KEGG   Cyprinus carpio (common carp): 109106623
Entry
109106623         CDS       T05134                                 
Name
(RefSeq) LOW QUALITY PROTEIN: dynein heavy chain 2, axonemal-like
  KO
K10408  dynein axonemal heavy chain
Organism
ccar  Cyprinus carpio (common carp)
Pathway
ccar04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    109106623
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ccar03037]
    109106623
   04812 Cytoskeleton proteins [BR:ccar04812]
    109106623
Cilium and associated proteins [BR:ccar03037]
 Motile cilia and associated proteins
  Dynein arm
   109106623
Cytoskeleton proteins [BR:ccar04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     109106623
SSDB
Motif
Pfam: Dynein_C AAA_8 AAA_9 MT AAA_lid_11 AAA_7 Dynein_heavy AAA_lid_1 AAA_5
Other DBs
NCBI-GeneID: 109106623
NCBI-ProteinID: XP_018975486
Position
32:complement(22287428..22337653)
AA seq 1932 aa
MGFIGMTSNGAFAKEYESTSSNNVQEIIESRVEKRIKGVYVPVGGKRMVVFLDDLNMPAM
DDFGSQPPLELLRLWIDYGFWYDRQKQILKCIKDIYLLAAMGPPGGGRTQISGRLQSRFN
LINMTFPTESQIKRIYGTMISQKLQEFEEEVKPIGGVLTQATLELYHAITARFLPTPAKI
HYLFNLRDISKVFQGLLRAHKDFHDTKQSITRLWIHECFRVFSDRLVDHADMETFVGLLS
EKLASYFDVPYHTICPNKQPPIFGDFLREPHVYEDLLDFKALKVHMENELEDYNLTPGVV
PMSLVLFRDAIEHVTRLVRVISQLRGNMLLVGIGGSGRQSLSRLAAYICKFTVFQVEVTK
QYRKQEFREDIKKLYRLTGVENKPTVFLFNDTQIVDESFLEDINNILSSGEVPNLYKADE
LDEIYNALSDSARKDNILETSDAMFNYLIERVRNNLHIVLCMSPVGDPFRNRIRQYPALV
NCTTIDWFSEWPRDALLEVAERFLDGLSLGSEDGIQTNVASIFVTMHQSVAQFSHRMKVE
LKRHNYVTPTNYLELVSGYKKLLYEKRGELGEQVSKLRNGLFKIDDTRSKVEGMSVELEE
AKKKVAEFQKQCEEYLVVIVQQKREADEQQKAVGAHSEKIEAEEIKCKAMAENAQRDLDE
ALPALEEAMKALESLNKKDMTEIKSYGRPPALVETVMQAVMILRGCDPTWAEAKRQLGEG
NFIKQLVNFDKDNISDRVLKTIGHYCTQPDFQPEIIGRVSLAAKSLCMWVRAMEVYGRIY
RXVEPKRARLHGAMTQLAEKQAALAEAQGKLREVGEKLDQLKRQYDEKLAQKEELRKKSE
DMEIKLDRAGKLVSGLAGERVRWEETVAGLEKNMSCLVGDCLLAAAFLSYMGPFLSNYRD
ELVTNIWMKQGLKVIDLQMPDFLRILENAVQFGSPVXLQNVQDELDPSLAPILNKSLTKV
GGRFLLKLGDKEVEYSPEFRFYMTTKLSNPHYTPEISSKTTIVNFAVKEQGLEAQLLGIV
VRKERPELEEQKDSLVINIASGKRKLQELEDEILRLLNEASGSLLDDVQLVNTLQTSKVT
ATEVAEQLEISELTESQIDTAREAYRPCAQRASILFFVLNDLGYIDPMYQFSLDAYINLF
TLSIESSPRSHKLEERINNLNRHHTYAVYRYTCRGLFECHKLLFSFHMCAKILEASRKLN
IDEYSFFLRGGLVLDKEKQMDNPCSSWLLDSNWDNITELDKLTNFHGLMASFEQYPRDWH
LWYTNPEPEKAPLPGEWQKNCNELQRMLIVRSLRQDRISLCVTTFVINNLGSQFVEPPIL
DMKAVLADSTMRTPLIFVLSPGVDPTAALVQLAETSGMGQRFFALSLGQENFKSNVLLLN
LIIKLSFSLAGHWVFLANCHLSLSWMCELDKLVDELQIQECHPDFRLWLSSSPHPEFPIA
ILQTGIKITTEPPRGVKWNMKRLYQRVSESQFSRCSRPLLYRKLLFALCFFHSVIQERRK
FLQLGWNIVYSFNDSDFEVSESLLSLYLDEYEEIPWDALKFLIAGINYGGHVTDDWDRRL
LTTYINQYFCPAVIDTPFFKVSSLVHYYVPRDGPQSSYLDFIGQLPALEHPELFGQHPNA
DIASQITEARTLFHTLLSLQPQVTSTDTTSPGASREDKVLEFSADVLQKIPAEIDYEGTR
KLLKDDLSPLNVVLLQEIQRYNALLHTIRLSLLELEKGIKGLVVMSSSLEEIFHNIHDAR
VPPLWEKVYPSLKPLASWTRDLCQRVEQFARWAETARPPVLFWLSGFTFPTGFLTAVLQS
SARQNNVSIDTLSWEFIVSTMDDKNLHSPPKDGVFIQGLYLEGAGWDKKASCLVEAEPMQ
LFCPMPSIHFKPVESRKRVAKNMYSCPCYYYPVRSGGSGRPSFVVPVDLKSGAVPYDHWI
KRGTALLMSLDN
NT seq 5799 nt   +upstreamnt  +downstreamnt
atgggcttcattggcatgacaagtaatggtgcatttgccaaagagtatgagtcaactagc
