KEGG   Python bivittatus (Burmese python): 103068253
Entry
103068253         CDS       T03091                                 
Name
(RefSeq) dynein heavy chain 17, axonemal-like
  KO
K10408  dynein axonemal heavy chain
Organism
pbi  Python bivittatus (Burmese python)
Pathway
pbi04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    103068253
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:pbi03037]
    103068253
   04812 Cytoskeleton proteins [BR:pbi04812]
    103068253
Cilium and associated proteins [BR:pbi03037]
 Motile cilia and associated proteins
  Dynein arm
   103068253
Cytoskeleton proteins [BR:pbi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     103068253
SSDB
Motif
Pfam: DHC_N1 AAA_6 DHC_N2 AAA_7 Dynein_AAA_lid AAA_5 AAA_lid_1 AAA_22 AAA_16 Sigma54_activat ATP_bind_1 AAA_25 Viral_helicase1 Zeta_toxin Rx_N
Other DBs
NCBI-GeneID: 103068253
NCBI-ProteinID: XP_007431032
UniProt: A0A9F2QYS4
Position
Unknown
AA seq 2666 aa
MTTMADKRLDFIENYCTLSLHIKPDKWSKFSTSEETHAMLNEFYEKPDVTALVITLNPTG
QLVSCLGFPSTLKNKAVYFVKKKHENITKDNFLDALLIGDISPSPVEQMMAIVEEVAYSL
FLKGVNLTGWPRVVAEDVIRQAHRLKNEMFVMGGKFKGKTLLPLPENMEVLDSNSDMFDS
LPGAVDSSLLHSIETIIIDWSHQIRDILSKDSAQPLLDGLHPLPKAEFDFWYSRQENLQC
INEQLYAPQVKKIADILERAKSCYWPALKNVFKDVSAGLKEADDINLYLQPLKVTLEEVE
QADYNLVSSHIGSIMYTVCLIWANSEYYNIPSRVIVILQEICNLFIEMTRNFLSPEEVLK
GLQGEIEEVLSGIKLAIAVIEKLYKTYDLCCTDMMPSFFKDKEPQYWEFPSTLVFTRMNS
FFHRLKTIEELYMTAIEFLKLEKIELGGVRGNILGSLVFQIYEEVLEYVKVFAECKYDPL
DPADEQFDADFADFQIKIQDLDRRLGTIFYQGFVDCSSFESAVKQIHMFASLLERPLIKA
DAAPHYASLLEMFNVELDNAKILYDAQISATQTGDHVPPISKNMPPVAGQLKWALELQER
LQIPRKDLHAIDHPVMVSSEAKLIYGKYDEMIRLLKGYRERIYAEWISRVDTDCQFNLEQ
PLIQRDPETRLISVNFSKALVAVLREVKYLNFQQQKEIPGSAGSLFSQNETFQKFVDNLD
LIVGWYNKIKRTILLVELPLVKTELEEIDVGLEKAETNLFWSNEGVMDYIQEMRNVLYDL
ETRIQKTKLNVENIGQLMQEWSASPLFERKDNKETALLDLDGRQTNINKRYAAIKDAGQK
IQSMVEENADLFKADKTTEIWSRYVEYIDDIIFDGYFKFIRKSLQFLLSNMSAEANVAPL
FEVRMELYKDDLRYRPSLEVGAEQGFLEMVENLMNDIYDTAKLIPRLAKGKHSYKTDLED
TGELIEMREEVANIVVNAMKQGEEYQDSFEKYSYLWMDDPQEFMQRFLTFGHALTQEELE
SHAEEYLPHVAPTLEQFQLQIDTYEKLYEEVSKFENTKVFNGWLQSDCRPFKQALLNTIK
RWSLMFKQHLIDHVTTSLQELAAFMKEANAGLTKPVKEGDYDGLVEVMAHLMRVKDRQIA
TDNMFEPLKQTIELLKLYGEEMPEEIHMQLHELPEQWNNTKKLSFQVKQNVAPLQANEVT
IIRRKCQQFEIKQHEFREKFRVDAPFTFVDPDPYKSLTKQQKMTTGMEKEMEALSKSAGL
FEVSVPDYKQLKACHKEVRLLKELWDMIVLVNESINDWKTTKWKEINVEQMDLDCKKFAK
DVRGLDKEMRAWDAFIGLDNTVKNMITSLRAVSDLQNPAIRDRHWKELMQATQVKFTMSD
