KEGG   Python bivittatus (Burmese python): 103061019
Entry
103061019         CDS       T03091                                 
Name
(RefSeq) dynein heavy chain 6, axonemal
Organism
pbi  Python bivittatus (Burmese python)
SSDB
Motif
Pfam: Dynein_C AAA_9 AAA_lid_11 MT Dynein_heavy AAA_8 TACC_C
Other DBs
NCBI-GeneID: 103061019
NCBI-ProteinID: XP_025020381
UniProt: A0A9F5IN02
Position
Unknown
AA seq 1548 aa
WPREALLSVSRTFFMHVDLGTDRMKEKLSVMCVDIHMSVTEMAEQYYAELRRRYYTTPTS
YLELINLYLSMLTEKRKQLVSARDRVKNGLTKLLETNVLVDKMKLDLSALEPVLKEKSVD
VEALMEKLAVDQENADQVRRVVQEDEAVAKVKAEETQAIADDAQRDLDEALPALDAANKA
LDSLDKADISEIRVFTKPPDLVMTVMEAICILLNAKPDWATAKQLLGDSTFLKKLLEYDK
ENIKGAILLKLQKYINNPDFVPEKVEKVSKACKSMCMWVRAMDLYSRVVKVVEPKRQKLN
AAQAELDATLATLRDKQKKLRQVEEQIQELQDQYETSVNEKENLARTMALTQARLTRAGR
LTAALGDEQVRWEESILNFEAEISNITGNVFIAAACVAYYGAFTAHYRQLLIDCWIKQCQ
DLEIPISSDFSLINILGDPYEIRQWNTDGLPRDYISTENGILVTRGRRWPLMIDPQDQAN
RWIRNKEAKCGLRIIKLTDSGFLRTLENAIRLGLPVLLEEIKETLDPALEPILLKQTFVS
GGRLLIRLGDSDIDYDRNFKFYMTTKMPNPHYLPEVCIKVTIINFTVTRSGLEDQLLSDV
VRLERPELEEQRTQLIIRINADKNQLKAIEDKILKMLFTSEGNILDNEELISTLQESKVT
SGAIKIRLVEAETTEEKINAAREKYRPVATRGSVMYFVIASLSDIDPMYQFSLKYFKQLF
NATIETSEKNDVLELRLAILLSQTLYATYTNVSRGLFEQHKLIYSFMLCIEIMRQKEELT
DTEWNFFLRGAAGLDKERPAKPQIPWLEENTWFMCCDLEETLPCFQGIQKDILLKPIFVK
LGQLDIRINPEEWEGYKHETEEKKKKDDKSNILWDSTLTMFQKLIVVKCFMEEKIVSALT
EFVIENLGKQFIENPPVDLATLYQDMSPATPLVFILSTGSDPMGAFQRFAKERGYLERVQ
SISLGQGQGPIAEKMIKDALKTGNWIFLQNCHLAVSWMLAMEELIKTFTEPSVSIHENFR
LYLSSMPCTTFPVTVLQNSVKVTNEPPKGLRANIRRAFTEMTPSFFEENILGKIWRKIIF
GICFFHAIIQERKKFGPLGWNICYEFNDSDRECALLNLNLYCQEGKVPWDALTYITGEIT
YGGRVTDAWDQRCLRTILRRFFSPETLEDEYKYSESGIYFAPMADSLQNFKEYIENLPLI
DDPEVFGMHENANLAFQRKETNTMITTILDVQPRSTTQGSGKSNDEIVQELASSILAKIP
EKLDMELAAETLFVKDSKGRIDSLTTVLGQEVDRFNGLLSLLRISLQTLNKAIAGFVVMS
EEMERVYHSFLNNQVPALWANAAYPSLKPLGTWVKDLVLRTNFVDFWLKRGQPKSFWISG
FFFPQGFLTGTLQNHARKYNLPIDELSFSYNIIPAYRDQMQVAEASKLCHFGNQLPMDEQ
LPSPEDGVLVHGMFMDASRWDDDEMVIEDALPRQMNPMLPIIHFEPHQNYDPHPSLYHAP
LYKTGARAGTLSTTGHSTNFVVTVLVPSNKPSDYWISKGSALLCQLNE
NT seq 4647 nt   +upstreamnt  +downstreamnt
tggcccagagaagcacttctttctgtatcaaggactttctttatgcatgttgatctcgga
actgatcgaatgaaagagaaactttctgtaatgtgtgtagacattcacatgagtgtaaca
gagatggcagagcagtactatgcagagctccggcgacgctactatacaacaccaacttcc
tatttagaattaatcaatctttatttgtccatgcttactgaaaaaaggaagcaactagtt
