KEGG   Amphimedon queenslandica (sponge): 100636185
Entry
100636185         CDS       T02284                                 
Name
(RefSeq) dynein heavy chain 6, axonemal-like
  KO
K10408  dynein axonemal heavy chain
Organism
aqu  Amphimedon queenslandica (sponge)
Pathway
aqu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100636185
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:aqu03037]
    100636185
   04812 Cytoskeleton proteins [BR:aqu04812]
    100636185
Cilium and associated proteins [BR:aqu03037]
 Motile cilia and associated proteins
  Dynein arm
   100636185
Cytoskeleton proteins [BR:aqu04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     100636185
SSDB
Motif
Pfam: AAA_6 DHC_N2 AAA_7 Dynein_AAA_lid AAA_5 AAA_22 AAA AAA_18 RNA_helicase DUF632 Sigma54_activat HerA_C DEAD
Other DBs
NCBI-GeneID: 100636185
NCBI-ProteinID: XP_019854828
Position
Unknown
AA seq 2309 aa
MSSSKASPHFTLGIDRKDLQARIYAQPDVLSQNKPLALKAVRKGPPQPARPFIQRKLEPL
PALAAYQKRKNEEVLKFEEKPEEARGSVPPHPKHMKTDEPSSPTFSSNPSLPELAPQPLS
SLHVTPPRPPISSRLTDSFLQVRKRQSSSRKTNQSALYVNTDPGTVITKYSPPLEELTDP
LEIVARLKKEPELGFVYLTPSGGSVHYNPYNLRVVVHSKVNKNDYSTLSLRGVTRLRNGK
EADFTELNQWVSDYNHFNKLLKIKTFFVFRMWKAFATWRKSVRTRKISRCRKSLKENLFY
LHPDLGKALLEIKEGAENISENELMTGIDPSTTYTLEEFQGSQLGKMGIVSINLAQFHLD
IRNIARHACEEALRREQFVPDPIRPDDPKSNGIDDTLDSSRLSLDSIEMQKYTMQALKRN
HCQRLSCFIRLCDYIILSMLHDLTLGSEKHLLQCLKERASCVVEIEDFAEPIPDDEEEDE
KVLLLPLKTPSSSVQNTPSHLGRRPTNSNVAIDDEHQVDYKCLFISHLKLESQGLEYKPS
LHDFQQVLADTMTRYQDCTLAVPNLLSDSYFNAFTRPVINNKVEEKTCGTGPSLADIFED
DIELMNVAQSVQDVLLSSFSLADDYASKFELFRKFYEENEQFELDSLEDEDNDVAFYRKR
LYRYRKQHVQAVEKCPTDKKLGLLLVDTNELKARLIPSPVRCLEAIHDVMPAKAKSMMDR
LIQLSQDATFRLETEPTSTMEYVSLLTFLDEIQSQVDKVEEESEVTKDLYELIDKYKVPV
PPEDYTYAFNMLKPAVQGLRSSVDRVMSQREQYIDKFCRFLDKDIVALRKELKGVKNEAQ
NPLVLDPEADEEKVRGILQDLQSKLDGLNDKAVSYKNHQKKFKVEVTRFEELEEVTTEVK
LKQLMWDARNEWDTSYNEWMTTPFDELVPDTVNTQVVKFAKSVYQLEKGLPPNAIVPKLK
TKVEEMKDKMPVIQDLRNPSLKTRHWEQIEEILDHKFDPEEKKTLKLLEELNAFNFAEAL
QEVSGQASSEASLEAILKKVEDGWKTMEFIVLPHRDSKDVFILGGTDDIQVQLDDSIVNV
STIAGSRHVGPIKPRVEDWEKQLALFSETLEEWLTCQRNWLYLESIFGAPDIQRQLPDEA
KMFNQVDKSWKEIMRRVQKNPLAIRSGTTPGLLEEFKKSNSLLEQIQKCLEDYLESKRLL
FSRFFFLSNDELLEILSQTRNPQAVQPHLRKCFDAIAKLEFGKGPPSEPGGPPTITNDIL
AMLSPEQESVALQKGLKARGNVENWLTNVEESMVVSLRKLTKVAIADFDTRPRHEWATMH
ASQVVLTVSQIMWCKDLTECLMKESPDEVLESVKGAEQRCFDNLNKLAELVRGTLPKLIR
NIIGALITIDVHARDIVTQMVENKVTGLSDFEWVKNLRYYWDPEIDDCIVKMSNSRYIYG
YEYLGASPRLVITPLTDRCYLCLMGALQLDLGGAPAGPAGTGKTETTKDLAKALAKQCVV
FNCSEGLDFKMMGRFFSGLAQSGAWCCFDEFNRIDIEVLSVIAQQLLTIRNAKLARAKTF
LFEGREIKLIRTCAAFVTMNPGYAGRTELPDNLKALFRPFAMMVPDYALIAEVILYSEGF
ESSKNLARKMVQMYKLCSEQLSQQDHYDFGMRAVKSVLVMAGQLKRENPHLREDVVLIRA
