KEGG   Python bivittatus (Burmese python): 103064584
Entry
103064584         CDS       T03091                                 
Symbol
DNAH12
Name
(RefSeq) dynein heavy chain 12, axonemal
  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
    103064584 (DNAH12)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:pbi03037]
    103064584 (DNAH12)
   04812 Cytoskeleton proteins [BR:pbi04812]
    103064584 (DNAH12)
Cilium and associated proteins [BR:pbi03037]
 Motile cilia and associated proteins
  Dynein arm
   103064584 (DNAH12)
Cytoskeleton proteins [BR:pbi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     103064584 (DNAH12)
SSDB
Motif
Pfam: AAA_6 DHC_N2 AAA_7 Dynein_AAA_lid AAA_8 AAA_5 AAA_lid_1 AAA ThiF
Other DBs
NCBI-GeneID: 103064584
NCBI-ProteinID: XP_025020554
UniProt: A0A9F5MPL3
Position
Unknown
AA seq 2282 aa
MNSEQKQIRNNYLFMKKCVESNPVVPIQQEWLVSMLTLVPQALMEGKNREKLVEELLSEV
TNDYEMSMKRYMVRSVLVKPEVKLLEYEKEGPLPVEPVGLDFSRPWHKSFIQARKQILEN
LHILHPTLRILLEIGYKTFSKLLIVDISGFRSKGPLDCESLQNDVSINCLKTEEKILNTW
YPRVINLFTRKEALDGVKADQVDSFYNCVATLMSNQLKELLKRTVEAYVQLFNLEDQRWL
PLFKMELTFDDEKMDFYPSFNDLEDAILCIITLIAQTLQNVQTIHSWLGGTNIVTTIDTE
LPDHVIAWASSVLKRAVNENLKDAKAHFDSYVEKYGWLVDGAADDRIKTFIAEEHSFDEY
AELVDEFLNLSTEIMSLPMIAHFPMVRLDCDDLKQGLAEKAKSFAYKLLDLLVYNHREEN
QTICNEFEAIKERALKVPETTEEMMESIAFIDKAKTTGIQKLYERIKECKRRMNYLLDVY
LFEPEDLTLNATVLLWPQNINPIFDENDEIIERSKRKGESELLAKREKLIMEVERQIRRM
HEFTEYSDLDRMHQYVTDMRTLQKRIQDADETVTFINKEEKLLNWELTEYPDLETLKVSI
EPYQKLFVFILKWQRTEKRWMDGAFLDLNGERMEGEVDEFFREIYKTLRFFQQKLKKAEI
ERKKSLRRAVVEERVEEKKKDTPTISMCSAVMQQIKDFKENIPLVTTLCNPGIKARHWKQ
MSEIVGYDLTPDSGTTLRKVLKQNLTPYLEQFETISMGASKEFSLEKAMHTMMEIWDSIS
FQTSLYRETGVNILSAVDEIQTILDDQIVKTQTMRGSPFIKPFEKQMKEWEERLIRIQET
IDEWLKVQAQWLYLEPIFSSEDIMQQMPEEGRQFQTVDRYWKDIMKYCAKDPKVLAATSL
TGLLEKLQNCNDLLDKIMKGLNAYLEKKRLFFPRFFFLSNDEMLEILSETKDPLRVQPHL
KKCFEGIAKLEFRPNLDIKAMYSTEGERVEFISTISTSEARGAVEKWLIQVEDIMLKSIH
DVITRSRLAYPESKRKDWVREWPGQVVLCVSQMFWTTEVHEAIASGPEGLQNYYQALQYQ
LNDIVELVRGKLSKQTRTTLGALVTIDVHARDVVMEMIESGVLQETDFQWLAQLRYYWEY
ENVRVRIINCNVKYAYEYLGNSPRLVITPLTDRCYRTLIGAFYLNLGGAPEGPAGTGKTE
TTKDLAKAVAVQCVVFNCSDGLDYLAMGKFFKGLASSGAWACFDEFNRIELEVLSVVAQQ
ILCIQRAIQQKLEIFNFEGTELRLNPNCFVAITMNPGYAGRSELPDNLKVLFRTVAMMVP
NYALIAEISLYSYGFLNAKPLSVKIVMTYRLCSEQLSSQFHYDYGMRAVKAVLIAAGNLK
LKFPTENEDILLLRSIKDVNEPKFLSHDIPLFMGITSDLFPGIKLPEADYSDFLECANEC
CKEHNIQPVKVFLEKMIQTYEMMIVRHGFMLVGEPFAGKTKVLHVLANTLSLMNQREYGE
EEKVIYRTVNPKAITMGQLFGRFDPVSHEWTDGVVANTFREFALTETTDRKWVVFDGPID
TLWIESMNTVLDDNKKLCLMSGEIIQMSPQMSLIFEAMDLSQASPATVSRCGMIYLEPLQ
LGWKPLVTSWLRTLPEALHEKEYQDLFEDLFNWLIPPALRVRQKQCKELVPSSNSNNVVS
