLGELTSSDRQKIMTICTIDVHARDVVAKLVAQKITSSQAFAWLSQLRHRWDGVQKH
CFANICDAQFQYYYEYLGNTPRLVITPLTDRCYITLTQSLHLTMSGAPAGPAGTGKTETT
KDLGHALGMMVYVFNCSEQMDYKSIGNIYKGLVQTGAWGCFDEFNRISVEVLSVVAVQVK
TIHDAIRNKKKEFLFLGENITLKPSVGIFITMNPGYAGRTELPENLKALFRPCAMVVPDI
ELICEIMLVAEGFVDARLLARKFITLYKLCGELLSKQDHYDWGLRAVKSVLVVAGSLRRG
DKTRPEDQVLMRALRDFNLPKIVTDDSPIFMGLISDLFPALDVPRKRDLQFEQMVKQSTL
ELCLQPEESFILKVVQLEELLAVRHSVFVVGNAGTGKSEILRTLNRTYTNMKLKPVWNDL
NPKVVTTDELFGFIHQATREWKDGLFSFLLREQVNIVHNGPKWIVLDGDIDPMWIESLNT
VMDDNKVLTLASSERIPLTPTVRLLFEIHHLKTATPATVSRAGILYVNPQDLGWNPYVAS
WIERRSDQSEKANLTILFDKYVPPCLDQLKTKFKTIIPITENSMVQTLCSLLDCLLTPEN
VSLDCPRELYETYFGFACVWAFGGVLFQDQLSNYQEEFSHWWQKEMKVVKFPSHSTIFNY
CIDSKTKRFVPWSDKIVPVHLDPDTPLQAVLVHTSETTCLKYFTSLLLEKSKPVMLVGNA
GVGKTVFIGECLAGLSEDFLVSKVPFNYYTTSAALQRILEKPLEKKAGRNYGPVGNKKLI
YFIDDVNMPEVDVYGTVQPHTLIRQHIDYGHWYDRQKLSVKEIHNCQYVACMNPTVGSFT
INPRLQRHFAVFAMNFPSTDALSTIYSKILDFHFQRHAFNPSMLKHGVSVIQAAIWLHQI
MVQNFLPTAIKFHYIFNLRDLSSVFQGILFAKPECLKHPNDLIRLWFHESSRVYGDKLVE
AKDCNFLHKKLVDTAHKYFEGVEDHILLQQPLIYCHFANGVADPNYMPVKNWDMLRKILV
ETLENYNELNASMNLVLFEDAMQHICRISRILESSCGYALLVGVGGSGKQSLSRLAAFIG
SLEVFQITLKKGYGIQDLRVDLANLYIKAGAKNIPTVFLLTDAQVPDEHFLVLINDLLAS
GEVPDLFSDEDMDAVIAGIRNEIRGHGLVDTRENCWKFFLDRVRRQLKIIMCFSPVGSTL
RVRARKFPAIVNCTAIDWFHEWPQEALLSVSRRFIDETPGIKPEFYDSICHFMAYAHTSV
NEISVKFRQNEKRYNYTTPKSFLEQIILYKNLLEKNVQKISEHKEHLVNGIQKLKTTSSQ
VEDLKYKLASQEAELQLRNQDAEALITKIGLQTEKVSKEKAIADAEEQKVS
NT seq 9333 nt   +upstreamnt  +downstreamnt
atgaagatggaggacgaagaggaagagacggtggaggagcccagtttcgccgaggacccg
agggttcagttcatcgggagtcgcttggcgcactcgctgaggctccaagaagacaaatgg
agcgcgtttctggaagaggaggcgaaacagcagctcttggccgacttctttgagcacagt
cgtcccgcattgctggctttctgccttcccagggcaggaggactggcggctagtagcaag
atacccagtggaatgaaatgtaaagtcctttgtattatgaagactacaggccacattgaa
gcagaaaactacaagactgacctcaggtttgaagagctgcttggagcacctatagaacat
gttatgttacccattctttcgaacaagaaaaatcatgaatcctggccacattttgtttca
cgggacatggaacgacatgtagaaatcatgaaaaataaaatatttgttatgaatggaatt
ttgtcagggagaactcttcttcctattccaacggttgcagcagagacagacttgaatgag
atgcatgatgaaaataagcaagattcttatacaaggtcagtgctacatgcaatagaatcc
atgattatcaagtggtctcatcaaattcgagatatcgtggaacggaattcagctcaaact
cttctttatggctttcatccagatccaatgattgagcttaagttttggaaggaaagaaaa
gataacctgtattatatatataagcaacttcagagtcctgttgttcagaaaatgattagg
attttaaaagccaagaacagcagctattatcctacttttcaggacatttacaaggaagta
gaaaatgctcttgttgaagcccaggatgttgaactctacttgaggcctctggaaggacac
attcagtgcattcaggaggcagaatttcaaaaaatacatactttaattccacccttattc
cacaccatctgtctggtctggagtcactctgcgttttacaggataccagcacgaatcatt
gttctgttgcaggaattctgcaatctgtttattgaccaggctatgtcatatctttcacca
gaagatcttatgaaaagagaaactgaggaaactttggaacacttgcaagatgctcttaat
actttgaggagttttaaggattccttcttcagttacagaaaaagaatagtaacttacttc
agtaacagccaagagtttaaatcatgggattttcagccacagatgatatttgccagattt
gatatgtttctaacccgcttagagaaaatagaggatatttttgttatcatgcttcaattt
