KEGG   Trypanosoma cruzi: 508815.179
Entry
508815.179        CDS       T01012                                 
Name
(RefSeq) dynein heavy chain
  KO
K10408  dynein axonemal heavy chain
Organism
tcr  Trypanosoma cruzi
Pathway
tcr04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:tcr00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    508815.179
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:tcr03037]
    508815.179
   04812 Cytoskeleton proteins [BR:tcr04812]
    508815.179
Cilium and associated proteins [BR:tcr03037]
 Motile cilia and associated proteins
  Dynein arm
   508815.179
Cytoskeleton proteins [BR:tcr04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     508815.179
SSDB
Motif
Pfam: AAA_6 DHC_N2 AAA_7 Dynein_AAA_lid AAA_5 AAA_lid_1 RNA_helicase AAA_22 AAA AAA_30 Mg_chelatase AAA_18 DEAD AAA_24 AAA_25 T2SSE AAA_8 PhoH P4Ha_N Apolipoprotein DUF327
Other DBs
NCBI-GeneID: 3547348
NCBI-ProteinID: XP_815606
UniProt: Q4DMI6
AA seq 2459 aa
MLEHHLRPDRKFSLTNAQGEATLSAFSLTRSEETLSRKGAMSPVRDNQQATERRDPTSPR
SLIGISATYNKSAILFPDAHKAAFEPKVQVPFTYQRGRIPRKIEIERRRRQYEFHDVQEL
VEVAGLTLKQLAKKDSQELPLEVFDDTSYDCRNPSEWMEIAGQNENENGRYLPAEGIYEF
INEDFRMRPCRVIAWDAAKNELKVLWGPTPVPGETPDVVPRFFVRLLAEDPIVYVKRLVS
AQQQREKAMAWIRYRLCCDAMPLEGLSGLDSGLGARLRHLGTGMPHLSKAVFPDVEERAE
RLIAEFTLAWKRSHNRILLQDRMERDEVLLRTVANATQMSLEELVRGPNMAIQRTDKGKG
DSVIPIGNFDFEERERSFTFSTYYTQPEVVTALTGVRSECIKVLEGSLFNLPKARQMQLA
KFQQLQEDHMSSMAKYLKGEWTENICDVIRKSFTSAGKGWLNVHESKQEIYEMSKLKKFF
TTVKFMMEDTLFALVYTSLQDFTVFFEEVSEFTVNVIDMNHVENKWPGSDADDCVEKQPL
FMIDLAERDGSFTYSISFEDFEQTIIQLFNDAIYCTDAIPQVEKFVMSQYFWRREGEGPF
LDSVKQEEERVVLLRNRVRDALRNSMQPLRDYLQVYDDLLPLIRLDKKEFITSYEQQGHT
TDEMKEEIRQHLKAKKVVAQKLPAYITVGNYVVDCHSFGQIMANKEQELAKLVMDLICKM
AKARTTYIREEFTKIVRTVEKQPQNPEKLYELKNFILNLPERISELSVDIEDMRQYYNIL
DGFQYELSDDESRQKWEAIAWPRQLSLRVQEVNKQLEKVEEELHARLQKYSEDFSKKVDA
LQRVVATFSKYTDASEAEKVAAEVKVNSIEIRKCIEEARSINSDQRLFGDKLTDYRNVFD
LEKEFKPYSDLWLTTYQWQDCYRRWHADPFDSLDPDEIESVVANAFKTMTQLSKTFKDKN
ATLKIVEEIRSRVEEFKPWVPVVTSLRQHGMKERHWKGLSEKLNMNLVPGETIILLDDIE
PLLNHKDVIVAHCEVAAKEAQIEKCLKEMRAKWETRMFLIESYKNTGTFIVKDASEIVEL
LDEHLNLTQQLQFSPFKAFYEESITDWERSLNLISDIVEQWLECQRSWRYLEPIFSSEDI
ALQLPRLSRLFERVDKTWRRIMGTVNHQPNVLEFCIGTSKLLESLRESNRILEEVQHGLN