LTRLLEILLCDPVQKDPSNKNIHKWIMGCFAFAVIWSIGATCDSDGRIIFDNFMRDIVIG
KLDEHPLPAAMGKWEHPFEEKGLVYDYMFELKGKGRWAHWNEAVKTINYNDKNIKIQDII
VPTMDTVRYTYLMDLCIKYGKPLLFVGPTGTGKSVYVKDKLMHHLEKDLYFPFFVNFSAR
TSANQTQNIIMARLDKRRKGIFGPPVGKKCVIFVDDMNMPALEQYGAQPPIELLRQFFDH
GIWYDLKDTNKITLIDVQLMAAMGPPGGGRNPVTPRFLRHFNICTINTFSDETMVRIFST
VVSFYLRVNEFVPEYFTIGNQIVSGTMEVYKKAMANLLPTPAKSHYTFNLRDFSRVILGC
LLIKKDSVVSKHTMIRLFVHEVFRVFYDRLVDDADRAWLFRLIKEIVKEHFKEAFDLVFS
HLKQGNAPITEEDLRNLLFGDYMNPDLEGDERIYFEIPNIQMFSDVVDLCLDEYNQTHKT
RMNLVIFRYVLEHLSRICRVLKQSGGNALLVGMGGSGRQSLTRLATSMAKMNIFQPEISK
SYGMNEWREDLKINGDFHLDGRNRQCCAGEQNTGADRTLNATCTSDDRCEQQERSTEEEE
PG
NT seq 6849 nt   +upstreamnt  +downstreamnt
atgaacagtgaacagaaacaaataagaaacaattatctctttatgaagaaatgtgttgaa
agtaatccagtggtacctattcagcaggagtggttagtctccatgctcacattggtacct
caagctctcatggaaggcaagaatagagagaaactggtcgaagagctcttaagtgaggta
acaaatgattatgaaatgagtatgaagagatacatggtgcgaagtgttcttgtcaagcct
gaagtaaaattgcttgaatatgagaaagaaggacctttgccagttgaacctgtaggatta
gacttttctaggccatggcataaaagttttatacaagcaagaaaacagattcttgaaaat
ttacatattctccatccaactttaagaattttactcgaaatcggttacaaaacattttcc
aagttacttatagtagacatatctggtttcaggtcaaaaggcccactagactgtgaatcc
cttcaaaatgatgtgtctataaattgcttaaaaacagaagaaaagatactaaacacgtgg
tacccaagggttatcaatctgtttaccagaaaagaagcactggacggtgtgaaagctgat
caagttgattctttctataactgtgtggctactcttatgtctaatcagctgaaggagtta
ttgaaaagaactgttgaggcttatgtgcagttgtttaacttagaagatcaaagatggctg
cctttgttcaagatggaattgacttttgatgatgagaaaatggacttctaccctagtttt
aatgatctggaagatgccatcttatgtattattactttgattgcacaaactttgcagaat
gtccagacaatacattcatggctgggaggtacaaacatagtaacaactattgacactgaa
cttcctgatcatgttatagcatgggcttcatctgtattgaagagagcagttaatgagaac
ttgaaagatgcaaaagcacattttgattcttatgtggaaaagtatggctggcttgtagat
ggtgctgcagatgaccgtataaaaacatttatagctgaggaacacagttttgatgaatat
gcagagcttgtagatgaatttttaaatctttcaacggaaataatgagcttaccaatgata
gctcacttccctatggtgcgtttagactgtgatgacttgaagcaagggttagctgaaaaa
gcaaaaagctttgcatataaattattggatttattagtttacaatcacagagaagaaaat
caaacgatatgcaatgaatttgaagccattaaagaacgtgcattaaaagttcctgagaca
acagaagaaatgatggaaagtatagcttttatagacaaagctaaaaccacaggtatccag
aagttgtatgaaaggattaaggaatgcaagcgacgaatgaattatcttctggatgtttat
ttatttgaaccagaagatttgacactgaatgctactgttctgctgtggcctcaaaacatt
aatcctatctttgatgaaaatgatgaaattatagaaaggtctaaacggaagggtgaaagt
gaattattagccaaacgtgagaaattgataatggaggtagaaaggcagattcgtcgtatg
catgaattcacagaatactccgatttggaccgcatgcaccagtatgtgactgacatgaga
acgttgcagaaacgcatacaagatgctgatgaaacagttacttttattaataaagaagag
aagcttttaaattgggagctgactgaatatccagatttggagaccttgaaagttagcatt
gagccatatcagaaactttttgtttttatactgaagtggcagcggactgaaaaacgatgg
atggatggtgcttttttagatctcaatggagaaaggatggaaggtgaagtagatgaattt
