KEGG   Cyprinus carpio (common carp): 109096412
Entry
109096412         CDS       T05134                                 
Name
(RefSeq) LOW QUALITY PROTEIN: dynein heavy chain 11, 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
    109096412
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ccar03037]
    109096412
   04812 Cytoskeleton proteins [BR:ccar04812]
    109096412
Cilium and associated proteins [BR:ccar03037]
 Motile cilia and associated proteins
  Dynein arm
   109096412
Cytoskeleton proteins [BR:ccar04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     109096412
SSDB
Motif
Pfam: AAA_6 MT DHC_N2 AAA_8 AAA_7 AAA_9 AAA_lid_1 AAA_5 AAA_22 AAA_16 AAA AAA_18 AAA_30 AAA_19 Sigma54_activat T2SSE DUF815 nSTAND3 NACHT MCM Pox_A32
Other DBs
NCBI-GeneID: 109096412
NCBI-ProteinID: XP_018965571
Position
18:16333516..16372534
AA seq 2228 aa
MEKKLNSEAELPEKWNNMKKLAWTLKHEVAPLHTAEVAVIRRKCVAFEKKLSQFRERFKR
EAPLQYNTEKPYARLDKCHREILGLEEENADLQESCKLFEVSSPDTKQLRLCQRDIAVLK
QLWDLLLCAQCSIAEWTGTIWREINVEHMETELRRFTKEMRVLDKEARVWDVYVSLDCVL
RDLLASLRAVTELLNPAMRDRHWAQLVRTTRVDFTLTEETSLEDLLALQLHRYEDVVHST
VGRAVKEMSTEKVLSEISLMWTRMEFSYEEHYRTATPMLKCSDELIENLEDSQVQLQVLL
HSKQAAFFHGQVLELQAQLTRADSVLLLWLEVQRTWAHLESIFMGSEDILHQLPDEAHQF
STIDSDFKDLMFKSGTTKNVIAATNKPNLLPMLEDLQRRLAVCEKALARYLETKRMAFPR
FYFLSSADLLDILSKGRQPRQVTCHLGKLFDSMTDLEFSDKEGEKATAAVGMFSRDGEYV
PFYSPCDCVGPVALTASQIWWSADMNLAFERLAEGFETALRDYNKKQIAQLNSLINMLLG
ELNPGDRQKIMTLCTIDVHARDVVSKLIAQKVSSAQAFAWVSQLRHSWDEEQNHCFINIC
DAQFRYSYEYLGNTPRLVITPLTDRCYITLTQSLHLTMSGAPVGPAGTGKTETTKDLGRA
LGVMVYVFNCSEQMDYKSIGNIFKGLAQTGAWGCFDEFNRIAVEVLSVVAVQVRTIQDAI
RNKRKRFLFLEEEISLKPSVGIFITMNPGYAGRTELPENLKALFRPCAMVVPDMELICEI
MLMSEGFQSARVLGNKFITLYRLCKELLSKQDHYDWGLRAVKPVLVVAGALKRADRTRPE
DQVLMQALRLCRCXCRLXRDFNMPKIVLEDVPVFLGLIRDLFPGLEVERRTDAEFQLIVR
QTSLELKLQPEDTFVLKVVQLDELLSVHHSVFVVGDAGTGKSQILKTLHKTYFNMGKKPF
WNDLNPKAISNDELFGFFHPATDEWKDGLLAHFMRDQASNSHSGPKWIILDGDIDPMWIE
SLNTVMDDNKVLTLANNERIPLTPSMRLLFEISHLKHATPATVSRAGILYINPQELSWNL
YVTSWIDRRERHMMPMFEMDPDTPVQSVLVPTVDTVRLQYFMRKLLETSQPLMLIGGAGT
GKSALVRNLLETLPENLITAKIPLHFHITASMLQKAMEKPLERKAGRTYAPPRNKRLIYF
IDDMNMAAVDIYGTSQPQALIRQHLDYKHWYDSHKLTMKDIHNTHYLSCMNPTSGSFTIN
PRLQRHFTVLAFSTPSSETLNSIFGSILSFHLQRLPFSPAVVRSAPAVVKAAVALHNRVL
QHFLPTSIKFYYLFNLWDLSRLFQGLLFSRPECVRQGADLVRLWIHESRRVYSDRFSEVS
DIQLFHRLQTDIARQASEEIEEEAVLQEPLIYLHSSAGSAEPSYMPVAGWEQLSCILNEA
LDSYNELHSAMNLVLFQEAMQHVCRISRILACPRGHALLVGVGGSGKQSLTRLAAHLSNM
DVFQPTLSKGYNIQDLKVDLAGLYLKXGVKNIPTILLLTDAQIPEDRFLVIISTLISSGE
IPDLLSEEEVDGVRKAVRSEVRELGLLDNSENCWSFFMNRVQQQLKVVLCMSPVGNILRL