tctaataacgtgcaggagatcatcgagtctcgagtggagaagaggattaaaggtgtgtat
gtcccagtgggagggaaaaggatggttgttttcctggatgatctcaacatgcccgccatg
gacgactttggctcacagcctcctctggagctgctccgtctctggatcgactatggcttc
tggtacgaccgccagaaacagatcctcaagtgtatcaaggacatttatctgctggctgct
atggggccccctggtggagggaggactcagatatcaggacgccttcagagtcgctttaat
cttatcaacatgacatttcctacagagtctcagataaagcgtatctatggcaccatgatc
agtcagaagctgcaggagtttgaggaggaggtgaagcccatcgggggggttctgactcag
gccaccctggagctctaccacgccattaccgcccgcttcttacccacgcccgcaaaaata
cattatctcttcaacctcagagacatctccaaggtgttccagggtttattgcgagcacac
aaagacttccacgacaccaaacagagcatcacccgcctctggattcatgagtgcttcagg
gtcttctctgatcgactggtggatcatgcagacatggagacttttgtgggacttctgtca
gaaaaactagcttcttatttcgatgtcccctaccacacaatttgccctaacaaacagcct
cctatatttggtgatttcctgagggagccacatgtgtatgaggacctgttggacttcaaa
gctcttaaggttcatatggagaacgagctagaggattataacctcacgcctggtgtggtt
cccatgagtctggtgctctttagagatgctatagaacatgtaacgcgtttggtacgtgtg
atcagtcagctccgggggaacatgttgctggtcggtatcggtggctcaggcagacagagt
ttatccagactcgccgcctacatctgtaagtttacagtcttccaggtggaggtcaccaaa
cagtaccgcaaacaagagttcagagaggatattaaaaagctctatcggctgacaggagtg
gaaaacaagcccactgtgttcttgtttaatgacacgcagatcgtggacgagtcctttctt
gaagacattaacaacattctgagctcaggggaggtgcccaatctctataaagcagatgag
ctcgatgagatttacaatgctctgtcagactcagccaggaaggacaatatcctggagaca
tcagacgccatgtttaactacctgatagagcgcgtcagaaacaacctgcacattgtgctg
tgcatgagccctgtaggagacccattcaggaaccgtattcgacagtacccagcccttgtg
aactgcacaacgatagactggttctctgaatggccacgtgacgctctattggaagtggct
gaaagatttttggatggactctctttagggagcgaggatgggatccagactaatgttgcc
agtatctttgtgaccatgcaccagtctgtggcccagttctctcacaggatgaaagtagaa
ctgaagagacacaattatgtcacacccaccaactacctggagctggtttctggatacaag
aagttgttgtatgagaagcgtggcgagctcggagagcaagtgtctaagttgaggaatggc
ttgtttaaaattgacgacacacgcagtaaggtagagggcatgtctgtggagttggaagag
gccaagaagaaagtggctgagttccagaaacagtgtgaggaatatctggttgtcattgtg
cagcagaagagagaggcagatgaacagcagaaggcggtgggtgctcacagtgagaaaata
gaagcagaagaaatcaagtgtaaggccatggctgagaacgctcagagagacctagatgaa
gcacttcctgctctagaggaagccatgaaggctctggagtcgctgaataagaaagatatg
acggagatcaagtcttatggcagacctccagctcttgtggaaaccgtcatgcaggcagtt
atgatcctcagaggatgtgatccaacttgggcggaggccaagagacaactgggagaggga
aacttcattaagcagttggtgaattttgataaggacaacatctccgaccgcgtgctgaag
accattggacattactgcacgcagcccgacttccagcctgagatcatcggacgggtctcg
ctcgctgcaaagtctctctgcatgtgggtcagggccatggaggtatatggccgtatctac
aggngtgttgagccaaagagagcaaggctgcatggagcaatgactcagctggctgagaaa
caggccgcactagctgaggcccagggcaaactcagagaggtaggagagaaactggatcag
ctgaagcggcaatatgatgaaaagctggcccagaaagaggagctacggaagaaatccgag
gacatggagatcaaactggaccgggccggcaagctggtgtctggactggcaggagagaga
gttcgctgggaggagacagtggctggtctagagaagaacatgtcctgtttggtgggagac
tgcctgctggctgctgctttcctgtcctacatgggccctttcctgtccaactacagagat
gagctggtcacaaatatctggatgaaacaggggttgaaggtaatagacctgcagatgccg
gattttttgcggatcctggagaatgcagtgcagtttggttccccagttnctttgcagaac
gtccaagatgaactagatccttcactagcccccattctcaacaagtccctcacaaaagtt
ggtgggcgtttcttgttaaaactgggagataaagaagtggaatacagtcctgaattccgt
ttctacatgaccaccaaactgtccaatccacattacactcctgaaatctcttccaaaacc
