KEGG   Paramecium tetraurelia: GSPATT00026143001
Entry
GSPATT00026143001 CDS       T01055                                 
Name
(RefSeq) hypothetical protein
  KO
K10408  dynein axonemal heavy chain
Organism
ptm  Paramecium tetraurelia
Pathway
ptm04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:ptm00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    GSPATT00026143001
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ptm03037]
    GSPATT00026143001
   04812 Cytoskeleton proteins [BR:ptm04812]
    GSPATT00026143001
Cilium and associated proteins [BR:ptm03037]
 Motile cilia and associated proteins
  Dynein arm
   GSPATT00026143001
Cytoskeleton proteins [BR:ptm04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     GSPATT00026143001
SSDB
Motif
Pfam: DHC_N2 AAA_6 AAA_5 AAA_18 AAA
Other DBs
NCBI-GeneID: 5046978
NCBI-ProteinID: XP_001461193
Genoscope: GSPATT00026143001
UniProt: A0EES9
Position
undetermined
AA seq 1486 aa
MGQDDPYMLTVVDYKTIKGDDKKTEIKEYYTISRKGLCHYINGKPTEFIPLRNWLRERQT
YHQIKSLKFFTKFRKWKTLKMWKSNVIKHKTKTIQNALLDKYFLLNPIMRETLLTVRKNT
YDMMETCRFIGFETSHQLTMSDSTFTLEQFKQLQDQYRNKVSGKIRSYSQACRKVVQSGY
DKSLDILRKQNYVPQNDEQFGGNAPRDTGTNVFRTREIAYETLQFPDSMTYEKRSQLRKE
CSKFLRFSYLVDFLAMESLSNIYTLSVRDLISKLKSLESIDDFNVTFEANNKPPIRFDEP
LFVIKLDCTFDQIPGEDMQTEDIPEFIPQPFGNSTVDDFHILYHAHLQEEKTEEQKQAEK
PQGGKKGKVEDDSEEDETDGGTYDENKIYKRTVIPNISKHWIIKKPQLNTFHADIVKCIG
EGLNAIQAFERWSRHNDMTQYVAVLEEWDDMVGEEWGHPESNYLNPSDWLDSAPLETFTG
VVKNILEKAFERADRYIEKYFNKHLLTYWEDQQININIFKDEKLAHPGDTFQYTIAVLNM
QKEQFQKDIPIESMQGLFKIDSLELKKKLEPLPAELLKSFDAFIQPMLRNRCKELKEWLQ
SSTAALKGATTNIDEFVKQSNSLKLIQKQLNKIKSKISLVGHIYNILDEYKIEVKKEDKQ
AYVVDIIQAQNLLEQAIHHAEEGAESKLDRFARDVQHILIPQLEKQIGALDGIIQDKKYI
DAGLSLDQAIKELGECDEQCKKLEADAKKYRHYESTLGLPTSQFQSLEDLRNDLIFRYSM
WKSTKEWIELTQSWIDGKFIDINTDEIKAKGEYYTKIVNRCSKGLPANQVLDELKDKVFS
FKDTMPVVLALRNKNLKDYHWVQIKQEILKQDFEITETFTLRNLMDMKVGIYQEQIQEVA
TQATQEAVLDAQFNDIEQKWKALEFTCVNYKPENLRNKEVYVLTEIDELQAALDDFLASL
NNILGSRYLKMLRKRAEKLQKDVLIAQETLDDWLQVQKNWIYLENIFASQDIKTKLKEEN
ALFENVDKQFKAIMKKTNSQKQVHRASGLLDKFREYKETLNRIQKALESYLEEKRMAFPR
FYFLSNDELLEILAKSQDFDAIQRNLKKCFEAIYRLEQPEEGARSVNGMISPEGEKIPFV
KGVSTKEEVELWLMKVQDQMIESLKKRMKQGKVESETQERNHWLLNQPAQVVATISNLIW
TYDTEQAINSMTDDSTALSKHYNLLYESLNGLTALVRGTLTPLQHKVIVALITQDVHARD
IVDALTDENVSSISEFSWQQQLRYYMDENDLIIVRQVNAKLNYGYEYLGATTRLVITNLT
DRCWMTITGALNIKLGAAPAGPAGTGKTESTKDLAKALGMFCVVFNCSDQIEYKMMGRLF
SGLVQQGAWACLDEFNRIDIEVLSVIAQQLLTVRQALIRRDQQFIFVNPDKPINLKEEVG