gaaaagctggagaagctggaatttggtggtagcaaggggaaaattttgaatggccaaata
tacaggctgaatgaagaatttatggagtcgtgtaaaatttttacagagagaacatacaac
cccttagactacaacaatgtggaatttgatgaagactacgaccattttaaaaacaaaatt
ctggaatttgaaagacgtcttggatcaatattttgtatgggatttcttgagtgttcaggt
ttagaatcagcatttaagcttttagcaatttttggatattttctggagaagcctgttatt
gcagatatttttagcccaaattacaaaattttactgcagatgtttgatgaagagctgtgc
aactgcaaacacttgtacgatgatcacattaagcaagtggaagaggggaatgaaatagta
cataaaaacatgccatttacttctggaaaccttaaatggtcccgagaaattaaaggccgt
gtacagtcattttggtcaaacttctcattcctgactcacctaatcctggaaagctcagaa
agtgcattaatctatcaaaaatatatagagatgctgaccttgcttgaccagtatgaagag
gatatctattgtaaatggaaatccaaggtggatgatgtttgtcagtttaatttagatcaa
ccactaattaaacacagtgataaggatgggctcattagtgtgaattttgatcctcagctg
gtggctgttttaagagatgtcaaatacctcttgcttttgggtcagcctgatattccaagg
tctgcattagaaatgtataagaaaagaagaacttttgacatgcacattggagtccttgag
cttgtagtacagtggtataacaagattaaacagacagttttggaagtagaataccctctg
attgaaacagaactgagaacaattgatgatctgctagtggaagctgaaagaacattcaca
tggctagaggagaactgctgggagtacattgaatatgtgaaagccaccgtttatgacttg
gaggaaagacttcaaaggtcaaaggacaatattaaagccattcaacaaattatgaagggt
tggatggagcagctgatcttttatagaaaagaaaataagaaggaaactttgttgaacctg
gaagacaaagaagataggctttctaagaaattcatgtcacttcaagaagacggccataag
atccatacacttgcacaggaaaacttaatgcttttaaaagcagacccagattcagattcc
tggaagatttatttggaattcattgatgacattatagttgatggtttttataatgtcata
atgcacaatttaaacttcttcttggaaaacacagagccaagcttgaagacacttccatta
ttccaggttcaggtgaccctaagtgctccagatattgcatttacaccttcattgaacaaa
gaagctggagatggcttttatgatctaatagatgaacttttaagcagtatattcaaaatg
tctggccaggtgaaaagagtatccacacatctaggaatgcagcattatcagaatgatatg
gacagtatggtagagctgtctgagactaggaaagtgattatgggcagagtggaagatgtt
attaccaaagctgtggacttcaaaaccagttttgaaccctatgcttatctttggacagaa
gacagatctgagtttatgaaacagtttctttttgatggacatatgtcagcttctggagaa
actgaaactcctgctgatgttggtaaatctgatcaacacccaacaactgaacaatttaaa
gagcagattgacatctatgagaatctttatagtcaagtaagcaaacttgaagatttcaga
atatttgaagggtggtttaaattagacctgaaacctttcctaatttgtttgttaaacatc
attaagaaatggagttggatgttcaaagaataccttttgagatttgtcattgacagcctg
acagacctagaagaattcattaaaatgacagatgctgggctccaaaaagaattaaaggaa
ggagattataatggactgatagatgtcatggttcacctcctggctgtgagagacaggcaa
acaactaccaatgagctttttaaacctctaaaagatactattatactcttggaaagctat
ggacagaagatgccagatcacatttatgtcctagtagaggaactgcctgaaagatggaac
atgaccaaaaaacttgctatatctataaagcatgaagtggctcctcttctgacttctgag
gtcacccttctcagaaaaaaatgtgcagcttttgatggaaagcagataggattcagagaa
agatttagagtggatgctccctttcattgtgatgccaaaaacccatatgcgcttcttgat
aaggcaaatagggagctggaggcactggaagaagaaatgtcacacttaaaggaatctgcc
aacctttttgaagtgataatgccagattacaagcaaatgaaacaatgtcgcaaggaaata
caacttctcaagagagtgtgggatattaacatttatgttacaagtgccattaatgactgg
accaaaagccattggagagagattagtatggaagcaatggatgtagagctcagaaggttt
gccaaggacatgtggtcattggataaagaagttcgttcctggaatgtatatattggttta
gagttaacaataaagaacatgttgacatcactgagggttataacagagcttcagaatcct