DYLAEKRQTFPRFYFLSDEELLEILSQSKEVKRIDAHISKLFEFISRLAWNEKTQISGFF
SAEGEHLPSVRPVVPEGNVEMWLQSVEKMMKSAVHDQLRQAFYDHTKTPRSRWVLRWPAQ
CVIAVSQIFWTNGCEEGLNVQGSVKKFFRLLESQLDELVDIIQSPLKPRERINMGALITV
EVHAKDTVELMKRNEVSSIHSFDWIKQLRFYFDPDDELCHVKQVDAHFVYGGEYLGNTGR
LVVTPLTDRIYLTLTGALALCLGGAPAGPAGTGKTETTKDLAKALAKQCVVFNCQEGMTC
NSMAKFFKGLAWAGAWACFDEFNRIDVEVLSVVAQQVTDLQQACLTKQYRIIFEESEVVV
DPTHAVFITMNPGYAGRTELPDNLKVLFRPVACMVPDYALIGEIRLFSYGYKKARSLAQK
MVMTFKLSSEQLSSQDHYDFGMRAVNTVISAAGLNKRENPNEDEDLLLLRALRDSNVPKF
LIDDIVLFEGIISDLFPGTKVPSTDYGMVVDVLRQVVTADKLQPVPTFISKCLQLYDITT
LRHGLMLVGPAGSGKTMAYTSLQKALSECAVMQSKRNDLGSREYMKVYTHICNPKAVTMD
QLYGVYDENGEWRDGVLCVLFRRAAKYGDEGNQLGKHWVMFDGPVDALWIESMNTVLDEN
KKLCLVSGEIIQMSRDMTMMFEVEDLLVASPATVSRCGMIYMDPTACVPTSAIAATWKAS
LPAFMVSKNEYLAELANTYLDKLVEFIRANLKEYVPSTNIGLVHSFFRVMDGYIQSFAVP
KPQPGQPVMSPERAEILEKCITPLFFMSVIWSLGATCDEGSREKFSDMLRTVAQGNNHAD
SLPAEGLVYDYCFVYSAVPEDEEQPRWVHWDDLCDTCEIGRMTKFEDVMVPTIDNTRQKY
VLQHLLTQKVNVVAVGPTGTGKTVSVSDLVLGGLPDRFLGLTFTFSPQTKAGVLQNSLMS
KFDKRRSHVFGAPIGKHFVVFIDDANLPQKERYGAQPPLELLRQLLGHGGFYNFTGGIRW
NAIIDTSFVMAMGPPGGSRTQVSNRLMRYLNYVSFPEMSEVSKRTILNTILKGGLSQRGV
KSEVIDLSSKLVEGTLSIFRRCCKTFLPTPSHVHYSFNMRDVMRVFPMIFENDGNSLPNE
EVLVKQWMHEMQRVFYDRLICAEDRQQFISFLNDELTQLGYEGGYTSLVPEGRLIFGDFM
SERERSYRQISDMNALSIFFDDQLSAYHDANETVMDLVFILDAIEHVCRISRVLCLPNG
NT seq 7377 nt   +upstreamnt  +downstreamnt
atgcttgaacaccaccttcgtccggatcggaagttttctctaacgaatgcgcagggcgag
gccactttgtcggcgttctcgctaacgcgctcagaggagacactctcgcgaaagggcgcc
atgtcccctgtgcgggataaccagcaggcaaccgagaggcgggatcctacctcaccccgc
tcacttattggcataagtgcgacatacaataagtcggccattctattccccgatgcacac
aaggcagcctttgaacccaaagtgcaggtgccctttacttaccaacgtggccgcattcca
cgcaagattgaaattgagcgacgacgtaggcaatatgagttccacgatgttcaggagctt
gtggaggtggctgggctgactttgaaacagctcgcaaagaaggacagccaggagcttccg
ttggaggtttttgacgacacctcatatgattgtcgcaatccttccgagtggatggaaatt
gcgggccagaatgaaaatgaaaacggtcgttatttgcccgcggaagggatatatgaattt
ataaatgaagattttcgtatgcggccgtgtcgcgtcattgcctgggatgcggctaaaaac
gagctgaaagttctatggggcccgacccccgtgccaggcgagacgccagatgttgtgccg
cgtttctttgttcgtctgcttgcggaggatcccattgtctacgttaagcgtctggtcagt
gcacagcagcagcgggaaaaggcgatggcgtggattcggtatcgtctgtgctgtgacgcc
atgccactagaggggttgagtgggctggatagcggccttggtgcgcgtttgcgacacctt
ggtaccggaatgccacatctaagcaaggcggtctttccagacgttgaggagcgggcggag