VFITMNPGYAGRTELPDNLKVLFRPVSMMIPDYKLIAEIMLQAERV
NT seq 4461 nt   +upstreamnt  +downstreamnt
atgggttaagatgatccttacatgttgacagttgtggattataaaaccattaaaggagat
gataagaagactgaaattaaagaatattacaccatttcaagaaaaggattatgtcattat
atcaatggcaaaccaactgaatttataccactcagaaattggctaagagaaagataaacc
tatcattaaattaagtcattaaaattctttaccaaattcagaaaatggaaaacccttaag
atgtggaagagcaatgtgatcaaacataaaaccaaaacaatctagaatgctcttttggac
aagtatttcttattgaaccccatcatgagagaaacactactaacagtgagaaaaaacacc
tatgatatgatggaaacctgtcgttttattggatttgaaacatctcatcaactaaccatg
agtgatagcacatttactttagaataattcaaataattataagatcaatacaggaataaa
gtgagcgggaaaatcagatcatactctcaagcatgtcgaaaagttgtgcaaagtggatat
gataaatcattggatatcctaaggaaataaaattatgtgccttaaaatgatgaataattt
ggtggaaatgctccaagagatactggaacaaatgtgttcagaacaagagaaattgcatat
gaaaccttgtaattcccagacagtatgacttatgagaaaagatcatagttgaggaaggaa
tgttcaaaattcttgcgtttttcttatctagtagatttcttagcaatggaaagtttgagc
aatatctatacactttcagtgagagatttgatatcaaaactaaaatctctagaatccatt
gatgattttaatgtaacatttgaagcaaacaacaaacccccaattcgatttgatgaacct
ctctttgtgattaagttagattgcaccttcgactaaattcctggagaagatatgtaaact
gaagacattccagaatttataccctaaccttttggtaatagcactgttgatgattttcat
atactgtatcatgctcatttataagaagagaagacagaggaataaaagtaagcagaaaaa
ccataaggaggcaagaagggcaaggttgaagatgatagtgaggaagacgagactgacgga
ggaacttatgatgaaaataaaatttacaaaagaacagtgattcccaatatttctaagcat
tggattataaagaaaccataattgaatacatttcatgcagacattgtaaagtgtatagga
gaaggattgaatgcaatttaagcgtttgagagatggagcagacacaatgatatgactcaa
tacgttgctgtgttggaagaatgggatgatatggttggtgaggagtggggtcatccagaa
tctaattatttgaatccttctgattggttggattcagcaccacttgaaacatttacaggc
gttgttaaaaatattttagaaaaagcatttgaaagagctgatagatatatagaaaagtac
tttaataagcatttattgacctattgggaagactaataaattaatatcaatattttcaaa
gatgagaaattagcacatcctggagacacattccaatacacgattgcagtactcaatatg
cagaaggaataattttaaaaggacattcctattgaaagtatgcagggattgtttaagatt
gattctcttgaattaaaaaagaagttggaacctctaccagctgaattattgaaatcattt
gatgcgtttatataaccaatgttaagaaatagatgcaaagaattaaaggaatggttgtaa
tcatcaacagctgctttgaaaggagcaactacaaatattgatgaatttgttaagcaaagt
aattcattgaaattgattcaaaaataattaaataaaatcaaatctaagatttcacttgtt
ggtcatatatataatattcttgatgaatataagatagaagtgaaaaaagaagacaaacaa
gcatatgtagttgatatcatttaagcataaaatctattggaataagctattcatcatgca
gaagaaggagcagaatctaaacttgatagatttgcaagagatgtccaacatatccttatt
cctcaattggagaagtagattggtgctttagatggaataatctaagataaaaaatacatt
gatgctggattgagtttagattaagccattaaagagttaggagaatgtgatgaacaatgt
aagaaactagaagcagatgctaagaaatacagacattatgaaagcactttaggattacct