gcaatgagagacagacactggtatcagctgatggatgcaataggtgttcattttttagtg
agcaaacatacaacattagcggagttgctggcactgaagctacacaagtttgaagatgac
attagaagtattgctgacaaagcagtgaaagagctaggcactgaaaagattctcatagaa
atcagtcagatatggacgacaatggagtttacctatgaaaagcattacaggaccaatatt
cctttgctgaaaattgatgaacagctttttgagactttagacaataaccaagttcagctg
caaacaattctacagagcaaatatgttgaatatttcattgaacaagtcttaagctggcag
aaaaagttgaatgtggcagacgcagtcatattcatttggatggatgttcagcgtacatgg
gcacatctagaaaccattttcattggctcgcatgatatcagagatcagcttcccctagat
gcaaaacgatttgatggcattgattcagattttaaggagttaatgattgactcagcaaat
acaaaaaatgtattggaagcaacaacaaaacccaatttatatgaaaaacttgaagacctg
caacacagactttccatttgtgaaaaagcccttgctgaatatttagaaaccaaacgttta
gcttttcctcggttctattttgtttcatctgctgatctccttgacattctctcaaaagga
gcccagccaaaacaggtgacctgccatcttattaaactttttgacaatactgctgatctt
aaatttcaagacaacaatgagaaatccaggaatactgcattagggatgtacagcaaagaa
aaggaatatgtcccatttaatgcagaacttgagtgtgtcggtcaggtggaaacatggtta
aaacgtcttgaagaaaccatgtgtgaaacagtacgtcatcacatcaccgaagctgttggt
ctgtatgaggaaaagcccagagaacagtggatttttgactatccagctcaagtagcactc
actggctctcaaatctggtggactacagatgtgggaatagcattcagcaggctggaagaa
ggatatgaaacagctttgaaagattataataaaaaacagattgctcagctaaatgctctt
atctgtctcttgttgggagagctcacatccagtgacagacagaagattatgactatatgt
acaatagatgttcatgcaagggatgtggtggcaaagcttgttgctcaaaagatcactagt
tcccaagcttttgcttggctatcgcagctacgccatagatgggatggggtccagaaacat
tgctttgccaacatatgtgatgctcagttccagtactactatgagtacctgggaaatacc
cctcggctagttattacacctttgactgacaggtgctacattactctgacacaatctctt
cacttgacaatgagtggggctcctgcaggtccagctgggacagggaaaacggagaccacc
aaagatttgggccatgcccttgggatgatggtctatgtcttcaactgttcagaacagatg
gattacaagtccataggaaacatctataaaggtttagtccagacaggagcttggggatgc
tttgatgaatttaaccgaatttctgttgaagttctttcagttgtggcagtacaagtaaag
actatccatgatgcaataagaaataagaaaaaggaatttttgttccttggagaaaatatt
acattgaagccatcagttggaatatttattactatgaatccaggctatgccggccgaaca
gaattacctgaaaatcttaaagctcttttcagaccctgtgcaatggttgtccctgacatt
gaactaatctgtgagattatgctggttgctgaggggtttgttgatgcacgcttgttagcg
aggaagtttattaccttgtataaactctgtggagagcttctctctaaacaggatcattat
gactggggtcttcgtgctgttaaatcggtcctggtagttgctggctccctgaggcgagga
gacaaaactagacctgaggatcaagtacttatgcgagccttaagggacttcaacttgcct
aagatagtgacagatgatagcccaattttcatgggcctgatcagtgacctatttccagct
ctggatgttccgaggaagagggacctgcaatttgaacagatggttaaacaatctaccctg
gagctttgtttgcagcctgaggagagctttattctcaaagttgttcagcttgaagagctg
ctggcagtgcgtcattctgtcttcgtagttggaaatgcaggcacggggaaaagtgagatc
ctgagaacgctgaacaggacttatacaaacatgaagctgaagcctgtttggaatgatctg
aatcccaaagttgtgactactgatgagctttttggttttatacatcaggctactcgggaa
tggaaagatggtctcttttcatttcttttgagagaacaagttaatattgtccataatggg
ccaaaatggattgtcttagatggggacatagaccctatgtggattgagtcactcaatact
gttatggatgataacaaggtgctgactcttgctagcagtgaacggattcctttgactcca
acagtgagacttctgtttgagatccaccatttaaaaacagctactccagctaccgtatct
