KEGG   Ficedula albicollis (collared flycatcher): 101821420
Entry
101821420         CDS       T02815                                 
Name
(RefSeq) dynein heavy chain 9, axonemal
  KO
K10408  dynein axonemal heavy chain
Organism
fab  Ficedula albicollis (collared flycatcher)
Pathway
fab04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:fab00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    101821420
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:fab03037]
    101821420
   04812 Cytoskeleton proteins [BR:fab04812]
    101821420
Cilium and associated proteins [BR:fab03037]
 Motile cilia and associated proteins
  Dynein arm
   101821420
Cytoskeleton proteins [BR:fab04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     101821420
SSDB
Motif
Pfam: DHC_N1 DHC_N2 Spectrin RmuC PilJ
Other DBs
NCBI-GeneID: 101821420
NCBI-ProteinID: XP_016158270
Position
18:complement(1769805..1814917)
AA seq 1452 aa
MLEVLERVQSIYVPAFQNMLLDVQAALSEAQDIDLHLTALQQPLEDIEAVEFSRVKPLLV
PLLHVVCWIWVTSKHYGVPVRIVVLLQEICNLLIQQAVLYLSPEDLLKGEMEESLGKVQT
VLGILSAFKGAFEERRENLHVYCEPGQELRSWDFHSRLVFARLDSFLQRLQTVKGLLTTA
LDLTQLEKIELGGMKGKALAQQVLDMYEEFQEGFQVFSERSYDCLDLANVEFEQDALGFQ
QRVEDIDRRLATVFSQAFSDAPGLEHVCKLLAMFQNLLERPGMAAVAADKVPVLLSMFST
ALDQARLTYSRHTQAGLQLGFPPLHKNVPPVAGALGWARELRARIQRPLEHLRHVPRLSL
DSARGRRVMQKYEEMIQLLDRYQEKLYLDWSQTVSEKSQYNLSQPLLRRDPQTKLLSVNF
DPQLVSVLREVSYLQGSGAGAIPPAAAAIYSCKESFQQLVASLELLGNKYNRVLRTVLEV
EYPLVQGQLQDIDLKLREAEETLTWKMEGVWDHISGVMGDVCDLEQRVQKAKENVEEIQS
IVQSWESPILERRDPKKESVLSLEECQECLERRCSLVRDSGHRIHCLVQENQSLLLAEPA
SDAWKVYLDYVDEIVLDGFFTAIECSLKYLLESTDPEAGLAPLFEVQLDLVIPDLVFHPP
LDPGTNDGFCDMVENLLQGIFHISSLVPRLAVHSGLCHYQADLEAMPGLCSARQELLSRA
RAAAASCCEHRAGLERFSHLFGEDRREQCRQLLLCGRSVPADMEPQPQDGVPAAPPSLQQ
IREQLGSYERLHEEVAHLQPVCTFQGWLRLDARPFRAALLNEIKRWSLVFKQHLLDHVTH
SLADLDEFIQTTEKGLSRKVEEGDSGGLVEVMGHLLAVKERHSATDAMFEPLKETIELLR
DYEQELPEEVHQQLEELPEQWSQVKKLAEAVRQQVAPLQAGQVSALRQSCAAFDARQLQL
RQRFGTEAPFRFDTEKPYQLLDAKHMEIKQMESAMTSIYESAGLFEVVVPEYKQLKQCRK
ELCLLKELWDMISLVNSSLDDWQSTRWVDINVENMDLECKKFAREIRSLDKEMRAWDAFS
GLDSKVKNMLTALKAVAELQNPAIRERHWKQLMQATGVRFVMDSDTTLADLLRLNLHEFE
GEVHGIVDKAVREMSMEKVLKELRVTWSSREFQYEPHPRTSIPLLKSDEELIETLEDNQV
QLQNLMSSKYIAFFLEEVSAWQRKLSTADSVISLWFEVQRTWSHLESIFIGSGDIRAQLP
QDSRRFDGIDVDFKELAYEVQKTPNVVEATNKPGLSQQLEDIQSRLSLCEKALAEYLDMK
RLAFPRFYFISSADLLDILSNGTNPQLVQRHLPKLFDNLAKLKFQVDSEQKTTKVGLGMY