acttcttaattctagagtttagaggatttaaggaatgatttgattttcaggtattcaatg
tggaagtctacaaaggagtggattgaattaacttaatcatggattgatggaaaatttata
gatatcaacacagatgaaattaaggccaaaggagaatattataccaagattgtcaataga
tgttctaagggattaccagctaatcaagttttagatgaattaaaagataaggtattttca
ttcaaagacacaatgcctgttgtcttggcattaaggaataaaaatttaaaagattatcat
tgggtgcaaatcaaataagagattctgaaataagactttgagatcactgaaacatttaca
ttaagaaatttaatggacatgaaagttggaatctattaagaatagatataagaagttgct
acttaagccacttaggaagctgtcttagatgcctagtttaatgatattgagtaaaagtgg
aaggctctagaatttacatgtgttaactataagcctgaaaacctaaggaacaaggaagtt
tatgtgctcactgaaatagatgaattataagctgccttagatgatttcttggcaagttta
aataatatattgggaagtagatacttgaagatgttgagaaagagagctgaaaaattataa
aaggatgtgttgattgcataggaaactttggatgattggctataagtttagaaaaattgg
atttatttggaaaatatttttgccagtcaggatatcaaaacaaaattgaaggaagaaaat
gctttgtttgaaaatgtcgataaacaatttaaggctataatgaagaaaactaattcatag
aagtaagttcatagagcaagtggattactagataaatttagagaatacaaagaaacatta
aatagaatccaaaaggcattagaatcttatttagaagaaaagagaatggcattcccaaga
ttttatttcttatcaaatgatgagcttttggaaattttggctaaatcataggattttgat
gcaattcaaagaaatttaaagaaatgttttgaagccatttatagacttgaataacctgaa
gaaggtgctagatcagtaaatggaatgatttcaccagaaggagagaagattccatttgta
aagggtgtttcaacaaaagaagaagttgaattgtggttgatgaaagtttaagattagatg
attgaatccttaaagaagagaatgaaacaaggaaaagtagagagtgaaacctaagaaaga
aatcactggttactaaattaaccagctcaagtagttgccacaatttcgaatctaatctgg
acatatgatactgaataagctattaatagtatgacagatgattctactgctttatcaaaa
cactataatctgttatatgagtcattgaatggattgactgccttagttagaggtacattg
actccacttcaacacaaagtcatagtggcattgattacttaagatgttcatgctagagat
attgtggatgctttaactgatgaaaatgttagttcaatcagtgaattctcatggtaataa
taattaagatattatatggatgaaaatgatctaattatagtgagataagttaatgctaaa
ttaaattatggatacgaatatttaggagctacaacaagattggttattactaatttgaca
gacagatgttggatgacaattactggagcattgaatattaaattaggagcagctccagct
ggaccagcaggaacaggaaagacagaatcaactaaggacttggccaaagctttgggaatg
ttttgtgttgtgttcaattgttctgatcaaattgaatataagatgatgggaagattattc
agtggtttagtttaataaggagcttgggcatgtttggatgaattcaatcgtattgatatt
gaagtgttaagtgtcattgctcaacaattattaactgtaagataggcattaatcagaaga
gattaataatttatatttgtgaatccagataaaccaatcaatttaaaggaagaagtggga
gtattcattacaatgaatccaggatatgcaggcagaacagaattaccagacaatctaaag
gtcttatttagaccagtatctatgatgattcctgattataaattaattgctgaaatcatg
ctttaagcagaaagggtttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   GENOSCOPE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (83)   

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