ETTLADLLQLNLHKFEDEVRSIVDKAVKESGMEKVLKALDSTWSTMQFEHEPHHRTGTML
LKSDEALVETLEENQVQLQTLMTSKYLAHFLQEVSSWQQKLSTADSVISIWFEVQRTWSH
LESIFIGSEDIRNQLPEDSKRFDIIDKDFKELMADAVKTPNVVEATNKPGLYDKLEALQQ
SLALCEKALAEYLETKRLAFPRFYFVSSADLLDILSNGNDPVEVSRHLSKLFDSMAKLKF
RLDAEGKPLKIGLGMYSKEDEYVDFDKDCDCSGQVEVWLNRVLERMQNTLRQQIAEAVVT
YEEKPREQWLFDYPAQIALTCTQIWWTTEVGIAFSRLEEGYENAIKDYNKKQINQLNTLI
TLLIGNLTPGDRMKIMTICTIDVHARDVIAKMILAKVESSQAFTWQSQLRHRWDEEKRHC
YANICDAQLQYSYEYLGNTPRLVITPLTDRCYITLTQSLHLIMGGAPAGPAGTGKTETTK
DLGRAVGIMVYVFNCSEQMDYKSCGNIYKGLAQTGAWGCFDEFNRISVEVLSVIAVQVKC
VQDAIRAKKKTFNFLGEIISLIPTVGMFITMNPGYAGRTELPENLKALFRPCAMVVPDFE
LICEIMLVAEGFIEARLLARKFITLYTLCKELLSKQDHYDWGLRAIKSVLVVAGSLKRGD
PGRAEDQVLMRALRDFNIPKIVTDDLPVFMGLIGDLFPALDVPRKRDLNFEKIIKQSIVE
LRLQPEESFVLKVVQLEELLQVRHSVFVIGNAGCGKSQVLKSLNKTYQLMKRKPVAVDLD
PKAVTCDELFGIINPATREWKDGLFSTIMRDLANITHRGPKWIVLDGDIDPMWIESLNTV
MDDNKVLTLASNERIPLNPTMRLVFEISHLRTATPATVSRAGILYINPADLGWNPIVSSW
IERREVQSEKANLMILFDKYLPTCLDKLKFGFKKITPVPEVTVVQMILYLLECLLTPTNT
PPDSSKELYELYFVFACFWAFGGAMFQDQLVDYRVEFSKWWVNEFKTIKFPSQGTIFDYY
IDPESKKFMPWTDKVPQFELDSDVPLQASMVHTTETIRIRYFMDLLMEKKWPVMLVGNAG
TGKSVLMVDKLDTLNMDDFIVQAVPFNFYTTSAMLQAILEKPLEKKSGRNFGPSGTKKLI
YFIDDMNMPEVDKYGTVAPHTLIRQHMDHGHWYDRSKLTLKDIHNCQYVACMNPTAGSFT
IDSRLQRHFCVFAVSFPGQDALMSIYSTILGQHLALRNVSMVVQKINVQLVSAALGLHQK
ISSTFLPTAIKFHYVFNLRDLSNIFQ
NT seq 7998 nt   +upstreamnt  +downstreamnt
atgacaacaatggctgataaacggctggatttcatagagaattattgcacgctctctctt
catattaagcctgacaaatggtcgaagttttcaaccagtgaagagactcatgccatgctc
aatgagttctatgagaagccagatgtgacagcgttggtgattactctcaaccctactgga
cagctagtctcctgccttggcttcccatcaacactgaaaaataaagcagtctattttgtg
aaaaagaagcatgaaaacattaccaaagataacttcctggatgcactcctgattggagat
atcagcccttccccagtagagcagatgatggctattgtggaagaggttgcctactccttg
ttcttgaaaggtgtaaacctaaccggatggcctcgtgtggtagctgaagatgttattcga
caggctcacaggctgaaaaatgagatgtttgtgatgggaggaaagttcaaaggaaaaaca
ctgctccctttgccagagaacatggaagtcctggatagtaactcagacatgtttgacagc
ctacctggagctgtggacagttccctgctacactccattgaaacaataattattgactgg
tctcatcagatccgagatatcttgagcaaagattctgcccagcctctcctggatggttta
cacccattacccaaagctgaatttgatttctggtacagtcggcaggaaaacctgcaatgc
atcaatgagcagctctatgcacctcaagtcaaaaagattgccgacattttagagcgagca
aagagctgctattggccagcacttaagaatgtcttcaaggatgtatctgcaggattgaaa
gaagctgatgatatcaacctgtatctgcagcctctaaaagttacactggaggaggtggaa
caagctgactataacctggtgtcttcacacatcggtagcatcatgtacacagtatgcttg
atctgggctaattctgaatattacaacattccatcccgagtcattgtcattttgcaggag
atttgtaatctcttcattgaaatgacacgtaactttttgagtcccgaggaagtgttgaaa