RARRFPALLNCTTLDWFQEWPLEALQSVSLKFLQDIPSIQPAIRESISLFMAHAHASVKR
VSERYCRNERRHNYSTPKSFLEQLRLYESLLGKRERELHLRHGRLQCGLQKLETTASQVE
DLTVKLNSQEVELTLKNQATEALMARIGLQTERLSQKRKDADLEEQKVAAMQAEVSRRLR
ECERDLAKAEPALEAATAALQTLNKVNLTELKTFPNPPEAVINVTAAVMVLLAPCGRIPR
DRGWKAARVFMGKVDDFLQALLTYDKEHIPESSLSVLKQEYLRNPEFHPDHVRTKSYAAA
GLCAWAINIVRYYEVYCEVAPKRLALAQANTELETATAKLLSVRKKLEDLDRHLQSLTAQ
FERAAAEKLRCQEEVTRTSQTIELANRLVGGLQAENVRWSEGQLELESQLKTVCGDVLVA
AAFVSYAGYFTQPYRHQLLHDILIPFLRELQTPIPLTDGLDPVLTLTDQATVAGWQNQGL
PADRLSVENAAILMASQRWPLIVDPQQQASKWIRNLYGPNLRVLQYGQKGYLDVIEQALS
AGEVVLIENMKERVDPLLEPLLGRQTLRKEGRFNHLHDFYLFYTTDSLIECIAVKIAQKN
AFLYCSRF
NT seq 6687 nt   +upstreamnt  +downstreamnt
atggagaagaaactgaactcggaagcagagttgccagagaagtggaacaacatgaagaag
ttggcctggacattgaaacatgaggttgctcctcttcatactgcagaggtggccgttatt
cgcaggaagtgtgtggcctttgagaaaaagctgagtcagtttcgagaaaggtttaaaaga
gaagctcctctccagtacaacacagagaaaccatatgctcgcctggataaatgtcacagg
gagattctaggtttagaggaagaaaacgcagatctccaggagtcctgtaagctgtttgaa
gtgagcagccctgacactaagcagctcaggctctgtcagagagacattgctgttttgaaa
cagctctgggatctgctgctttgtgctcagtgcagtatagcagaatggacagggacaata
tggcgagagatcaatgtagaacatatggagacagagctgaggaggtttacaaaagaaatg
cgggttcttgataaagaggcccgtgtttgggacgtgtatgtgagtctggactgtgtgctc
agggatctgttggcttctctgagggctgtgacagagctgcttaacccggccatgagagac
agacactgggcccagctggtcaggactactcgggttgatttcactctgactgaagaaacg
tctcttgaggatttactggctttgcagctgcacagatatgaagatgtggtgcacagtaca
gttgggagagcagtcaaagagatgtccactgagaaggttttgagtgaaatcagcctgatg
tggacacggatggagttttcctatgaagagcattaccgtaccgctacaccaatgctgaaa
tgcagtgatgaacttattgagaatctggaggacagtcaggtgcagctgcaggtgttgctg
cacagtaagcaggcagcgttcttccatgggcaggtgttggagctacaggcccagctgact
cgggctgactcagtgctgttgctgtggctggaggtgcaaaggacctgggctcacctggag
agcatcttcatgggctccgaagacattctccaccaactgccagacgaggcgcatcagttt
agcaccattgattctgactttaaggaccttatgttcaaaagtggcacaacaaaaaatgta
attgctgccaccaacaagcccaatcttctaccgatgcttgaagatctgcaaaggagactg
gctgtatgtgagaaggcactagccagatacctggagaccaagagaatggctttcccacga
ttctatttcctgtcttcagcagacttactggatatcctttctaaaggcagacagcccaga
caggttacctgtcacctgggtaagctatttgacagtatgactgatctggagttttctgac
aaggagggggaaaaggccacagcagcggtgggaatgttcagcagagacggagaatatgtt
cccttctattcaccgtgtgactgcgttggcccggtggctctcactgcctctcagatctgg
tggtccgctgacatgaatcttgcatttgagcggctggccgagggatttgagacggcactc
agagactacaacaagaaacagattgcccagctaaactccttgataaacatgttattgggg
gaactgaacccgggtgacaggcagaagatcatgaccctgtgcaccatagatgttcacgcc
agagatgtggtctccaaactcatcgctcaaaaggtgagcagtgctcaggcgtttgcctgg
gtttctcagctccgccacagctgggatgaggagcagaaccactgcttcatcaacatatgt
gatgctcaatttcgatattcctatgaatatctgggcaacacgcctcgtctggtcattaca