LRDSNLPKFLADDAILFKGILQDLFPGIELPEHDYGILQSSIENAALSRDLQVVPTQIKK
VIQLYETMQVRHGLMLVGPTGGGKTTCYQILKDALTTLHSQGHQHPDYQPVHTFVLNPKS
VSMGELYGEVNKLTLEWNDGLMAITVRHCVKDTTDDHKWVICDGPVDALWIENMNTVLDD
NKMLCLANSERIKLTQSIHMVFEVQDLAVASPATVSRCGMVYVDPGELKWKPYIQTWIEH
KFPIKLPDATKAYLIELFDKFIDPGLKFIKKHCIQAIDQVDINRVVTLSKLFESLLCKDP
KRVDWKGETSKLHPLLCTTFLFCYVWALGGNLVQKSMDSFENFVRDVFSETHDVKIPGGG
DLYSYFVNFESRYLESWDKIIPTFRYDPEVPYFDLLVPTVDTVRYGYLMEALLDVRYSVL
FTGTTGVGKSVIAKGKLTELQEKGLYVPVFINFSAQTNSIRTQEIIESKLEKKRKTVLGA
PAGKHVAIFVDDLNMPKLDRYGSQPPIELLRQYQDFGGFYDREKLFWKQIKDMTICAGCA
PPGGGRNPVTPRFIRHFAMLCLPSPAEVSLKAIFKVQSTCTVDVARVMHISASRSTCTMY
MYNVDTVKIGFNLVAAKTNTENSQLLLVN
NT seq 6930 nt   +upstreamnt  +downstreamnt
atgtcctccagcaaagctagccctcactttacccttggtattgacaggaaggaccttcag
gcacgaatatacgctcagcctgatgttctctcccaaaacaaacctctggccttaaaggca
gtaagaaaaggcccacctcagccagccaggccctttattcagaggaaactagagcctcta
ccagctctagcagcttaccagaaacgaaaaaacgaagaggtgttaaagtttgaagagaag
cccgaagaagctcgaggttctgttccccctcacccaaaacacatgaaaacagatgaaccc
tcttcccccaccttctcttccaacccttcccttcctgaactcgcccctcagcctttgtcc
tctctacacgtcactcctccacgtcctcctatatcttcacgtttaactgactctttcctt
caagtccgcaagagacaatcctcctctcgtaagaccaaccagagtgccctttatgtgaac
acagacccaggtactgtgataacgaaatactctcctccactggaagagctcacggatcca
ctggagatagtcgcaagacttaagaaagagccggaattaggttttgtgtatttgacgcct
tctggaggatctgttcattataatccttataacttgagagttgttgtacattctaaggta
aataagaatgattactccactctcagcctaagaggtgtcacaaggctacgtaatggcaaa
gaggccgacttcacagagctgaatcaatgggtgagcgactacaaccacttcaacaagcta
ctcaaaataaaaactttctttgtctttcggatgtggaaagcattcgctacctggaggaag
agcgttcgtacaagaaagatctctcgttgtcgtaaaagcttgaaagagaacctcttttat
cttcaccctgatcttgggaaggcattgcttgagataaaggaaggtgctgagaacatcagt
gagaatgagctaatgactggaatagacccttcaactacttatacactggaggaattccaa
ggatctcagctagggaagatggggattgtttccattaatctagctcagtttcatcttgat
ataaggaacatagcaagacatgcgtgtgaagaggctctgaggagagaacagtttgtacca
gaccccatcagacctgatgatcccaagagcaatggtattgatgatacattagattcctct
cgtctctccctggactccattgagatgcagaagtacacgatgcaggcattgaaaaggaac
cattgtcagcgtctctcctgcttcattcgtctctgtgactacatcatactctcaatgctc
cacgacctcactctcggctctgagaagcatttgcttcagtgcctgaaggagagggccagc
tgtgtggtagagattgaggactttgctgaaccgattcctgatgatgaggaagaagatgaa
aaagttttgctccttccacttaagactccatcatcttctgttcaaaatacaccatcacat
cttggtagacgtcccactaatagtaatgtagccattgatgatgaacaccaggtggactac
aagtgtctctttatttctcatctcaagttagagtctcaaggactcgagtataagcccagt
cttcatgatttccagcaagtcctagcagacactatgaccagataccaggactgcacactg
gctgttcctaatctactctcagactcttatttcaatgcattcactaggccagttattaat
aacaaagtagaagagaagacatgtgggactggtcctagtctggcagacatttttgaagat
gacattgagctaatgaatgttgcacaatcagtacaagacgtcctgttatcaagcttcagt
ctagctgatgactatgctagcaagtttgagctctttaggaagttttatgaagaaaatgaa