ggcttgcaaggcgaaattgaggaggttttgtcaggaatcaagctggccatcgctgtgatt
gagaaactctacaagacctatgacctttgctgcacagatatgatgccttctttttttaag
gataaagaacctcagtactgggaatttccctctactcttgtctttacaaggatgaattca
ttttttcacaggttaaagactatagaggaactatacatgactgcaattgaatttctcaaa
ttggagaaaattgaattgggaggtgtgagaggcaatatccttggaagcttggtgttccaa
atttatgaggaggttcttgaatacgtgaaagtttttgcagaatgcaaatatgatccatta
gatccagcagatgagcaatttgatgcagattttgcagattttcagatcaaaattcaggat
ttggataggcgactgggcaccattttctatcaaggatttgttgactgttccagttttgaa
tcagctgtcaagcaaatccatatgtttgcatctctgttggaacgacccttgatcaaagca
gacgcagctccccactatgcatcgcttttggagatgttcaatgttgaattggacaatgca
aaaattttgtatgatgcccagatatctgctactcaaactggagatcatgtgcctcccatt
agcaaaaatatgccacctgtggctgggcaactgaaatgggctttagaactccaggaaaga
ttgcagatcccaaggaaagatttgcatgccattgatcatcctgtaatggtcagttcggaa
gccaaactgatctatggaaagtatgatgagatgatacgtttgctgaaaggttaccgtgaa
agaatttacgcagagtggatcagcagggttgatacagactgccagtttaatctagagcag
ccactgatccagagagatccagaaacaagacttattagtgtcaacttcagcaaagcgctc
gtagctgttctccgtgaagtcaagtacctgaactttcagcagcagaaagaaattccaggc
agtgccggcagcctcttctctcagaatgaaactttccagaaatttgtggacaacttagat
ctcattgttggctggtacaataagatcaagagaaccattttgctggtagaacttcctctg
gtcaaaactgaactggaagaaattgatgttggcctagagaaagctgagaccaacctgttt
tggagtaatgaaggtgttatggattatatccaagagatgcgaaatgttttatatgattta
gagacaagaattcaaaaaaccaaattaaatgtggagaatatcggacagcttatgcaagaa
tggtcagctagtcctttgtttgaaaggaaagacaataaggagacagcccttcttgatctg
gatggaagacaaacaaatataaacaaacgctatgcagccatcaaagatgctgggcagaag
atccagagtatggtggaggagaatgcagatttgttcaaggctgacaagacaaccgaaata
tggtctcgttatgtagaatacatagacgacataatctttgatggctactttaagtttata
cgcaaatcactgcagtttctgctcagcaatatgtcagctgaggccaatgttgccccatta
tttgaagtacggatggagttgtataaagatgacttaaggtatcgtccatcgctggaagta
ggagcagaacaaggttttttggaaatggtagaaaacttaatgaatgatatctatgataca
gcaaagcttataccccgactggcaaaagggaagcacagctataagactgacttggaagat
acaggagaactaatagagatgcgggaggaagttgcaaacattgtggtcaatgccatgaag
cagggcgaggaatatcaagactcctttgaaaaatactcatacctttggatggacgatcct
caggaattcatgcagcgtttcctcacttttggtcatgctctcacacaggaagagcttgaa
tctcatgcagaggaatacttgccacatgtggcacccacacttgagcaattccagctacag
attgatacatatgaaaaactatatgaagaagtctccaagtttgagaataccaaagtgttc
aatggttggctgcaaagtgactgtcggcccttcaagcaagcactcctgaacaccatcaaa
cgctggagcttaatgttcaagcagcacctcatcgatcatgtcactactagccttcaggaa
cttgctgctttcatgaaagaggcgaatgcaggcttaactaaaccagtgaaagaaggtgac
tatgatgggcttgttgaagtgatggcacacttgatgagagtcaaagatagacaaatagct
