KEGG   Mus musculus (house mouse): 244281
Entry
244281            CDS       T01002                                 
Symbol
Myo16, C230040D10Rik, Gm1105, NYAP3, mKIAA0865
Name
(RefSeq) myosin XVI
  KO
K17481  myosin XVI
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    244281 (Myo16)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mmu01009]
    244281 (Myo16)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mmu04812]
    244281 (Myo16)
Protein phosphatases and associated proteins [BR:mmu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     244281 (Myo16)
Cytoskeleton proteins [BR:mmu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     244281 (Myo16)
SSDB
Motif
Pfam: Myosin_head NYAP_N Ank_2 Ank Ank_5 Ank_3 Ank_4 NYAP_C AAA_16 IQ Zeta_toxin AAA_14 nSTAND3 TsaE
Other DBs
NCBI-GeneID: 244281
NCBI-ProteinID: NP_001306080
MGI: 2685951
Ensembl: ENSMUSG00000039057
UniProt: Q5DU14
Position
8:10203911..10684742
AA seq 1919 aa
MEIDQCLLESLPLGQRQRLVKRMRCEQIKAYYEREKVFQKQEGPLKRSKPGKRQKVRFGL
ADMIQDAVIHHHDKEVLQLLKEGADPHTLVSSGGSLLHLCARYDNVFIAEVLIDRGVNVN
HQDEDFWTPMHIACACDNPDIVLLLILAGANVFLQDVNGNIPLDYAVEGTESSAILLAYL
DEKGVDLSSLRQIKLQRPLSMLTDVRHFLSSGGDVNEKNDDGVTLLHMACASGYKEVVLL
LLEHGGDLNGTDDRYWTPLHLAAKYGQTTLVKLLLAHQANPHLVNCNGEKPSDIAASESI
EEMLLKAEIAWEEKMKESPSAPSLAQEELYEILHDLPDLSSKLSPLVLPIAKQDSLLEKD
IMFKDTTKGLCKQESQDGPPETSMTSNCGKPEQVQVMPPAPSDDLATLSELNDSSLLYEI
QKRFGNDQIHTFIGDIFLLVNPFKELPIYSTMVSQMYLSPTGQRSPSLPPHLFSCAERAF
HRLFQERKPQNIILSGERGSGKTQASKQIMKYLTSRASSSCTMFDSRLRHAIYIVEAFGH
AKTTLNNVSSCLIQYWELQCCQRRKHITGARISTYMLEKSRVVAQPPGQGTFLIFSWLMD
GLSSEEKCGLHLNNFCAHRYVSQGMREDVSTAEHSLNKERLAALKHALNVIGFSTLEVEN
LFVILSAILHIGDIQFTALTEADSAFVSDLQLLEQVAGMLQVSTDELASALTTDIQYFKG
DVIIRRHTIQMAAFYRDLLAKSLYSRLFGFLINTVNCCLQNQDEYKSLQTLDIGILDIFG
FEEFQKNEFEQLCVNLTNEKMHHYIQEVLFLQEQTECVQEGVAMETACSPGNQAGVLDFF
FQKPSGFFSLLDEESQVIWSGEPNLPRKLQGLLESSNTNAVYSPVKDGNGNVAFKGQGAA
FTVMHYAGRVMYEMGGAVERNKDSLSQNLLFVMKTSENVVISHLFQSKLSQTGSLISSYP
SFKFGGHKSTLLSKRTASSMVGVNKNYLELSKLLKKKGTSTFLQRLERGEPATAASQLTK
SLADITAKLQRGSPHFILCIKPNTSQLPGVFDHFYVSAQLQYLGVLGLVRLFRSGYPVRP
SFEDFLSRYEPLASVLLGETKGQAAEERCRLVLQRCKLQGWQIGVHKVFLKYWHVDQLSD
LWLQLQRKIVTCQKVIRGFLARQHLLQRMSIKQQEVTSIKSFLQSTEDMALKTYDALVIQ
NASDIAREHDRLRKEVHTAYHRNRQEEGTKRAEDQGGCRHVHSNSVPVPMVVDSLAQALT
GPSTRPPSLHSVFSMDDSTGLPSPRKQPPPKPKRDPNTRLSASYEAVSACLSAAKDAAGE
ALTRPRPHSDDYSTMKKIPPRKPKRSPHTKLSGSYEEIWGPPRPSGTMGQGGRHQAPGTL
SVQWARPDSVPQCTPQLPLHLPLPQGDYDDDAEPVYIEMVGNAARAGGSETDSPDQGESV
YEEMKYILPEEGCGLGMLTFLPASPPLFLETRKAIILEAAEGNCQPSKDTCDIPPPFPNL
LPHRPPLLVFPPTPVTRSPASDESPLTPLEVKKLPVLETNLKYPVQSEGSSPLSPQYSKA
QKGDNDQLASPGFPVFNGPSRISPPATPPPPPGPPPAPCGPPPAPCGPPPAPCGPPPAPC
GPPPAPCGPPPAPCGAASASCGVAPAPCRPPTHFAFPPESVLVTAAKALTNSDLPRTQPK
PSSAPVPGPCSSFVKAPYSPGKTARADLRKTSSTFSPPSPYSPPNSRPLSSPLDELASLF
NSGRSVLRRSAVGRRIREAEGFETNMNLSSRDEPSSSEMASETQDRNANNHGTQLSSSLS