tttcgagaaatttataagacattaagattttttcaacaaaagctaaagaaagctgaaata
gaaagaaaaaagtcattacgaagagcagtagttgaagaaagagtagaggaaaaaaagaag
gacaccccaactatttcaatgtgtagtgcagtaatgcagcagattaaagatttcaaagaa
aatatccccttggtgactaccctttgtaatccaggtataaaagctcgtcattggaaacag
atgtcagaaattgttggatatgatttaactccagattcaggaactaccttaagaaaagtg
ttaaagcagaatctaaccccttacttagagcaatttgaaaccataagtatgggagcaagt
aaggaattttcactagaaaaagcaatgcatactatgatggagatctgggattcaatttcc
ttccaaactagcttatatcgtgaaactggagttaacattctgtctgctgttgatgaaatc
cagacaattctagatgatcagattgtaaaaacacaaacaatgaggggatcacccttcatc
aagccatttgaaaaacaaatgaaggaatgggaagaacgcttaatcagaattcaagagacc
attgatgagtggctgaaagtgcaagctcagtggctttacttagaaccaatcttttcttca
gaagacattatgcaacagatgccagaggaagggcgccagttccagactgtggatagatat
tggaaagatattatgaaatactgtgccaaagatcccaaggttcttgctgccacttcatta
acagggttgttggaaaaacttcagaattgtaatgatcttctagacaaaatcatgaaagga
ttgaatgcgtatcttgagaagaagcgtcttttctttccccgcttttttttcttgtctaat
gatgaaatgttggagatcctgtcagagactaaagaccctctccgtgtccagcctcacctg
aaaaagtgttttgaaggcattgctaaacttgaatttcgcccaaatctggatattaaggca
atgtatagcactgaaggtgaacgtgtggaatttatttcaactatttcaacttctgaagct
cggggagctgttgaaaagtggctgatacaagttgaagatatcatgttgaagagtattcat
gatgttattacaagatcaagactagcgtatccagaaagcaaaagaaaggattgggtgaga
gaatggcctggccaggtagtcctgtgcgtctcacaaatgttctggacaactgaggttcat
gaagccatagctagtggcccagagggtttgcagaattattaccaggctcttcagtatcag
ttaaatgatattgtagagctggtaagagggaagttgtctaaacaaacaaggactacactg
ggtgctttggttactattgatgtgcacgctagagatgtcgtcatggaaatgattgaaagt
ggtgtgttgcaggagacagattttcagtggctagcccagttgcgatattactgggagtat
gagaatgtgcgtgtccgcatcatcaattgcaatgtcaaatatgcttatgaatatcttggc
aattctcctcgactcgtcattactcctctcacagacagatgttatcgcactctgattgga
gcattttatttaaatcttggtggtgctccagaaggtccagctgggacaggtaaaacagag
accaccaaagatttggctaaagctgttgcagtgcaatgtgttgtcttcaactgctctgat
ggccttgattatctagccatggggaagttttttaaaggtttagcttcttcaggggcttgg
gcctgctttgatgaattcaatcgcattgagctggaggtgctgtctgtggtagcccagcag
attctttgcatccagagagctatacaacagaagctggagatatttaattttgaaggaact
gaactgaggcttaatcccaattgttttgttgctattactatgaatccaggatatgcaggt
cgctctgaattgccagataatctgaaggttctcttccgaacagtggccatgatggttcct
aattatgccctcattgctgaaatctctctgtattcttatgggtttctgaatgctaagcca
ttgtctgtgaagatagtgatgacctacagattgtgctcagaacaactttcgtctcagttc
cattatgactatgggatgcgtgcagtcaaagcagtgctaatagctgctggtaacttaaaa
ctgaaatttccaacagagaatgaggatatactgctccttcgatcaatcaaagatgtaaat
gagcctaaatttttgtctcatgatatacctctatttatgggaattacaagtgatttattt
cctggcattaagcttcctgaagctgactacagtgattttctggaatgtgcaaatgaatgt
tgtaaagagcataacattcagcctgttaaggtttttctagaaaagatgatacagacctat
gaaatgatgatagttagacatgggtttatgcttgtaggagagccttttgctgggaagacc