tcagctcgggatcgtgtaaaaaatggtttaaccaaactgttagagacaaatgtacttgtt
gacaaaatgaaattagatctgtcagctttagaaccagttctcaaggagaaatcggtggat
gttgaggctttgatggaaaaattagcagtggatcaagaaaatgctgaccaggttcggcgt
gttgttcaggaagatgaagctgttgcaaaagtaaaagcagaggaaactcaagcgatagct
gatgatgctcagcgagatttggatgaagcccttccagctttagatgctgccaacaaagcc
ttagattcgttagataaggcggatatttctgaaatcagggttttcactaaacctcctgat
cttgtcatgacagtgatggaagctatttgtattcttttaaatgcaaagcctgactgggca
acagcaaaacaacttcttggggattccacattcctgaaaaagcttctagaatatgataaa
gaaaatataaagggtgcaatattacttaagcttcagaaatatataaacaatcctgacttt
gtaccagaaaaagtagagaaagtgtcaaaggcatgcaagtctatgtgcatgtgggtgaga
gctatggatttgtactctcgagttgtgaaggttgtcgaaccaaaaaggcaaaagttaaat
gctgcccaggcagaacttgatgcaactttagctaccctgcgtgataagcaaaaaaaactg
aggcaagtagaggaacaaattcaggaattgcaagatcaatatgaaacaagtgtgaatgaa
aaagagaaccttgcaaggaccatggcactgactcaggctcgtcttacccgagctggaaga
cttacagctgcattaggggatgaacaggttcgatgggaagaaagtattttgaattttgag
gcagagatttcaaacatcactggaaacgtattcatagctgctgcttgtgtagcttactat
ggggcttttaccgcacattataggcaattgttaatagattgctggatcaaacaatgccaa
gatctagaaattcctattagttctgacttcagtcttataaatattttgggagacccctat
gaaattcgacagtggaacactgatggattacctcgtgattatatttctactgaaaatggc
attctagttacacgtgggcgacgctggccactcatgattgatcctcaagatcaggcaaac
cgttggataagaaacaaagaagcaaaatgtggtttaagaataattaagctcactgactct
ggtttcctgcgtacactggagaatgctattcgtctgggtttgcctgttcttctagaagag
attaaagaaacacttgacccagccctggaacctattcttctgaagcagacttttgtttct
ggcggaagactgttaattcgccttggagattcagatatagattatgatagaaactttaag
ttttatatgacaacaaagatgccaaatccccactatttacctgaggtgtgcatcaaagta
actataataaatttcactgttacccgatctggtctggaagatcaactgctaagtgatgta
gtgcgactagagagacctgaactagaggaacaaagaacacagctcattataagaatcaat
gctgataagaatcagctaaaagcaattgaagacaaaattctaaaaatgctttttacatca
gaagggaatattctggacaatgaagaactcatcagtacacttcaagaatcaaaggttacc
tctggtgccattaaaataaggcttgtagaggcagaaactacagaagaaaagataaatgca
gctcgtgaaaaatatcgccctgttgccactcgaggatcagtcatgtattttgtaattgca
agtctttccgatattgatccaatgtatcagttttccttaaagtatttcaaacagctattt
aatgcaacaattgaaacttctgaaaaaaatgatgttctggaattgcgattagctatccta
cttagtcagactctctatgcaacttacactaatgtttcccgaggcctttttgaacagcac
aaactcatctatagcttcatgctctgtattgaaatcatgcggcagaaagaagaacttaca
gacactgaatggaattttttcttgcgtggagctgctggcttggataaggagcggcctgcc
aaaccgcaaattccatggctggaagaaaatacctggtttatgtgctgtgacttagaagaa
acccttccatgttttcagggcattcaaaaagacatattgctcaagcccattttcgttaaa