actgacaatatgtttgagcccctaaagcagactattgaattgctgaaattgtatggagaa
gaaatgcctgaagagatccatatgcagttgcacgaattgccagagcagtggaataacacc
aaaaagttgtccttccaagtcaaacagaatgtggctcctctgcaagccaatgaagttaca
atcatccgaaggaaatgccaacaatttgagattaaacaacatgaattcagagagaaattc
cgagtcgatgcacctttcacttttgttgatccagatccatataaatccctaaccaagcaa
caaaaaatgactactggtatggaaaaagagatggaagccctatccaaatctgcaggcttg
tttgaagtatctgttccagactacaagcagctaaaagcatgccataaggaagtgcgcttg
ctcaaggagctctgggatatgattgtcttggtaaatgaaagcattaacgactggaagaca
accaaatggaaagagattaatgttgaacagatggatcttgactgcaagaaatttgctaag
gatgtcagaggtttggacaaggaaatgagagcatgggatgcttttataggactggataat
actgttaaaaatatgatcacatcccttcgagctgtgagtgacctccagaatccagctatc
cgagatagacattggaaagaactcatgcaggccacccaggtgaagtttaccatgtctgat
gaaacaacgctggcagacctacttcagctgaatcttcacaaatttgaagacgaggttcgc
agcattgtagacaaagctgtgaaagaatctgggatggaaaaggtgttgaaggctcttgac
agtacctggtcaactatgcagtttgaacatgagcctcaccatcggacgggaacaatgctg
ctcaagtcagatgaagcactagtagaaacccttgaagaaaatcaagtgcagctccagact
ctgatgacttctaagtatctggcccacttccttcaggaggtctccagctggcagcagaaa
ttatccactgctgactcggtgatatccatttggtttgaagtccagagaacatggagtcac
ctggagagcattttcattggttcagaagacattcgaaatcagcttcctgaggattcaaag
cgctttgatatcattgacaaagattttaaagaattgatggctgatgcagtaaaaactcca
aatgtggttgaggcaacaaataaaccaggtctctatgacaagttggaggctttgcagcaa
agtttggcactctgcgaaaaagctttggctgaatatctggaaaccaaaagactggctttc
cccagattttattttgtatcctctgcagacctgctggatattttgtccaatggcaacgac
cctgttgaggtgtcccgccatctgtccaaattatttgatagtatggcaaagctgaaattc
aggctagatgcagaaggaaagcctctgaagattggcttgggaatgtacagcaaagaagat
gagtatgttgattttgacaaggactgcgactgctctggtcaggttgaagtttggttaaac
cgagtgttggagagaatgcagaacaccttgcgccaacaaatagctgaagctgtagtgact
tatgaggaaaagccaagagagcaatggctgtttgattacccagcccagattgctttaacg
tgtacccagatctggtggactacagaagttggtattgcgttttcacgactggaagaaggc
tatgaaaatgcaattaaagattacaataagaaacagattaaccagttgaacaccttaatt
acactgctcattgggaacttaactccaggggacagaatgaagattatgaccatttgtact
attgatgtacatgccagagatgtcattgccaaaatgattttagcaaaggtggagagctct
caggcatttacgtggcagtcccaacttaggcaccgttgggatgaagaaaagaggcactgc
tatgccaacatctgtgatgctcaactgcagtattcctatgagtaccttggcaacactcct
cgtctggtgatcaccccgctcactgaccgttgctatatcaccctgacccagtccctccac
ttaatcatgggaggagcccctgcaggccctgcaggcacaggaaaaactgagaccaccaag
gacttgggcagagctgtaggaatcatggtgtatgtcttcaactgctctgagcaaatggac
tataagtcttgtggaaatatctacaaagggctggcccaaaccggggcctggggatgcttt
gatgaattcaatcggatttcagtggaagtcctgtcagtaattgctgtacaggttaaatgt
