KEGG   Acropora digitifera (stony coral): 107332511
Entry
107332511         CDS       T04352                                 
Name
(RefSeq) dynein heavy chain 7, axonemal-like
  KO
K10408  dynein axonemal heavy chain
Organism
adf  Acropora digitifera (stony coral)
Pathway
adf04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:adf00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    107332511
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:adf03037]
    107332511
   04812 Cytoskeleton proteins [BR:adf04812]
    107332511
Cilium and associated proteins [BR:adf03037]
 Motile cilia and associated proteins
  Dynein arm
   107332511
Cytoskeleton proteins [BR:adf04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     107332511
SSDB
Motif
Pfam: AAA_6 DHC_N2 Dynein_C AAA_9 AAA_7 Dynein_heavy Dynein_AAA_lid AAA_lid_11 AAA_8 AAA_lid_1 AAA_5 AAA_22 nSTAND3 EF-hand_1 AAA_18 T2SSE EF-hand_6 EF-hand_7 ResIII EF-hand_5
Other DBs
NCBI-GeneID: 107332511
NCBI-ProteinID: XP_015752737
Position
Un
AA seq 2418 aa
MEGPWGTMDPDKVDAETGNFWRALYKLEKQFGDVPNAQKIAAKMKGKVEEFKEHLPLVQV
LFNPGLRDRHWEMMSEILGYPLRPSEDTNLAKMVEMNLEPYLTQFESISEAASKEFSLEK
AMEKMVREWDEIEFVMIPYRETGTHILSSIDDIQTLLDDQIVKTQTPLSFLVNFNIICNE
NXHSKEWESKLMLTQEIIDEWLKVQATWLYLEPIFSSPDIMAQMPEEGRRFSTVDKNWKE
IMKVAVLDRHVLTVVAIEKMLERLKKSNELLELILKGLNEYLEKKRLYFPRFFFLSNDEL
LEILSETKDPKRVQPHLKKCFEGIASLEFTETLDITHMKSSEGEVVPLKDVISTSKARGQ
VEKWLLELQEDMIASIRKVIFEAVEAYEKTERVKWVRDWPGQTVLCVSQLYWTLEIHKAI
KGGSTALNDYLQLNNSQIDDIVALVRGKLSKQNRATLGALVVLDVHARDVLAKLCQLGVK
REDDFEWLAQLRYYVEEENVMTRMISAQLAYGYEYLGNSGRLVITPLTDRCYRTLFGALQ
LHLGGAPEGPAGTGKTETTKDLAKAVAKQCVVFNCSDGLDYIALGKFFKGLASCGAWSCF
DEFNRIDLEVLSVVAQQILTIQMGINSGSDTLLFEGTELKLDPTCATFITMNPGYAGRSE
LPDNLKALFRTVAMMVPDYALIAEISLYSYGFVNARPLAVKIVTTYTLCSEQLSSQHHYD
YGMRAVKSVLTAAGNLKLKYPEENEDILMLRSINDVNLPKFLSHDLPLFEGITSDLFPGV
KLPKPDYTILTNAIEENCKAMNLQMVDQFLTKIIQIYEMMIVRHGFMIVGEPFGGKTCAY
RVLARALSDVAEKGLMEENKVQTVVINPKAITMGQLYGQFDPVSHEWSDGVLAVNYRAFA
TSTVSRCGMIYMEPHMLGWKPLLVSWLHTLPKTLNEDNRELIKDLFDRMEEALLQFVRKG
GFKELSPTTDSNMVKSHMNLMDTLMDEFQDEQKFKELNEREVAAWLECIFLFSCVWSLGA
SIDARGRKDFDKVLREIVEGPLSLESKSKYHILEIVDPPPRPFLCPFPSKGTVYDYRFIK
EGMGKWELWTEEIKDAPPIPKEMAFNEIIVPTVDTVRYTFLMEQLVSHQKSCLFVGPTGT
GKSVYITNFLLKKLSDTYKPLLINFSAQTTAKQTQDIIMSKLDKRRKGVFGPPLGKKTVV
