KEGG   Gallus gallus (chicken): 418751
Entry
418751            CDS       T01006                                 
Symbol
MYO16
Name
(RefSeq) unconventional myosin-XVI isoform X2
  KO
K17481  myosin XVI
Organism
gga  Gallus gallus (chicken)
Pathway
gga04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:gga00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    418751 (MYO16)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:gga01009]
    418751 (MYO16)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:gga04812]
    418751 (MYO16)
Protein phosphatases and associated proteins [BR:gga01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     418751 (MYO16)
Cytoskeleton proteins [BR:gga04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     418751 (MYO16)
SSDB
Motif
Pfam: Myosin_head NYAP_N Ank_2 Ank Ank_5 Ank_4 Ank_3 NYAP_C AAA_16 IQ AAA_22 TsaE Zeta_toxin nSTAND3
Other DBs
NCBI-GeneID: 418751
NCBI-ProteinID: XP_004938593
CGNC: 12635
Ensembl: ENSGALG00000016837
Position
1:139372816..139739613
AA seq 1902 aa
MEIDQCLLESLPLGQRQRLVKRMRCDQIKAYYEREKAFQKREGYVKKLKHGKNHRVRFNL
ADMIQDAIIHHDDKEVLRLLKDGADPHMLVSSGGSLLHLCARYDNAFAAEILIDRGVNVN
HQDEDFWTSMHVACACDNPDIVLLLLLAGANVLLQDVNGNTAFDYAVEGTESSSILLMYL
EENGVELNSLRQMKIQRAMTMLTDVRQLISSGGSVNQKNDEGVTLLHVACANGYKNVASL
ILDHGADLNVVDNQYWTPLHLAAKYGQTSLVKLLLMHWANPNLLNCNNEKPSDIAASEFI
EEMLLKAEIVWEEKMKDPLSVSTLSQEEPYEEIIHDLPTLSNKLNPLALPIAKQDSLLEK
DTMFKDAAKGLCKQQSQDSASENVMMNSTAKLEQIKLMPPAPNDDLASLSELTDSSLLYE
IQKRFNNNQIYTYIGDKLLLVNPFKELPIYSTMVTQLYLSNSGKLCSTLPPHIFSCAERA
YHMLFQEQRPQCFILSGESGSGKTEACKQIVKHLTCRSSSSRSTFDTKIKHVNCVLEAFG
HAKTPLSDFSSCFIKYFELQFCEKKKALIAARIYTYMLEKSRVIMQPLNQSNFHVFYLMM
DGLSAEEKYTLYLSNLSTHRYLSQTELEETMLTANPQNREKLTVLKEALSAMGFNSLEVE
NLFVILSAILHLGDIRFTTLTDTETALVSDLQLLEQVAGMLQVSPDELASALTTDVQYFK
GDMIVRRHTIEMAEFYRDLLAKSLYGRLFSFLVNTINCYLQNQDEAESDRIFEIGILDIF
GFEEFQRNTFEQLCVNMTNEKIHQYISEVLFLQEQTECVQEGITIEAVYSPANHTAALDF
FFQKPSGFLSMLDEESQSNWSVEQSLSKRIQSYLDTSDTNIVYSSTKDGNGNLAPKEQGS
TFTVMHYAGRVTYEIAGAVEKNKDSLSQNLIFVMKTSENVVINQLFQSKLTQTGSLVPPY
HSLKFKGCKAAMLNKKTSVACASGETKKYVELSKLLKKKGTSSFLQKLERGGPTTVAVQL
RKSLIDIIGKLQNCTPHSIHCIKPNNSKLPDTFDNFYVSAQLQYIGVLDMVKIIRYGYPF
RFSFTDFLSRYKDLADTAAGEKKLSAKERCRLVLQQCKLQGWQIGIRKVFLKYWQADHLN
DLCLQLQKKIITCQKVVRGFLARQRVLQKMSIKQQEITSVKGFLQNVEDMGLKTYDALVI
QNASDIARENDRIRNEMNAAYHREKLEARNRPEEVHKRAEDKGGKLPEDGFAGYRAPKHF
HSSSVPVPMAVEGLVHSAAGSSIRSPSLHSVFSMEDNSSLPSPRKQPPPKPKRDPNTRLS
ASYEAVSACLSAASKEAANEVLTRPRPHSDDYSTMKKIPPRKPKRSPNTKLSGSYEEIPG
QKPGDVKQANTVAKQGSYDTAGVQRAASADVPQHGTLSLYMSQEEEENEPVYIEMVGNAM
KHSSAEAESPEQGESVYEEMKYFLPEEGINSNGIIPVATGSPPLVFESKKNVHVEDGTLD
GNSQAALNYKDSCDIPAPFPNLLPHRPPLLVFPPTPVTCSPASDESPLTPLEVKKLPVLE
TNLKYPVQSEGSSPLSPQYSKSQKGESERPASPGLVVFNVSSKVTPPSTPPPPLPPPPPP
VPPPISYRASTHFAFPPEPCASFLINTGKTGTNSDLSKVPQRPNPAQLGCSPSPFSKLPY
SPKVARAEHKKLNSNSSSSFPYSPTNSRSLTSPLDELASLFNSGRSVLRKSAAGRKIREP
EGGETNLNLRSREDPNASDTGSETQDKNANNHGTQSSNPLSSSVTAENGNSVSNGVPEEN
EYSRLSASTTAGSSIQRHRESHTTQVIHQLRLSENESVALQELLDWRRKLCEEREDWQQI
LHNTEQRITAPPPPPCKKPTLLKKVEDASCNRLSSGIWDTTM
NT seq 5709 nt   +upstreamnt  +downstreamnt