cgactaattgcggagttcacacttgcgtggaagcgtagccataaccggattcttctgcag
gatcgcatggagcgtgatgaggtactgctgcgtacggtggcgaatgcaacgcagatgagc
ctagaggagttggtgcgaggaccgaatatggcgattcagcggactgacaaggggaagggg
gattctgtgattccaattggaaactttgattttgaggagcgcgagcggtccttcacgttt
tcaacgtattacacgcagcctgaggttgtgacggcattgacaggggtgcggagtgaatgt
ataaaagttctcgagggcagtctctttaatcttccaaaggcccgccaaatgcagctggcg
aagtttcaacagttacaagaggatcacatgtcttccatggcgaagtacctcaaaggggag
tggacagaaaacatttgtgatgtgatcaggaaaagtttcacatccgccggtaagggatgg
ttgaatgtccatgagtcgaagcaggaaatctatgagatgtccaaactaaaaaagtttttt
acgactgtcaagtttatgatggaggacactttgttcgcgcttgtttacacctccttacag
gactttaccgttttttttgaggaggtttcggagttcactgtgaatgtcattgacatgaat
catgtggagaacaaatggcccggaagtgacgccgatgactgtgtggagaagcagccactt
tttatgattgacctcgccgagcgggatgggagtttcacatactccatctcctttgaggac
tttgagcagaccattattcaactcttcaatgatgcgatttactgcaccgacgcaattcca
caggtggagaagtttgtcatgtcacagtacttttggcggcgtgagggggaagggccattt
ttggactccgtgaagcaggaagaggaacgtgttgttctgctgcgaaatcgtgtgcgggac
gcactgcgaaactccatgcaacccctgcgggattatttacaagtgtacgatgatcttctt
ccacttatacggcttgataagaaggagtttatcacgtcctatgagcaacaggggcacaca
acggatgaaatgaaggaggaaatacggcaacatttaaaggcaaaaaaggttgtggcacag
aaacttccagcgtacatcacagttggcaactacgtggtcgactgtcactcatttgggcaa
attatggcaaataaggaacaggaactcgcgaagctcgtcatggacctcatctgcaagatg
gccaaagccaggaccacatatattcgggaagaatttacgaaaattgtgcgtaccgtggaa
aaacagccgcaaaaccccgagaaattgtatgagcttaagaattttattttgaatttaccg
gagcgtatctccgagttatccgtcgacattgaggacatgcggcagtattacaatattctc
gacgggtttcagtatgagttgagtgatgatgaatcgcggcaaaaatgggaggcgattgcg
tggccacggcagctgagtcttcgtgtacaggaggtcaataagcagcttgagaaggtggaa
gaggagctacacgcacggcttcagaagtatagtgaggatttcagcaaaaaggtggatgca
ttgcagcgtgttgtggcgaccttctcaaagtacacggatgcctccgaggctgagaaggtg
gcggcagaggtgaaggtgaatagcattgaaatccgaaagtgtattgaggaggcccgctcc
atcaacagcgatcaacggctctttggtgataagctgacagattaccgcaatgtctttgat
ttggaaaaagaattcaagccatacagcgacttgtggttgacgacataccaatggcaggac
tgctatcgtcgctggcacgcagatccgttcgactcactggatcccgacgagattgagagt
gtggtggcgaatgcctttaaaacgatgacgcaactttcaaagacatttaaggataaaaat
gccacgctgaaaattgtggaggaaatacgctcgagggtggaggagtttaagccgtgggta
cctgtggtgacgtcattgcgtcagcatggcatgaaggagagacattggaagggtctttcg
gagaagctgaatatgaatcttgtaccgggtgagaccatcatactgcttgatgacattgaa
ccactactgaaccacaaggatgtcattgttgcccactgcgaggttgctgcaaaggaggca