FVDDLNMPAREVYGAQPPIELLRQWMDHWNWYDLKDTSPIHLIDIQMIAAMGPPGGGRNP
VTPRFLRHFNNISITTFDDSSMTKIFGRIMEWHLTTRGFTKEFFAVGEMLISSTLEVYKN
AMANLLPTPAKSHYLFNLRDFARVIQGTLLSTPDIIEGPDNLKRLWSHEVYRVYYDRLVD
DADRNWLFNFMREMCKPHLGVEFDKLFERLDSNQDGRVEEDDLRSLIYCDFTDPKADPKP
YTEVQDLDKLRTVVESYLDEFNNMSKKPMNLVLFRFAIEHVSRISRVIKQPRGHCLLVGV
GGSGRQSLTRLAAHMADYDLFQLHLLISSNANRWPLMIDPQGQANKWVKNMEKKNNLHVI
KMTDADYVRTLENCIQFGTPVLLENVGEELDPLLEPLLLKQTFKQGGSICIKLGDSVIEY
SKDFRFYITTKLRNPHYLPETSVKVTLLNFMITPEGLEDQLLGIVVARERPELEEEKNAL
IIQSAENKRQLKEIEDKILEVLSSSEGNILEDETAINVLSSSKVLANEISEKQAIADETE
KKIDTTRMGYTPIATHSAVLFFSIADLANIEPMYQYSLTWFINLFILSIDNSEKSEDLEQ
RLENLTNHFTYSLYCNVCRSLFEKDKLLFSFLLCVNLLKSKGEVCDNEWRFLLTGGVGLD
NPHSNPSSWLPSRSWDELCRLDDLSLFKGFRQKFPKHLEGWKKIYDSNEPQNEALPGDWN
EKLGQFQKMVILRCLRPDKMTPAVQDFVTIKLGKRFIEPPPFDLGKAFADSNCCAPLIFV
LSPGSDPTAALLKFADDQGFSGSKLSSLSLGQGQGPIAMRMIEKAIREGTWVALQNCHLA
TSWMPTLEKVCEELNPDTTHPDFRLWLTSYPSPNFPVSVLQNGVKMTNEPPKGLRSNVIR
SYLSDPISDPEFFTTCNKPKEFKKMLYGLCFFHAIVQERRTFGPLGWNIPYEFNETDLRI
SVRQLHMFLNKYDVSVGILPDLQLFGDGGGDCSCFSRYEEVNHFSGLVVMSSELEEVVSG
ILKGRIPGLWMKKSYPSLKPLGSYVNDLIARLKFLQEWYDSGAPPVFWISGFFFTQAFLT
GSKQNFARKYTIPIDLLTFDFEVLDDKKYTTPPEDGVYVTGLFMEGSRWDREKGVIGESY
PKALYDNMPIMWLKPCKKEDIVDRPHYVSPVYKTSERRGTLSTTGHSTNFVMDMRLPSDQ
PQSHWVMRGVALLCQLDD
NT seq 7257 nt   +upstreamnt  +downstreamnt
atggaaggaccctggggaacaatggacccagataaagtcgatgcagaaactgggaacttt
tggcgagcactttacaagctggagaaacagtttggtgatgtaccaaatgcgcaaaaaatt
gcagcaaagatgaaaggcaaagtagaggaattcaaagaacaccttccgctggttcaggtc
ttgtttaaccctggcctgcgtgatcggcattgggagatgatgtcagagatactgggttat
ccactgaggcccagtgaagatactaatcttgctaagatggtagagatgaacctggagcct
tatttgactcagtttgagagcatcagtgaagctgccagcaaagagttctctcttgagaaa
gccatggagaagatggtccgtgaatgggacgagatcgagttcgtcatgatcccttaccgc
gagacaggcactcatatactatcgtcaatcgatgacatccagacgcttctggatgatcaa
attgttaagacacaaactccgctctcttttctcgttaacttcaacatcatttgtaacgag
aactaacacagtaaagaatgggaaagcaagctgatgctgacacaagaaatcatcgatgag
tggctaaaagtacaagctacttggctctacttggagcccatcttcagctcccctgatatc
atggcacagatgcccgaggaaggaagacgtttcagcacagttgacaagaactggaaggag
atcatgaaggtggcggtattggatcgtcacgttttgactgttgttgccattgaaaaaatg
ttggaacgcttaaagaaatcaaatgagctgcttgaactcatcttaaagggcttgaatgag
tacctggaaaagaagagattgtactttccacgtttcttctttttgtcaaatgacgagctg