atggaaattgaccagtgcttgcttgagtccctccctctcggccagcggcagcggctggtg
aagcggatgcgttgtgatcaaataaaagcatattatgaacgagaaaaggctttccagaag
cgggagggttatgtgaaaaaactgaaacatggaaagaatcatcgagttcgtttcaacctt
gctgatatgatacaggatgccatcatacatcatgacgataaggaagtgctgcggctgttg
aaggatggtgctgaccctcatatgcttgtttcctcgggaggttccttgctccatctgtgt
gctcgctacgataatgcatttgctgcagaaattctgattgacagaggagtgaatgtaaat
catcaagatgaggatttttggacatcaatgcatgtagcctgtgcttgtgataatcctgat
attgtcctgctgctgctgctagctggagcaaatgtactgctgcaagatgttaatggaaac
acagcatttgactatgccgtagaagggactgaatccagcagcattcttctcatgtacctg
gaagaaaatggtgttgagctgaattccttgcgccaaatgaagatacagagagctatgact
atgcttacagatgttcgacagctcatatcaagtggaggaagcgtgaatcagaagaatgat
gaaggagttaccctgctgcatgtggcctgtgcaaatggctacaagaatgttgcatctctg
atactggatcatggggctgatctcaatgtggtggataatcagtactggacacctctacat
ttagctgcaaagtatggacagaccagccttgtgaagctgcttttgatgcactgggcaaat
cccaatcttcttaactgcaataatgagaaaccttcagatattgcagcttctgagtttatt
gaggaaatgcttctgaaggctgaaattgtttgggaggaaaaaatgaaagaccctttatct
gtttctactttatctcaagaagagccttatgaagagatcatccatgatctgcccacgctt
tccaataaactcaaccccttggctttaccgattgccaagcaagacagtttgctggagaaa
gacaccatgttcaaggatgcagctaaaggtttgtgtaaacagcagtctcaagacagtgca
tctgaaaacgtcatgatgaacagtacagccaaacttgaacagatcaagcttatgcctcca
gctccaaatgatgacttggcttctctgagtgagctaacagacagcagcctactttatgag
attcagaagcgtttcaataataatcagatatatacctacattggtgataaattgctgctt
gttaacccatttaaagaacttcccatctattccaccatggtcacccagctttatttaagc
aactctggaaaactgtgttccacacttccccctcatatattttcctgtgctgaaagagct
taccacatgctgttccaggagcagcgtccccagtgctttatcctcagtggagaaagtggt
tctgggaagactgaagcctgcaagcaaatagtgaagcacctcacttgtagatctagctcc
agcagaagtacatttgatacaaagattaaacatgtaaactgtgtcttggaagcctttgga
catgctaagacacccctgagtgatttttccagctgttttataaaatattttgagctacaa
ttttgtgagaaaaaaaaggcattaattgcagctagaatttatacatacatgttggagaag
tctcgtgtcattatgcaacctctcaaccagagtaattttcatgttttttacttgatgatg
gatggtctgtctgctgaagaaaaatacacactgtacctcagtaatttgtctacacacagg
tatctaagccaaactgagctggaagaaacaatgctaacagctaacccacaaaacagggag
aaattaacagttctgaaagaagctcttagcgctatgggattcaatagcctggaggtggag
aacctgtttgtaatcctctcagcaattctgcatcttggggacattcgctttacgaccctg
acagacaccgagacagcgctagtgtcggacctgcagctgctggaacaagtggcagggatg
ctgcaagtttcaccggatgagcttgcttcagccttaacaactgatgttcagtattttaaa
ggagacatgatagtacggagacacactatagagatggcagaattttaccgggatcttttg
gcaaaatctctgtatggtcgtttgtttagctttctagtcaacacaatcaactgctacctc
caaaatcaagatgaagctgaaagcgatcggatatttgaaattggaattctggatattttt
ggatttgaagaatttcaaaggaatacttttgaacagctgtgtgtcaatatgaccaatgag
aagatacaccagtatatcagtgaagtgcttttcctacaagagcaaacagaatgtgtacaa
gaaggaattaccatagaagctgtgtattctcctgcaaaccatactgcagccttggatttt
ttctttcagaaaccatcaggctttttgtcgatgctagatgaagaaagccaatctaattgg
tcagtggaacagagtctttctaaacggattcagtcttacctggatacatcagacacaaat
atagtgtattcctccacaaaagatggaaatggcaaccttgcaccaaaggaacagggctct
accttcactgttatgcattatgctggcagggttacttacgaaattgctggtgcagtagaa
aaaaataaagattccctttcacaaaatctcatatttgtaatgaaaaccagcgaaaatgta
gtcatcaatcaattgttccagtccaaactgacacagactggatcactcgttcctccatat
cattcccttaagttcaaaggatgtaaagcagcaatgctgaataaaaaaacatcagtagcc
tgtgcaagtggagaaacaaagaaatacgtggagctcagcaagctgttgaaaaagaaaggg