cagattgagaagtgtcttaaagaaatgcgtgccaagtgggagacaagaatgtttcttatt
gagtcatacaaaaacaccggtacgtttattgtcaaggacgcctccgaaattgtggagtta
ttggatgagcacctgaatttgacgcagcagttacaattttctccttttaaggcattctat
gaggagtcaataacagactgggaacgatccttaaatctcatttctgatattgttgagcaa
tggctagaatgtcaacgctcgtggcgctatctagagcccatcttcagctccgaggatatc
gcactgcagttgccacgtctgtctagattgtttgagcgcgtggataagacatggcgccga
attatgggaactgtgaatcaccaaccaaatgttttggagttttgcattgggacgagcaaa
cttcttgagagtcttcgtgagtcaaatcgcatcctagaggaggttcaacacggcctcaat
gattatttggccgagaagcggcaaacctttccacggttttactttctgtctgatgaggag
ctgctggagatcctctcgcaatccaaggaggtgaagcgtattgatgcacacatcagtaaa
ctgtttgagtttattagccgcttggcgtggaacgagaagactcaaataagtggctttttt
agcgcagagggggaacacctaccaagtgtgcggcccgtcgtgccggagggaaatgtggag
atgtggttgcagtcggtggaaaagatgatgaaaagcgcggtgcatgaccagctgcggcag
gcattttatgaccataccaagacaccgcgaagtcgatgggttttgcgctggcctgcgcag
tgtgtcattgctgtgtcgcagatattttggaccaacggctgcgaggaagggttgaatgtt
cagggaagcgttaagaaattttttcgtctgcttgaatctcagttagatgaacttgtggac
atcatacagtcaccgcttaaaccacgagagagaatcaatatgggagctctcatcaccgtg
gaagtgcatgcaaaggacaccgtggagttgatgaaacgcaacgaagtcagttccattcac
tcatttgattggatcaaacaattgcgtttttactttgatccagacgatgagttgtgtcac
gtcaagcaggtggacgctcattttgtgtatggtggagaatatcttggcaatacaggccgc
cttgtcgtaaccccacttacggatcgcatttatttaaccctcacaggggcattggcgctt
tgtctcggtggggcccctgcaggacccgcgggcactggtaagacggagacaacaaaagac
ttggccaaggctcttgcaaaacagtgcgttgtatttaactgtcaagagggtatgacgtgt
aactcgatggcaaagttcttcaagggccttgcatgggctggcgcgtgggcctgctttgat
gagtttaaccgtattgatgtggaggtgctctctgttgtggctcagcaagtgacagatctt
caacaggcctgcttgacgaagcagtaccgcattatatttgaggagagtgaggtggttgtg
gatcccacgcatgccgtcttcatcacgatgaaccctggctacgcgggacgtacggagttg
ccggataacttgaaagttcttttccgccctgtggcgtgcatggtgccagattacgctctt
attggtgagattcgtctgttttcatacggttacaagaaggctcggagtctcgcacagaag
atggtgatgacatttaagctaagctcggaacagctttcctcgcaggatcactatgacttt
ggtatgcgtgccgtgaatactgtcatctcagctgcggggttaaacaagcgagaaaatcca
aatgaggacgaagatttattgttgcttcgggcattgcgtgactccaatgtgcccaagttt
ctcatagatgatattgtactctttgagggaattattagtgatctgtttcccggtacaaaa
gttccatctacagattatggaatggttgtggatgtacttcgtcaagttgtcacggctgat
aaactgcaacccgtaccaactttcattagtaagtgtttacagctttacgatatcacaacg
ctgcgtcatggattgatgttagtgggtcccgctggaagtggaaagacgatggcatacacc