ttggaaattctctctgaaactaaagatccaaagagggttcagcctcatcttaagaaatgt
tttgaaggaattgcttccctagagtttactgaaacgcttgatataactcatatgaagagc
tccgagggcgaagttgttccattgaaagacgttatctccacatcaaaggccagaggacaa
gtggaaaaatggttgctggagttgcaagaggatatgattgccagtataagaaaggtcatc
tttgaagcagtagaagcgtacgaaaagactgaacgagtcaaatgggtcagagactggccg
ggacaaacagttctttgtgtctcacagctttattggacgctggaaatacataaggccatc
aaaggcggatccacggcgttgaatgattaccttcagctgaacaactcgcagattgatgat
atagttgctcttgttcgtggtaaactgtcgaagcaaaacagagccacacttggtgcattg
gtggtgttggatgttcacgccagagacgtgctggcgaagctctgtcaactgggcgtaaag
cgagaagacgacttcgagtggttggctcaattaagatactacgttgaggaggagaacgtg
atgacaagaatgattagtgctcagcttgcttatggttacgaatatcttggaaactcagga
cgcttggttatcacccctcttacagacagatgctacaggactctttttggagctcttcag
ttgcacttgggaggtgccccagagggtccagcagggacaggcaagacagaaacaacaaag
gatttggccaaagctgttgctaaacagtgtgtggtgttcaactgctcagatggcttggac
tacattgcgcttggaaaattcttcaaggggttggcttcttgtggggcttggtcctgtttt
gatgagtttaaccgcattgacttggaagtgttatctgtggtcgcacaacagattctaacc
attcaaatgggtatcaactcggggtcagacaccttattgtttgagggaacagaactcaag
ttggaccccacgtgtgctacatttatcaccatgaacccgggttatgcaggaaggtctgag
ttgcctgacaatctgaaggctttgtttagaaccgtggctatgatggtaccggactacgct
ctgattgctgagatatcgctttactcttacgggtttgttaatgctcgtcctctggctgtg
aagattgttaccacctatactctgtgttctgagcaactgtcgtcgcagcatcactatgac
tacggcatgagagctgtgaagtctgtacttactgctgccgggaatttaaagttgaaatac
ccagaggaaaatgaggacattttgatgttgcgctctattaacgatgtcaaccttcccaag
tttttgtctcacgatcttcctctgtttgagggaatcacttcagacttgttccctggagtg
aagctgccaaagccggactacaccattttgaccaatgccatcgaagaaaactgcaaggca
atgaacctacagatggttgatcagttcctcactaagattatccagatttacgaaatgatg
attgtgcgtcatggcttcatgattgttggagagccatttggtggcaagacttgcgcttac
cgtgtactagctcgtgcgctcagtgatgtagcagaaaaaggactgatggaagaaaacaag
gtccaaacagtggtcattaacccaaaagccatcaccatgggacagttgtatggacagttt
gatccagtctcgcacgagtggtcagacggagtgctagctgtcaattacagagcctttgct
acgtcaacagtgagtcgctgtggcatgatttacatggagcctcatatgctgggttggaag
cctctgctggtgtcctggcttcacactctgcccaaaacactgaatgaagataatcgtgaa
ctgatcaaggacctgttcgacagaatggaagaggccttgttgcagtttgttcgcaaagga
gggttcaaggaattgtcacccactacagactccaacatggtgaaatcgcacatgaatctg
atggacacactgatggatgagtttcaagatgaacaaaaattcaaagaactcaacgaacga
gaagttgccgcctggctagagtgtatcttcctgttctcttgtgtttggtctctgggcgcc
tctattgatgcacgcggacgaaaagattttgacaaagtactccgagagatcgtggagggt