cctcttacagacagatgctatataacactgactcagtcactgcacttgacgatgagcggt
gctccagtgggtccggctggcacaggcaagactgaaaccactaaagacctgggcagagct
ctgggggtcatggtgtacgtcttcaactgctctgaacagatggactataagtccataggg
aacatctttaaaggtctggcacaaactggagcttggggctgctttgatgagtttaaccga
atcgctgtggaagtgctgtcagtggtggcagtacaggtgaggaccatacaggatgccatt
cgcaacaagaggaagaggtttctgttcctagaggaagagattagcttgaaaccctctgtt
gggattttcatcacaatgaaccccggatatgctggacgtactgagctaccagagaacctc
aaagcacttttcaggccgtgtgcaatggtggttcctgacatggagcttatctgtgagatc
atgttgatgtctgagggatttcagagcgctcgggttctgggcaacaagttcatcaccctc
tacaggctctgtaaggagctgctctctaaacaggatcactatgactggggactgcgtgct
gtcaaacctgtcctggtggttgcgggagctctcaaaagagcagatcggactaggccagaa
gatcaagtgttgatgcaggctttgagattatgtaggtgttgatgcaggctttagagagat
ttcaacatgccgaagattgttttggaagacgttccagtgttcctgggtctgataagggat
ttgttccctggtttggaggtggaaaggcggactgatgcagagtttcagctgatagtccgt
cagacgagtctagagttaaagcttcaacctgaggacacgttcgtcctgaaagttgttcag
cttgatgagcttctatctgtccatcactcagtgtttgtggttggtgatgctgggactgga
aaaagccagatcctgaaaactcttcacaaaacctacttcaacatgggaaagaagcctttc
tggaatgatctgaacccaaaagctataagcaatgatgaactgtttggattctttcatcca
gccactgacgaatggaaagatggtttattagcacatttcatgcgggatcaagccagtaac
tctcactcggggccaaagtggattattctggatggagacattgaccccatgtggattgag
tctctcaacacggtcatggatgacaacaaggtccttactctggctaataatgaacgtatc
ccactcaccccctcgatgagactactgtttgagatcagccacttgaaacatgccacgcct
gccaccgtgtcccgagctggcattctgtacatcaatcctcaggagcttagctggaaccta
tatgttacgagttggattgatcggagggagagacacatgatgcccatgtttgagatggac
cctgatacacctgtacagtctgtgttagtcccaacagttgatacggtcagactgcagtat
ttcatgcgcaagttattggagacatctcagcctcttatgctgattggtggagcaggcact
gggaaatctgctctggtcaggaaccttctggaaacactaccggagaaccttataaccgcg
aaaattccccttcacttccatatcactgcatccatgctgcaaaaggcaatggagaaacct
ctcgaaaggaaggctggcaggacttacgcacccccgagaaacaagagactcatctatttc
atcgatgacatgaacatggcagctgtggacatttacgggacctctcagccacaagctctc
attcgccagcatctggattacaagcactggtatgacagtcacaagttaacaatgaaagac
attcacaacacccattatctctcttgtatgaatccaacatcagggagttttacaattaac
cccagactgcagaggcatttcacagtgttagcatttagcacacccagctctgagaccctc
aactctatctttgggtctatcctgagcttccacctgcagaggttgccgttcagcccagct
gtggtgaggagtgctccagctgtggtgaaagcagctgtagccctccataacagggtgctc
cagcacttcctccccacctctataaagttttactatctcttcaacctgtgggatctctct
cggctgttccagggtctcctgttctccaggccagagtgtgttagacagggtgcagatctg
gttcgactttggatccatgagtccagaagagtatattcagatcgcttttctgaagtatct
gacattcagcttttccataggctgcagacagacatcgcacgacaggcctcggaggaaata
gaggaagaggcagtgttgcaggagccactaatatacctacacagcagtgctggctctgca
gaaccttcatacatgcccgtagctggatgggagcagctgagctgtatcctcaatgaggct
ttggacagctacaacgagctccactctgccatgaacctggtgctgttccaggaagccatg