accattgtcaactttgctgttaaagaacagggtctggaggcccagctgctggggatcgtg
gtgaggaaggagcgtcctgagctggaggaacagaaggactctctggtgatcaacatcgcc
tctggcaagaggaaactgcaggagctggaggacgagatcctgcggttgctgaatgaggcg
tccggctccctgctggatgacgttcagctggtgaacaccctgcagacctccaaagtcacg
gccacggaggtcgcagaacaactggagatcagcgaactgaccgagagccaaatcgatacc
gccagagaggcctaccgcccctgcgcccagagggcatccatcctgttctttgtactgaat
gatctgggctatatagatcccatgtatcagttctctctggacgcctacatcaacctgttc
accctgagtatagagagcagcccccgcagccacaaactggaagagaggataaacaacctc
aacagacaccacacttatgccgtctacagatacacctgtcgaggactgtttgagtgtcac
aagctcctgttcagtttccacatgtgcgccaagatcctggaggcgtccagaaagctcaac
attgatgaatacagcttctttctccgggggggactggttctggataaggagaaacagatg
gataacccctgctctagctggctgttggactctaactgggacaacataactgaactggat
aaactgactaatttccatggactcatggcctcgtttgagcagtaccctcgagactggcac
ctctggtacaccaatccagaaccagagaaagcaccgcttcctggtgaatggcaaaaaaac
tgcaatgagctgcagaggatgctgattgtacgttctctccgacaggatcgcatctctctc
tgcgtcacgactttcgtcatcaataacctgggctctcagtttgtagagccgcccattctt
gatatgaaggctgttttagcggacagcaccatgaggactcctctgatctttgtgctgtcc
cctggtgtggacccaacagcagccctggttcagctggcagagacgtcaggcatgggtcag
cgcttctttgccctctcgctgggtcaggaaaatttcaaatctaatgtacttttgctaaat
ttaataatcaaactctcattctctttggcaggtcattgggtgttcttggctaattgtcac
ctgtctctctcttggatgtgtgagctggataaactagtagatgagttacaaatccaagaa
tgtcatccagatttccgactgtggctaagctcctcccctcacccagaattccccattgcc
atcctgcagacaggcatcaaaatcactactgagcctcctaggggggtgaagtggaatatg
aagcgtctctatcagcgagtgtctgagtctcagttctcacgttgctcgcggccgctgctg
taccgtaagctgctcttcgctctctgcttcttccacagcgtcatccaggagagaaggaag
ttcctacagctcggctggaacattgtctacagcttcaacgactctgactttgaggtgagt
gagagtcttctgagtctttatttggatgagtatgaggaaatcccctgggatgctctcaag
tttctcatcgctgggatcaactatggaggacatgtgactgacgactgggaccgacgttta
cttaccacttacatcaaccaatatttctgtcctgctgttattgatacgcccttctttaag
gtctcctcgttggtgcattactatgttcctcgtgatgggcctcagtcctcatatttggac
ttcattggtcagttgccagcactggagcacccggaactatttggacaacaccccaatgct
gacatcgccagccagatcacagaggctcgaaccctcttccacacactactgtctctgcag
ccacaagtcaccagcaccgacaccaccagccctggagccagcagggaagataaggtgttg
gaattttctgctgatgttctgcagaagattcctgctgagattgactatgagggtactaga
aagttgctaaaggatgacctttcacctctaaatgtagtactgctgcaggagatccaaaga
tacaacgcactgctgcacaccatcaggttatctctcttagagctagagaagggcattaaa
ggcctggttgtgatgtccagcagcctagaggagatatttcacaatatccatgatgctcgt
gtacctcctctctgggaaaaggtgtacccatctctgaagcccctggcgtcttggacaagg
gacctctgccagcgcgtggagcagtttgctcgctgggcggaaactgctcgccctcctgtc
ctcttctggctgtctggatttaccttccctacgggcttcctcaccgctgtactgcagagc
tctgcacgccagaacaacgtgtctatagacactctatcctgggagttcattgtcagcact
atggatgacaagaatctgcattcccctcccaaggatggagtgttcatccaggggctgtat
ctggagggggcgggctgggataagaaagcttcctgtctggtagaggcagagcctatgcag
ctattctgccccatgccctccatccacttcaaacctgtggagagccgcaagagggtcgcc
aagaatatgtactcctgtccctgctactactaccctgtgcggtccggtggtagcggtcgg
ccatcattcgtggtgcccgttgatctgaagtctggagctgtgccttatgatcactggatc
aagagaggaaccgctctgctcatgagccttgataactaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (9)   
   Pfam (9)   
All databases (20)   

Download RDF
DBGET integrated database retrieval system