ccgttgtcactggaaagcaagagcaagtatcacattttggagattgtcgacccgccacca
cgacctttcctgtgccctttccctagcaagggaacagtgtatgactatcgattcatcaaa
gaggggatgggtaaatgggaattgtggactgaagaaatcaaagatgcgccacccatccca
aaggaaatggcgtttaacgagatcattgtgccaactgtggacacagtgaggtatacattc
ctgatggagcagttggtgtcgcatcagaagtcttgtctgttcgtaggacctacagggaca
ggcaaatcggtctacatcacgaactttctattgaagaaactctcagacacttacaagccg
ctgctgatcaatttctctgcgcaaactactgctaagcaaacacaagacatcatcatgtcc
aaattggacaagaggagaaaaggagtgtttggcccacccctgggaaagaaaacggtcgtg
tttgttgatgatttgaacatgcctgctcgggaagtgtatggtgcccaacccccaatcgag
ctgcttcgacagtggatggatcattggaactggtatgacttgaaggacacttctcccatt
catttgattgacattcaaatgatagcggctatgggtccccccgggggaggacgcaatccg
gtgacgcctcggttcctgcgacactttaacaacatcagcatcaccacgtttgacgactct
tctatgaccaaaatatttggaaggattatggaatggcatttaaccacaaggggctttacc
aaggaattctttgctgtcggtgaaatgctgataagcagcactctggaagtgtacaagaat
gccatggcaaatctgctgcccacacccgcgaaatcccactatttgttcaacttgagagac
ttcgctcgtgtcatacagggcactttgctgtccacgcctgatatcattgaagggcctgat
aatctgaagcggctctggagtcatgaggtgtaccgtgtgtattatgaccgtcttgtggat
gacgcagaccgaaactggcttttcaacttcatgcgagagatgtgcaagcctcaccttggt
gttgaatttgacaaattgtttgagcgcctcgattccaatcaggacgggcgcgtggaagag
gatgacttgcgcagtctgatctactgcgatttcacagatccaaaagctgatcccaagccg
tatacggaagtacaagacttggacaagctgcgtactgttgttgagagttatttggacgag
tttaacaacatgagtaagaagccaatgaacctggtgctgttcagatttgccattgagcac
gtatctcgcatctctcgtgtgatcaagcagcctcgtgggcattgtctcttagttggtgtt
ggtggaagcggaaggcagagtcttaccagactagctgcacatatggccgactacgacttg
ttccagttgcaccttcttatttccagtaatgcaaaccgttggcctctgatgatcgacccg
cagggacaggcaaacaagtgggtgaagaatatggagaagaaaaacaacttgcacgtgatt
aaaatgacagacgcggattatgtgagaacgctggaaaactgcattcagtttggaacaccg
gttttgttggagaacgttggtgaggaactggaccctttgttggagcctcttcttttgaag
caaactttcaaacagggaggcagtatttgcatcaagcttggagacagtgtcattgaatac
tccaaagacttcaggttctacattaccactaagctaaggaaccctcactacctccctgaa
acttcagtgaaggtgactctgttgaattttatgatcactcccgaagggctggaggatcag
ctcttggggattgttgtcgctcgcgaaagaccagaactggaggaagaaaagaatgcactg
atcatacagagcgctgagaataaaagacaactgaaggagatcgaagataaaatattggaa
gtgctgtcttcttcagagggtaacatccttgaagatgagactgctatcaacgtcctttca
tcgtccaaagtcctggccaatgaaatatccgagaaacaggctattgcggatgagacagag
aaaaagattgacaccactcgtatgggttacacacctattgctactcactcggctgtgctg
tttttctccatcgctgatctcgccaatattgaaccaatgtaccaatactcgctcacgtgg