SREEEYVQFSEPCDCSGQVRGEPWSVQAAPTPLVGFHCTASVRKAGRGAVELNPFSHHSS
SPALHGSSQPVV
NT seq 4359 nt   +upstreamnt  +downstreamnt
atgctggaggtgctggagagagtgcagagcatctacgtgccagccttccaaaacatgctg
ctggatgtgcaggcagctctgagtgaagctcaggacattgacctgcacctgacagccctc
cagcagcccctggaggacatagaggctgttgagttcagcagggtgaagcctctcctggtc
cctctgctgcacgtggtgtgttggatctgggtcacctccaagcactacggtgtgcctgtg
aggatcgtggtgctgctccaggaaatctgcaaccttctcattcagcaggctgtgctgtac
ctgtctccagaggaccttctgaaaggagagatggaagagagcctgggcaaggtgcaaacg
gtgttgggcatcctgagtgccttcaagggggcgtttgaggagagacgggagaacctgcac
gtgtactgtgagccaggccaggagctgaggagctgggacttccacagcaggctggtgttt
gcaaggctggacagcttcctgcagaggctgcagacggtcaagggcctcctgaccacggcc
ctggacctgacacagctggagaagattgagcttggggggatgaaagggaaggcgctggcc
cagcaggtgctggacatgtacgaggagttccaggagggcttccaggtgttctcagagcga
agctacgactgcctggacctggccaacgtggagtttgagcaggatgccctgggcttccag
cagagggtggaggacattgaccgtcggctggccacggtgttcagccaggccttcagcgac
gccccgggcctggagcacgtctgcaagctgctggccatgttccagaacctcctggagcgc
ccagggatggctgcagtcgctgctgacaaggtccctgtcctcctcagcatgttcagcact
gccctggaccaggccaggctcacctacagcaggcacacccaggcagggctgcagctcggg
ttcccccccctgcacaagaacgtccctcccgtggccggggcgctgggctgggcgcgggag
ctgcgggcgcggatccagagacccctggagcacctgaggcacgtcccacggctgagcttg
gactctgcccgtggaagaagggtgatgcagaaatatgaagagatgatccagctgctcgac
aggtatcaggaaaagctgtatttagactggtcccagacagtctcggaaaaatcccagtac
aacctcagtcagcccctcctgcggcgagatccacagaccaaactgctctcggtcaatttt
gatccccagctggtgtcggtgctgagggaggtgagctacctgcagggcagcggggcagga
gccatccccccagcagcagctgccatctattcctgcaaggagtccttccagcagctggtg
gccagcctggagctgttggggaacaagtacaacagggtcctgaggacggtgctggaggtg
gaatatcctctggtgcaggggcagctgcaggacatcgacttgaagctgagagaggcagaa
gaaacactgacctggaagatggagggtgtctgggatcacatctccggggtgatgggcgat
gtctgtgacctggagcagagggtgcagaaagccaaggagaatgttgaggagatccagagc
atcgtgcagtcgtgggagtcacccatactggagaggagggatcccaaaaaggagtcagtg
ctgagcctggaggagtgccaggagtgcctggagcgccgctgcagcctggtcagggactct
gggcacaggatccactgcctggtgcaggaaaaccagagcctcctacttgcagagccagcc
tctgatgcctggaaggtgtatttggattatgtggatgagatagtcctggatggattcttc
actgccattgagtgctcactcaagtacctcctggagagcacagatcccgaggcagggctc
gctcccctgtttgaggtgcagctggatttggtgatcccagatttggtgtttcaccctccc
ttggaccctggcaccaacgatggtttctgtgacatggtggaaaatcttctccagggcatc
ttccacatctcctcactggtgccccggctggctgtgcacagcggcctctgccactaccag
gctgacctggaggccatgcctggcctgtgttcagctcgccaggagctgctgagccgtgcc