gttcaagatgcaattcgagccaagaagaagacattcaactttcttggagagattatctct
cttatacccactgttggaatgtttattactatgaatcctgggtatgcaggtcgtactgaa
ctgcctgaaaatctgaaagctttattcaggccctgtgccatggttgtgcctgattttgag
cttatctgtgaaatcatgcttgttgctgaaggttttattgaagctaggcttctggccagg
aagtttattactctctacacactatgtaaggagctactctccaagcaggatcactatgac
tgggggctgagagctatcaagtctgtgctagtggtggcggggtccctgaagagaggagat
ccaggccgagctgaagaccaggtcctcatgagagctttgcgagactttaacatacccaag
attgtgaccgatgacttacctgtgttcatgggactcattggggaccttttcccagcgctg
gatgtacccaggaagcgtgacctgaactttgaaaagattatcaaacaatctattgttgag
ctccgtctgcaacccgaggagagttttgtgctgaaggttgtacagctggaggagttactg
caagtccgacattcagtgtttgtgattggaaatgctggctgtggcaagtcacaggtactg
aaatctctgaataaaacttaccagctcatgaaaagaaagcctgtagctgttgaccttgat
cctaaagctgtaacttgtgatgaactatttggaataattaatccagcaacgagagaatgg
aaagatggcttgttttcaacaataatgcgagatctagctaacataactcatcgtggacca
aaatggattgttctggatggagatattgatcccatgtggattgaatctttgaatactgtg
atggatgacaacaaggtgctcaccttagccagcaatgagcgaatcccactaaaccccacc
atgaggcttgtatttgagatcagccacctaagaacagcaacacctgccacagtgtctcga
gcaggaatcttgtatatcaatcctgctgacctgggctggaatccaatagtgagcagttgg
attgagcgccgagaagtgcaatccgaaaaagctaacctgatgatcttgtttgataaatat
ttgcctacctgcttggacaaactgaagtttgggttcaagaagataacccctgttcctgaa
gtgacagtagtgcagatgattctctatttactggaatgtctcttgacccccaccaataca
cctccagattcttccaaagagctatacgaactctattttgtgtttgcttgcttctgggca
tttggaggagcgatgttccaagatcagcttgtggattatcgggtggaatttagcaaatgg
tgggtgaatgaatttaaaacaatcaaattcccatctcagggaacaatttttgactattat
attgacccagagtcaaagaaattcatgccatggactgataaagtgccacaatttgaattg
gattcagatgtcccattgcaggcttcaatggtccacacaacagaaaccatccggattcgt
tacttcatggacttgctaatggagaaaaaatggccagtgatgctagttgggaatgcaggc
actggaaagtcagtgctgatggtggataagctggataccctgaacatggatgattttata
gtccaagctgttccctttaacttctacacaacttcagctatgctgcaagctattctcgag
aagcctctggagaagaaatcaggaaggaattttggcccctctggtaccaagaagctgatt
tacttcatagatgatatgaacatgccagaagttgacaaatacggcactgtggctcctcac
accttgatccggcagcacatggatcatgggcattggtatgatagaagcaagctgacctta
aaggatatccacaactgccaatatgttgcctgtatgaacccaacagctggatccttcact
attgattccaggctccagagacatttctgtgtatttgcggtgagtttcccaggtcaggat
gccctaatgagcatctacagtactatcttgggtcagcacctggcccttcggaatgtctcg
atggtcgtccagaagattaatgtgcagctcgtttctgcagctctgggtttacatcagaaa
atttcatcaacatttcttcctacggccataaaatttcattatgttttcaatctccgggac
ctctcaaatatattccag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (55)   

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