cagtttgaacttgatagccttgaagatgaagacaatgatgtagcgttctacaggaagagg
ctgtacaggtataggaagcaacatgttcaggctgtggagaagtgccccactgacaagaag
cttggactactactggttgataccaatgaactaaaggctagactgataccatcccctgtt
aggtgtctggaggctatacatgatgtaatgccagctaaagctaaatcaatgatggacagg
ctaatacagctatcacaggatgctacatttagactagagacagagccaaccagcacaatg
gaatatgtatcattattgactttccttgacgaaatacaatcacaggttgataaagttgag
gaggaatcagaagttactaaggacctgtatgaactaatagacaagtataaggtcccagtg
ccgcctgaggactacacttatgccttcaacatgcttaaaccagctgtgcaaggactgagg
agctctgttgatagggtcatgagtcagagggagcagtatattgataagttttgtaggttc
ttggataaagatatagtggcattgaggaaggagctgaagggagttaaaaatgaagcccag
aatccactagtgcttgatccagaagctgatgaagagaaggtcagaggaatactacaagat
cttcagtcaaaactcgatgggctcaacgataaagctgtatcatacaaaaatcatcagaaa
aaatttaaggttgaagtgactcggtttgaagaattggaggaagtcacaacagaagtgaaa
ctgaagcagttaatgtgggacgctagaaatgaatgggatacatcatacaatgaatggatg
acaactccgtttgatgaacttgttcctgatactgtcaacactcaagtagtgaagtttgca
aagagcgtctaccaattagagaaggggcttccccctaatgcaatagtccccaaactcaag
actaaagttgaagagatgaaagacaagatgccggtcatacaggacctccgtaatccttca
ctgaagacccgccactgggaacagattgaggaaatacttgatcacaagtttgatcctgaa
gagaaaaagactttaaaattacttgaggaacttaatgcgtttaattttgctgaggcactg
caggaggtgtctggacaggcatcttctgaagcttcactggaagccattttgaaaaaggtt
gaagatggatggaagacaatggagttcattgtattgccacacagagactctaaggatgta
tttatattaggaggaactgatgatatacaagtacaacttgatgacagcattgtcaatgtt
agtactattgctggctcacgtcatgttggccccataaagccaagggttgaggactgggag
aagcaactagcactcttctctgaaacactagaggagtggttaacctgtcagaggaattgg
ctttatctggagagtatttttggagctccagacattcagagacagctacctgacgaggct
aagatgttcaaccaagtggacaaatcttggaaagaaataatgagaagagttcagaagaac
ccactggccattagatcaggaaccacacctggtttgcttgaagagtttaagaagagtaac
tcgttactggagcagatccagaagtgtctggaggactatcttgagagcaagaggcttctc
ttctctcgattctttttcctctcgaatgacgagctactcgagatattgtcacaaacacgg
aaccctcaggcagtccagcctcatcttaggaagtgctttgatgcaattgcaaagttagag
tttggtaagggacctccttcagagcctggcggtccgcccactatcactaacgatatatta
gccatgctgtcacctgaacaagagagtgttgccttacaaaaaggtcttaaagcaagaggc
aatgttgagaactggttgactaatgttgaggagtcaatggttgtgtcattgaggaaacta
actaaagttgccattgcagactttgataccagaccacgccatgagtgggcaacaatgcac
gccagtcaagttgtattgactgtatcacagataatgtggtgtaaggatttaacagagtgt
ctcatgaaagagtcgcctgatgaagtacttgaatctgttaaaggagctgaacaaagatgc
tttgataatttgaataaattggcagagctggttcgtggcacactccctaagctgatacgt
aacataataggagcactgataactattgatgtacatgctagagacattgtgacacagatg
gtagaaaacaaggtaactggtttaagtgattttgagtgggtgaagaacctcaggtattat
tgggatcctgagattgacgactgcattgtaaagatgtccaattcaagatacatttatgga
tacgagtatcttggagcatcaccacgtcttgtcatcacaccactcactgatcgctgctac
ttgtgtcttatgggtgcactccagttggatttgggcggggcccctgccggcccagctggt
actggaaagactgagacaacaaaagacttagcaaaagcacttgcaaagcaatgtgtcgtg