agagcaggtattttgtatgtaaatccacaggatcttggttggaatccgtacgttgcaagc
tggatagaaagaaggagtgatcaatctgaaaaagcaaatttgactattctctttgataaa
tatgttcctccatgcttagatcaactcaaaacaaaatttaaaacaatcatacctatcact
gagaacagcatggttcagactctctgttctctccttgactgtttgctgacccctgaaaat
gtgtctcttgattgtccgagagaactgtatgagacatattttggttttgcttgtgtgtgg
gcatttggtggggttctctttcaagatcagctctccaattatcaagaagaatttagtcat
tggtggcagaaagagatgaaagttgtaaagtttccatcgcatagtacaatttttaattat
tgtattgactcaaagaccaagagatttgtgccctggagtgacaaaatagttcctgttcac
ctggatccagatacacccttgcaggcagtccttgttcacacatcggagaccacatgtctc
aaatattttactagtttactgttggagaaaagcaagcctgtgatgctagttggaaatgct
ggagtggggaaaacagtatttattggggaatgccttgctggcctttctgaggatttcctg
gtatccaaagttcccttcaactattatacaacatcagctgcactacaaaggattcttgag
aaacccttggagaaaaaagctggccgtaactatggtccagtgggaaacaagaagctgatt
tatttcattgacgatgtaaacatgcctgaagtagatgtgtatggaacagttcagcctcat
acactgattcggcaacatatagattatgggcattggtatgataggcagaagttaagtgta
aaggagattcataattgtcagtatgttgcctgtatgaacccaaccgttggcagcttcaca
atcaacccccgactccaaagacattttgcagtgtttgcaatgaactttccatccactgat
gctttaagcactatctacagcaagatccttgatttccacttccagcggcatgcctttaat
ccatcaatgctaaaacatggggtttctgtgatccaggcagcaatatggcttcaccagata
atggttcagaactttctacccacagctattaaattccattatattttcaatctccgagac
ctctccagtgtcttccaggggattctgtttgctaaaccagaatgtctaaagcatccaaat
gatctcatacgtctgtggtttcatgagtcttctcgtgtttatggagataaattggtggaa
gcaaaagattgcaatttccttcataagaaattggttgacactgcacataaatattttgag
ggtgtggaagatcatattcttctccagcaaccacttatttactgtcattttgcaaatggg
gtggcagaccctaactacatgcctgtcaagaattgggacatgttgagaaagatacttgtg
gagactcttgaaaactacaatgaactgaatgcatcaatgaacttagttttatttgaagat
gccatgcaacacatctgtcgtattagtcgaatcttggaatcctcttgtggttatgcgctt
ttggttggagtagggggcagtggcaaacaaagcctatcacgactggctgcattcattgga
tctcttgaagtgtttcaaattacactgaagaaaggctatgggattcaggacctcagggta
gatcttgccaatctgtacatcaaggcaggagccaagaacattcccactgtgtttttgctg
acagatgctcaggttccagatgaacactttcttgtgctgattaatgacttgttggcgtca
ggagaagttccagatctatttagtgatgaagatatggatgctgtaattgcaggaattaga
aatgaaatacgggggcatggtcttgttgataccagagaaaactgttggaagtttttttta
gacagagtacgacgccagctaaagatcattatgtgtttctctcctgtcggttccacactg
agagttagagctcggaagttcccagccatagttaactgcacagctattgactggtttcat
gagtggccacaggaggccctgctgtccgtcagcaggaggttcattgatgagacgcctggg
attaagccagagttttatgactccatttgtcacttcatggcctatgctcataccagtgtc
aatgagataagtgtgaagtttcgtcagaatgagaagcggtacaactatacaactccaaaa
agctttctagaacaaatcatactttacaagaaccttctagaaaagaatgtccagaaaata
tccgagcataaagaacatcttgtaaatggcattcaaaaactaaagacaacatcttctcag
gtggaggacttaaaatacaaacttgcctctcaagaagcagaactgcaactgagaaatcaa
gatgctgaagctttgattaccaagataggacttcagactgagaaagtgagcaaggaaaag
gccattgctgatgcagaggagcaaaaggtcagt

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (55)   
   KEGG ORTHOLOGY (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (76)   

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