ctaggncaacttgatattcgtatcaatccagaggagtgggaaggttataagcatgaaact
gaggaaaagaaaaaaaaagatgacaagtcaaacattctctgggatagtacactgaccatg
tttcagaaattaattgtggtgaaatgctttatggaagagaagattgtttctgcacttact
gagtttgtaatagagaatcttgggaaacaattcattgagaatcctccagttgatctggca
actctttaccaggatatgtctcctgccacaccactggtgttcatcttaagtacgggctct
gaccccatgggggctttccagagatttgcaaaagaacgaggatatttagaacgagtgcaa
tcaatttcattaggacaaggtcaaggacctattgctgaaaaaatgattaaggatgcactg
aaaacaggaaattggatatttcttcagaattgccatttagctgtttcatggatgttagca
atggaagagcttataaaaacatttacagagccaagtgtctctatccatgaaaactttcga
ctctacttgagttccatgccatgtactactttccctgttactgtccttcagaattctgtc
aaggtaacaaatgaaccccctaaaggtctacgggcaaacattagaagagccttcacagaa
atgacaccctcgttttttgaagaaaatatcttgggcaaaatctggagaaaaatcattttt
ggcatttgcttttttcatgcaattattcaggaaaggaaaaaatttggaccccttggttgg
aacatatgttatgaatttaatgacagtgacagagaatgtgccttattaaacctcaatctt
tactgccaagaaggaaaagtaccctgggatgcccttacatatataacaggggaaattaca
tatggaggacgagttacagatgcctgggatcaaaggtgtcttcgcacaatcctaaggagg
tttttttctcctgaaacattagaagatgagtataaatattctgaatcaggaatatatttt
gcccctatggctgacagtttgcaaaactttaaagagtatattgaaaaccttcctttgatt
gatgacccagaagtatttggaatgcatgaaaatgccaatttagcattccagcgaaaggaa
actaatactatgattactacaatacttgatgtacagccacgatcaacaacccagggatca
ggaaagagcaatgatgagattgttcaggagcttgctagttcaattcttgctaaaattcct
gagaagctggacatggaacttgctgcagagacactttttgtgaaggatagcaaaggtcga
atagactctctaacgacagttcttgggcaagaagtagatcgttttaatggccttctcagt
ctgctaaggatctccctacaaacacttaacaaagccattgcaggatttgtagtaatgtct
gaagaaatggagagagtgtatcacagctttcttaacaatcaggttccagccctctgggcc
aacgcagcatatccgtcactgaaacctttggggacgtgggtgaaagaccttgtgctcagg
actaactttgtagatttctggctcaaaagaggtcaacctaaatcattttggatctctggt
ttcttctttccgcaaggatttttgacaggaactcttcagaatcatgctcgaaaatataac
ttaccaattgatgagcttagttttagttataacatcattcctgcctacagagatcaaatg
caagtggcagaagcttcaaaactgtgccactttggaaaccagttaccaatggacgaacag
ttgccttctcctgaggatggggtgctggtccatggtatgtttatggatgccagtcgttgg
gatgatgatgaaatggttatagaagatgcattacctcgacaaatgaacccaatgcttcca
ataattcattttgagccgcatcaaaattatgacccccacccttcattgtatcatgcgccc
ctttacaaaactggagctagagcaggaactctgtccaccacaggtcattctaccaatttt
gtggttacagtcttagttccttcaaacaagccaagcgactactggatatcgaaagggtct
gcattactgtgccaactaaatgagtaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (43)   

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