cgcgcagcagcggcctcgtgctgcgagcaccgtgcggggctggagcgattctcacacctc
tttggggaggacaggagggagcagtgccgccagctgctgctctgtggccgatctgtccct
gcagacatggagccccagccccaggacggggtccccgcggcgccgccctcgctgcagcag
atccgggagcagctcggctcctacgagcggctccacgaggaggtggctcacctgcagccc
gtctgcaccttccagggctggctcaggctcgatgcacggcccttcagggcagccctgctc
aatgagattaaaaggtggagcctggtgttcaagcagcacctcctggaccatgtcacacac
agcctggctgacctggacgagttcatccaaactaccgagaagggtttgagcaggaaggtg
gaggaaggtgactctggtggcttggtggaggtcatgggtcacctgctggctgtgaaggaa
cgtcacagtgccactgatgccatgtttgagcccctgaaggaaaccattgagctgctgagg
gattatgagcaggagctgcctgaggaagtccaccagcagctggaggagctgccggagcag
tggagccaggtgaagaagctggctgaggccgtgaggcagcaggtggcccctctgcaggcc
ggccaggtcagcgccctgcgccagagctgcgccgccttcgacgcccggcagctgcagctg
cgccagcgcttcggcaccgaggcgcccttcaggtttgacactgaaaagccttatcaactg
ctggatgcaaagcacatggagattaaacagatggagtcagccatgacctcgatttatgaa
tcagctggtctgtttgaagtcgtggtgccagagtataaacaactgaagcagtgcaggaag
gagctgtgtcttctcaaagagctctgggacatgatctccctggtgaacagcagcctggat
gactggcagagcaccagatgggtggatattaacgtggagaacatggatctggagtgcaag
aagtttgcaagagagattcggagtttggataaggaaatgagggcgtgggatgctttcagt
gggctggacagcaaggtgaagaacatgctgacagccctgaaggctgtggcagagctgcaa
aatcctgccatcagggaaaggcactggaagcagctgatgcaggcgacgggcgtgaggttt
gtgatggactcggacaccaccctggctgacctcctcaggctgaacctgcatgaatttgag
ggggaggtccatggcattgtggacaaagcagtgcgagagatgagcatggagaaggtgctg
aaggagctgagggtcacttggagctccagggagtttcagtacgagcctcacccccgcacc
agcatccccttgctcaagtcagatgaggagctgatcgaaactctggaagacaaccaggtg
cagctgcagaatttgatgtcatccaaatacattgctttcttcctggaggaggtgtctgcc
tggcagaggaagctctccactgctgactctgtcatctccctgtggttcgaggtgcagcgc
acctggtctcacctggagagcattttcatcggctcaggagacatccgggctcagctgccc
caggactccagacgtttcgatggcattgatgtggattttaaagaactggcctatgaagtt
cagaaaaccccaaatgtagttgaagccaccaataaaccaggactgtcccagcaactggag
gacatccagagtaggttgtctctgtgtgagaaggctttggctgaatatttggacatgaaa
aggttggcctttcccagattttacttcatttcttctgcagatttactggatattctttcc
aatggcaccaacccacaactggtgcagcgtcaccttcccaaactctttgacaacttggcc
aagctgaaattccaggtggactctgagcagaagacaaccaaggttggcctgggaatgtac
agcagagaggaggaatatgtgcagttcagtgagccctgtgactgcagtgggcaggtgaga
ggggagccctggtctgtccaggctgctcccacaccccttgtggggttccactgcactgcc
tctgtgagaaaagctgggagaggtgctgtggagcttaatcctttctcacaccacagctct
agtcctgctctgcatgggtcctcacagcctgtggtgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (41)   

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