aaagttttgcacgtgttagcaaatacactttccctaatgaatcagcgtgagtatggagaa
gaagaaaaggtaatatacagaactgtaaatccaaaagctattacaatggggcaactcttt
ggacgatttgatccagtatctcatgagtggacagatggcgtagttgccaatacttttcga
gaatttgctttaactgaaacaactgaccgcaaatgggttgtttttgacggtccaattgat
actctttggatagaaagcatgaacactgtgttggatgacaacaaaaagctatgtttgatg
agtggagaaattattcaaatgtcacctcagatgagcctcatctttgaagctatggatctg
tctcaggcttcaccagctacagtcagtcgatgtggaatgatttacttagagcctttacag
ttgggctggaagccacttgttacttcatggttgaggacacttcctgaagccctgcatgaa
aaggaataccaagacctttttgaagacctttttaattggttaataccacctgctttgcga
gttcgtcagaaacagtgcaaggagttagttcccagcagcaatagcaataatgtggtatct
ctcactcggcttctggaaatactgttgtgtgacccagtgcaaaaagatcccagcaataaa
aatatccataaatggattatgggttgttttgcttttgctgtgatttggtccattggagca
acctgtgatagtgatggtcggattatatttgataactttatgagagatattgtcatagga
aagctggatgaacatccactgccagcagctatgggaaaatgggagcatccatttgaagag
aaaggattggtgtatgattatatgtttgagttaaaaggaaaaggccgttgggcacattgg
aatgaagctgttaaaaccatcaattacaatgataaaaatattaaaattcaagacattata
gtcccaacaatggacacagtcagatatacctatttgatggatttgtgcattaaatatgga
aagccgctgctttttgtgggaccaacaggtactgggaagtctgtatacgtaaaagacaag
ctaatgcaccacctagaaaaggatctctacttcccattcttcgttaacttttcagctcga
accagtgccaatcagacccagaatattatcatggccaggttggacaaaaggcggaaagga
atatttgggccacctgtaggaaagaaatgtgtaatctttgtggatgatatgaatatgcct
gcactggagcaatatggagctcagcctccaattgaacttttaagacagttttttgatcat
ggaatctggtatgacttaaaagacacaaataaaattacactaattgatgttcagctgatg
gctgccatgggtccaccaggtggtggaagaaatccagtaactcctcgttttctgagacat
ttcaatatttgcaccattaatacatttagtgatgaaacaatggtccggattttttctacc
gttgtttccttctatctcagagtaaatgaatttgttccagaatatttcacaattggaaac
cagattgtcagtggcactatggaggtatataagaaagccatggcaaacctgttgccaaca
ccagctaaatcccattatacattcaatttgcgtgacttttcacgagttatcctaggctgt
ttgcttattaagaaggattcggttgtcagcaagcatacaatgattcgtctctttgtacat
gaagtatttcgagtgttttatgaccggcttgtggatgatgctgacagggcttggctgttt
aggctcataaaagaaattgtgaaagaacatttcaaagaagcatttgatttagtattttca
cacctgaaacaaggaaatgcgcctataactgaagaagatctgagaaatctgctatttgga
gactacatgaatcctgaccttgaaggagatgaaagaatttattttgaaattccaaatata
caaatgttcagtgatgttgtagatctgtgtttggatgaatataatcaaactcacaaaaca
agaatgaatctagtaatttttaggtatgtactggaacatttatctcgtatatgtcgtgtg
ctcaagcaatctggaggtaatgctttacttgttggaatgggaggaagtgggcgacaatcc
ttgacccgtttggctacatctatggcaaaaatgaatattttccaacctgaaatctccaag
agctatggaatgaatgagtggagggaagacctaaagataaatggggacttccatttagac
gggaggaaccggcagtgctgcgcgggggagcaaaataccggtgctgaccgaactctgaat
gcaacctgcacgagtgatgatcgatgcgagcagcaagaaagatctacggaggaggaagag
cccggataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (43)   

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