tttaactgctcggaaggactggactttaaaatgatgggtaggtttttctctggtctggcc
cagtccggagcctggtgctgttttgatgagttcaatcgtatcgatattgaagtattgtct
gtcattgcacagcaactccttaccatcaggaatgctaaactagcaagggctaagaccttc
ttatttgagggtagagagattaagctgataaggacttgtgctgcctttgttaccatgaac
ccaggctatgctggtcgtactgaactacctgataaccttaaagctctttttagacctttc
gctatgatggtccctgactatgctctcattgcagaggttatattgtattctgaaggtttt
gagtcatctaagaatttagcgaggaagatggtacagatgtacaagttgtgcagtgagcag
ttgtcccagcaggatcattatgactttggaatgagggcagtcaaatcggtgctagtaatg
gctggacagctaaagagagagaatcctcacttgagggaagacgttgttctcattcgtgct
cttagagacagcaacttaccaaagttcttagctgatgatgccattttattcaaaggtata
ttacaagacttgtttccaggcattgagctacctgagcatgattacggtatcctccagtcc
tccattgagaatgctgctctctccagggaccttcaggtagtgcctactcaaataaagaag
gtcatccaattgtatgagactatgcaagtacgtcatggactcatgttagtgggccctact
ggaggtggaaaaacaacctgctatcagatattgaaggatgctttgactacattgcattca
caaggtcaccagcatcctgactatcagccagtccatacctttgtactcaaccctaagtct
gttagtatgggtgagttgtatggtgaagtgaacaagctaacgttggaatggaatgatggg
ctaatggctatcactgtcaggcactgtgtcaaggatactactgatgatcataaatgggtc
atttgtgatgggccagtggatgcattgtggattgagaacatgaacactgtactggatgat
aataaaatgttgtgtcttgctaactctgagaggattaagctaacccagagcatacacatg
gtctttgaagtacaggaccttgctgtggcatcaccagccaccgtcagtcgatgtggtatg
gtatacgttgatcctggggaactcaaatggaagccatacatacagacttggattgagcac
aagtttcctataaagctacctgatgctactaaagcatatttgattgaattatttgacaag
tttattgatcctggacttaagtttatcaagaaacactgtattcaagccatagaccaagtt
gatattaatcgtgttgtaacactttcaaaactatttgagtcactactttgcaaagaccca
aagagagttgactggaaaggcgagacatctaaactccacccactcctgtgcactacattc
ctgttctgctatgtgtgggcgttgggaggcaacctagtacagaaatcaatggacagtttt
gagaatttcgtgagagacgtattctctgaaacacatgatgttaagataccaggaggtggg
gatctctacagttactttgtcaattttgagtcacgatacttggagtcctgggataaaata
ataccgacttttagatacgacccagaagtgccttactttgacctcctagtccctactgta
gatacagtgaggtatggttacctcatggaggcactgcttgatgtcagatattcagtacta
ttcactggtactactggagttggaaagtctgtcattgctaaagggaagctgacagaattg
caagagaaaggcctgtacgttccagtgtttattaacttctcagctcagactaacagcata
cgtacacaagagatcatagagtctaaactggagaagaaaaggaagactgtccttggtgct
ccggctgggaaacatgttgccattttcgttgacgatttaaacatgccaaagctagaccgt
tacggctctcagcctccaattgaactattgagacagtaccaagactttggtgggttttac
gacagagaaaaactcttttggaaacagataaaggatatgaccatatgtgctggttgtgct
cctcctggtggaggtcgtaatccagtcactccacgtttcattagacactttgctatgctg
tgcctcccttcaccagctgaggtatcacttaaagctatattcaaggtacagtctacatgt
actgtagatgtagcaagggtaatgcatattagtgcatcgcgatctacatgtacaatgtac
atgtacaatgtagatacagtaaagataggatttaatcttgtagcagccaaaaccaatact
gaaaattcacagctattactggtaaattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (79)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (103)   

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