acatcctcatttcttcagaagctggaacgagggggcccaaccactgtggcagtacaactc
aggaaatcactcatagatattattgggaagctacagaactgcacaccacattctattcat
tgtataaagcctaataactccaagttgccggatacttttgacaatttttatgtgtctgct
cagctgcagtatattggtgtcctagacatggtcaaaatcatacgatacggatatcccttt
cgtttctctttcaccgacttcttgtcaaggtataaagatttggctgatacagcagcagga
gagaagaagttgtctgccaaggagagatgtcgtcttgttctccagcagtgtaaattacaa
ggctggcagataggaatccgaaaagtgtttcttaagtactggcaagctgaccatctcaac
gatttgtgccttcagcttcagaagaaaattataacctgccaaaaagttgtgagaggattt
ctagctcgccagcgtgtgctacagaagatgagcatcaaacagcaagagatcacctcagtc
aaaggcttcttgcagaatgttgaggatatggggctgaaaacatacgatgccttggtcatt
caaaatgcttctgacattgctcgggaaaatgaccgaattcgcaatgagatgaatgctgct
taccacagggaaaagctagaggctagaaatagaccagaagaagtccacaaaagagctgaa
gacaagggtgggaagctccccgaggacggctttgctggctaccgtgcgccgaagcacttt
cactccagctccgtgcccgtccccatggctgtggaaggcttggtacattctgcggctggg
tcgtccatcaggtccccatccctgcactcagtgttcagcatggaagacaacagcagcctg
ccgtcgccacggaaacagcctcctcccaaacccaagcgggaccccaacacacggctgagc
gcttcctatgaggctgtcagtgcttgcttgtcggcggcttctaaggaggccgctaatgaa
gttctgacccgtccaaggccacacagtgatgactatagtaccatgaaaaaaatacctccc
agaaaaccaaaacgaagtcccaatacaaaactcagtggctcttatgaagaaatacctggc
caaaagcctggggatgtgaaacaggcaaacacagtagccaaacaaggtagctatgacact
gcgggagtacagagagcagcttctgctgatgtgccacaacatggcacattgagtctttat
atgtcacaagaagaggaagaaaatgaacctgtctatattgaaatggtagggaatgcaatg
aaacacagttctgctgaagcagaaagcccagagcaaggagagtctgtatatgaagaaatg
aagtattttctcccagaagaaggaatcaacagtaatggaataattccagtagcaactgga
tctcctcctctggtgtttgaaagcaaaaaaaatgttcatgttgaagatggaacattggat
ggaaacagtcaagcagctttgaactataaagactcgtgtgacattccagcccctttccct
aatttgctccctcacaggccaccacttctcgtgtttcctccaactcctgtcacatgttct
cctgcttctgatgaatcacctctcacaccactagaagttaaaaagcttcctgtcttggaa
accaacctaaaataccctgtgcagtcagaaggctcaagtccattatcaccacagtactct
aaaagccaaaagggggagagtgaaagaccagcatctccaggcttggttgtattcaatgtt
tccagcaaagtgactccaccttcaacacctcctcctcctcttccaccaccccctcctcct
gtaccacctcctatttcctatcgggcttccacacattttgcatttcctccagagccttgt
gctagttttctgattaatacagggaaaacaggtacaaactcagatctatcaaaagtacct
cagagaccaaaccctgctcagcttggatgttcaccttctccattctccaaactgccttac
tccccaaaggtggcaagagcagaacacaagaaattgaactctaattcatcatcttcattt
ccatacagccctacaaactcaaggtcattgaccagtccccttgatgagttagcaagcttg
ttcaactcaggacggagtgtgttacggaaatctgcagcgggacgtaagatcagggagcca
gaaggtggtgaaactaacctgaacttgaggagcagagaagatccaaatgcatcagatact
ggatcagaaacgcaggataaaaatgcaaataaccatggaactcagtcttctaatccactg
tccagttctgtgactgctgaaaatggaaattcagtatcaaatggtgtaccagaggaaaat
gaatattcaagactgtcagccagcactacagcaggttcatcgattcaaagacacagggag
agccacactactcaggttattcatcagcttagactttctgagaatgagagtgtggctctg
caagagcttctagattggaggagaaagctgtgtgaggagagagaagactggcaacaaatc
ttgcacaacactgagcaaagaatcacagcccctcctccacccccttgtaaaaaaccaaca
ctgctgaagaaggtggaagatgcctcctgcaacagactgtcttcaggcatctgggatacc
accatgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   CGNC (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (10)   
   RefSeq(nuc) (6)   
   GenBank (2)   
   EMBL (2)   
Protein domain (14)   
   Pfam (14)   
All databases (61)   

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