cagcatgtgtgtcggatcagtcgcattctggcatgtcctagaggccatgccctcctcgta
ggtgtggggggcagtggcaaacaaagcctgacccgccttgccgcccacctctccaacatg
gatgtgttccagcccaccctcagcaagggctacaacatacaggacctaaaggtggatttg
gctggactgtatttgaagnacggggtgaaaaacatacccactattctgctcctcacagac
gctcagatcccagaggaccgttttctcgtcatcatcagcaccctgatctcatcaggtgag
atccctgatctgttgagtgaagaggaggtggatggtgttagaaaagctgtgaggagtgag
gtgcgggaactgggtctgctggacaacagcgagaactgctggagcttttttatgaatcga
gtgcaacaacaactcaaggtcgtgctctgcatgtctccagtaggtaatatcttgcgtcta
cgtgcccggcgtttcccggctctgctgaactgcaccactctggactggttccaggaatgg
cccctggaggcactccagtctgtcagcttgaagttcctgcaggacatcccaagtattcag
ccggccattcgggaatccatcagtcttttcatggcccacgctcatgcgagcgtcaagcgg
gttagcgagcgttactgccgcaatgagaggaggcacaactacagcacgcccaagagcttt
ctggagcagctgaggctttacgagagtctgctgggaaagagagagagggaactgcatctg
agacacggcaggcttcagtgtggccttcagaaactcgagacgacagcatctcaggttgag
gatctgacagtcaagctgaactcacaggaagtggagctgacactgaagaaccaggcaact
gaggctctcatggccaggatcggcctgcagacagaaagattgagccagaagagaaaggat
gctgacctagaggagcaaaaggtggctgccatgcaagcagaggtgtcacgaagactgaga
gaatgtgaacgtgatctggctaaagctgaacctgctttagaggcggctacagctgctctg
cagactctcaacaaggtaaatctgacagagttaaagacgttcccgaatccccccgaggct
gtgattaacgtcaccgcggctgtgatggtgctgctggctccatgtgggcgaattccaaga
gaccgcgggtggaaggccgccagagtcttcatgggcaaggtggatgactttctgcaggcc
ctgcttacttatgataaagagcacatccctgagtccagtctgagtgtgctgaagcaggaa
tacctgagaaacccagagttccatcccgatcacgtccggaccaagtcctacgcagctgct
ggcctctgtgcgtgggccatcaacatagtgcgctactatgaggtttattgtgaggttgca
ccaaagcgtctggctctggcacaagccaatactgaactggaaactgctactgcaaaacta
ctcagtgttagaaagaaactggaagatctggacaggcacctgcaaagcctaacagctcag
tttgagagggcggcggctgagaaactgcgctgccaggaggaagtgacacgcaccagccag
accattgagctggccaatcggctggtgggaggcctgcaggcagaaaacgtgcgttggtcg
gaggggcagctggagctggagtctcagctgaagaccgtgtgtggtgatgtgcttgtggct
gctgctttcgtctcttacgctggatacttcacacagccgtaccgtcaccagctccttcat
gacatactcattcctttcctccgagaactccaaacccctatcccgctgacagacggtctg
gaccctgtacttacgctgactgaccaggccaccgtggcaggctggcagaaccagggcctg
ccagctgatcggctgtctgttgaaaatgcagccatcctgatggccagccagcgctggcct
ctgatcgtggatcctcagcagcaggccagcaagtggatccgaaatctgtacgggcccaac
ctgagggtgctgcagtatggccagaaagggtatctggatgttattgagcaggctttgtct
gctggtgaggtggtcctgattgaaaacatgaaggagagagtggaccctcttctggagcca
ctgctaggaaggcaaaccttaagaaaggaaggcaggtttaaccatctccatgatttttac
ttattttataccactgattctctcattgagtgcattgcagttaaaattgctcaaaaaaat
gcttttttgtactgcagcagattttag

  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 (21)   
   Pfam (21)   
All databases (32)   

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