ttcatcaatctattcattctatccattgacaattcggaaaaatccgaagatcttgaacaa
cggctggaaaatttgacgaaccactttacttactcgctgtattgtaacgtttgccgctct
ttgtttgagaaagacaagctgctattctcgttcctgttatgtgtcaatcttctgaagagc
aaaggagaagtgtgtgataatgagtggcgcttcctgttaaccggcggagtaggtctggac
aatcctcattccaacccatcctcctggctgccttcgaggtcctgggacgagctctgcagg
ctggacgatttgtctttgtttaaaggatttcgtcagaagtttcccaaacatcttgaaggg
tggaagaaaatctacgatagcaacgagcctcagaacgaggcattgcctggagactggaac
gagaaacttggccagtttcaaaaaatggtgattctgcggtgtctgcgacctgacaagatg
acccctgcagttcaggactttgttacgatcaagcttggcaagcgatttattgagccaccc
ccgtttgatcttggtaaagcgtttgctgattccaactgctgtgccccgctcatctttgtg
ctgtctcccggatcggatcccactgcggcactgctcaaattcgcggatgatcagggtttc
agtggatccaagttgagctctttatcactgggtcagggccaaggtccaattgccatgcgc
atgatagagaaagcaatcagggaaggcacctgggtggcgcttcaaaactgccacttggcg
acatcatggatgccaacactggagaaagtctgtgaggaattgaatccagacaccactcat
cccgatttccgcctatggctgacaagctacccgtcgcccaatttcccggtgtctgtgcta
caaaatggcgtcaagatgaccaacgagccccccaagggattgcgctctaacgtcattcga
tcttacttgagtgatcctatctcggatccagagttctttacaacttgtaacaagccgaaa
gagttcaaaaagatgttgtacggtttgtgctttttccacgccattgtgcaagaaaggcga
acatttggccctttaggctggaatattccatacgagttcaacgagactgatttgaggatc
agcgttcgacagcttcatatgttcttaaacaaatatgacgtaagtgtgggaattttgcca
gacttgcaattatttggggacggaggcggagactgctcatgtttctcacgttacgaagaa
gtcaatcatttttcaggtttggttgtgatgtcctccgagttagaagaagttgtcagtggc
attcttaagggtagaatacctggtctgtggatgaagaagtcgtatccatcgctcaaacca
ctgggaagctatgttaatgatctcatagctcgactcaagtttctccaagaatggtacgat
agcggcgcaccgcctgttttctggatctctgggttcttcttcactcaagccttcctgacg
gggtccaaacagaactttgccagaaaatacacgatacccattgacctgttgacgttcgat
tttgaagttcttgacgacaagaagtacaccacaccacccgaggatggggtgtatgtcact
ggtctctttatggagggatcccggtgggacagagagaagggagtgattggagaatcctat
cctaaggctttgtacgacaacatgcctatcatgtggctcaaaccctgcaagaaagaagac
atcgttgaccgaccgcattacgtttctcctgtttacaagaccagcgagcgacgaggaacc
ttgtcgaccacaggacactcaacaaactttgtcatggacatgcgtctgccgtctgatcag
ccacagtcccattgggtcatgcgcggtgttgcattgctttgccagttggacgattaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (202)   
   KEGG ORTHOLOGY (1)   
   RefGene (198)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (20)   
   Pfam (20)   
All databases (229)   

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