tcattacaaaaggctctgtcggagtgtgcggtcatgcagagtaagcggaatgatttgggc
tcgagagaatatatgaaggtctacacccatatctgtaaccctaaagctgtcacgatggat
cagttatatggagtgtatgacgagaatggggagtggagggatggtgtactttgcgttctc
ttccgccgtgccgcaaagtacggtgatgaagggaatcaattgggtaaacattgggttatg
tttgacggccctgttgatgccctctggatcgagtctatgaacaccgtcttggacgaaaac
aagaagctctgccttgtctcgggggaaattattcagatgagtcgagacatgacgatgatg
tttgaggtggaggaccttctcgtcgcgtctcccgccaccgtctcacgttgcggtatgatt
tacatggaccccacggcgtgtgttcccactagtgccattgctgcgacatggaaggcgtcc
cttccagcatttatggtctccaaaaatgaataccttgcggaactggcgaatacatacttg
gataaacttgtcgagtttattcgggccaatctaaaagaatacgtgccgtcaacaaacatt
ggtcttgttcactccttcttccgtgtgatggacggctacatccaatcctttgccgtgccc
aaaccgcagcctggacaacccgtaatgagcccagagcgtgcggagatacttgaaaaatgc
atcaccccattgtttttcatgtctgtcatatggagtcttggtgccacgtgtgacgaggga
agtcgggagaaatttagcgacatgctgcgcaccgtggctcaagggaacaatcacgccgat
tctttacccgccgaaggcctggtctatgattactgctttgtttactccgccgtaccggag
gatgaggagcaaccacgttgggtgcactgggatgatctctgtgatacctgcgagattggt
cggatgacaaaatttgaggacgttatggtgcccacgattgacaacacacgccaaaaatat
gtgctgcagcacttgttaacacaaaaggtgaatgtggtagctgttggcccgacgggtaca
gggaagacggtctctgtgagtgatcttgtacttggtgggttacccgaccggtttcttggc
ctcacctttactttctctccacagacaaaggctggcgtgctgcagaactccctcatgtcc
aagtttgacaagcgtcgctcacatgtgtttggtgctcccattggtaaacactttgttgta
ttcattgatgacgcgaatttacctcaaaaggagcgttatggtgcccagccgccattggag
ctgctgcgtcaattgttgggccatgggggtttctacaactttacaggtggaatccgatgg
aatgccatcattgacacgtcatttgtcatggcgatggggcctcctggtggcagccgtaca
caagtctcaaaccgtctcatgcgctaccttaactatgtgtcgtttcccgagatgtcagag
gtgtcaaagcgcaccattttgaacaccattcttaaagggggtcttagtcaacgtggtgtg
aagagtgaggtcattgatctttcctcaaagcttgttgaggggacgctgagtatatttcgg
cgttgttgcaaaacgttcctgccgacgccttcccatgttcattattccttcaacatgcgt
gatgtgatgcgggtttttcccatgatttttgaaaatgacgggaatagtttgccgaacgaa
gaggtgctggtgaaacaatggatgcacgagatgcagcgtgttttttacgatcgacttatc
tgcgcagaggacaggcaacagtttatttccttccttaatgatgaactcacgcagttgggc
tacgagggtgggtacacatcgttggttcccgagggcagacttatatttggggatttcatg
tcggaaagggagcgatcctaccgccaaatcagtgatatgaacgctctctccatttttttt
gatgaccagctaagcgcctaccacgacgccaacgagactgtgatggatcttgtatttatt
cttgatgccattgagcacgtgtgtcgcatttccagggtcttgtgtttaccgaacggt

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (33)   

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