SDVTAENGNPVTNGLAEDDGCSRLCLSGMGTSSFQRNRESHTTQVIHQLRLSENESVALQ
ELLDWRRKLCEAREGWQEALQHPEPRAPPPPPCKKPTLLKKPEGGSCTRLPSQLWDSSM
NT seq 5760 nt   +upstreamnt  +downstreamnt
atggaaattgaccagtgcttgctggagtccctccccctgggccagcggcagcgtctggtg
aagcgcatgcgctgtgagcaaatcaaagcttactatgagcgagagaaagtgttccagaag
caggaagggcccctgaagagaagcaagcctgggaagaggcagaaggttcgcttcggcctg
gctgacatgattcaggatgctgtcatccaccatcatgacaaagaggtgcttcaactcttg
aaggagggggcagatccacacactctcgtgtcctcaggagggtctttgctacacctgtgt
gctagatacgacaacgtcttcattgcagaagtcctcattgacaggggcgtcaatgtcaac
catcaggatgaggacttttggaccccaatgcacattgcctgtgcctgtgacaaccctgac
attgtcctgttgctcatattagctggagccaacgtctttctgcaagatgtgaatggaaac
atccctttagattatgccgttgaggggacagaatctagtgctatcctgctggcctatctg
gatgagaaaggggtggacctcagctcgctgcgccagataaagctgcagcgacccctgagt
atgctaacggacgtcaggcacttcctgtcttcaggcggagatgtcaacgagaaaaatgat
gatggagtgaccctgctgcacatggcgtgtgccagtgggtataaagaggtggtattgctt
ctcctggaacacggtggagacctcaatgggacagacgacaggtactggacacccctgcac
ttagcagccaagtatggccagacaaccctggtgaagctccttctggcacatcaggcaaac
ccccaccttgtgaactgcaatggggagaaaccatcagacatcgctgcctccgagtcgatc
gaggagatgttgctgaaagccgaaatcgcctgggaagagaaaatgaaagagtctccgtca
gcccccagcttagcacaggaagagctgtacgagatccttcatgacctcccagatctctcc
agtaagctaagtcccctggtgctaccaatcgccaagcaggacagcttactggaaaaagac
attatgttcaaagacacaacgaaaggtctgtgcaagcaggagtcccaggatggccctcct
gagaccagcatgacaagcaactgcggcaagccagagcaggtccaggtcatgcctccagct
cccagcgatgacctagccacactcagtgagcttaatgacagcagcctgctgtatgaaatt
cagaagcgctttggaaatgaccagatacacacctttatcggagacatctttttgcttgtt
aacccattcaaagaactcccaatttactccactatggtgtcccagatgtatctgagcccc
acaggccagcgcagcccctcactgccaccccacctcttctcctgcgcagagagagccttc
cacagactgttccaggagcgaaagccacagaacatcatcctcagtggagaacgagggtca
gggaagacccaggccagcaagcagatcatgaagtacctgaccagcagggccagctccagc
tgtaccatgtttgactccagactcaggcatgccatatacatcgtggaggccttcggacat
gccaagaccacactcaacaatgtgtccagttgcctcatacagtactgggaactgcagtgc
tgtcagaggagaaagcacataactggagccagaatttccacttacatgctggagaagtcc
agggttgtggctcagcctcccggccagggcacctttctgattttctcctggttgatggac
gggttatcttcggaagaaaaatgtggacttcaccttaataacttctgtgcacaccggtat
gtgagccaaggcatgcgggaagatgtgtctacagcagagcattctctgaacaaggagaga
cttgcagctctgaaacatgctctgaatgtaattggcttcagcaccttggaggtggaaaac
ctattcgttatcctatcggcgatactacacatcggagacattcagttcactgcactaaca
gaagctgactcggcctttgtctctgacctccagcttctggaacaagtggcaggtatgttg
caagtgtcgaccgacgagctggcatccgccctaacaactgatattcagtattttaaagga
gatgtgataatacgtcgacacactatccagatggctgcgttttaccgcgacctcctggcc
aagtcactgtacagtcgtttgtttggctttctgataaacactgtgaattgctgcctccag
aatcaagatgaatataaaagcctacagacattggatattggaatactggacatttttggt
tttgaggaatttcaaaagaatgaatttgaacaactctgtgtcaacctgaccaacgaaaag
atgcaccactatatccaagaggtgcttttcctacaagagcaaacagagtgtgtacaagag
ggagttgccatggaaactgcctgttctcctggtaaccaggctggagttttggatttcttc
ttccagaaaccatcaggattcttctccttactggatgaggagagtcaagtgatttggtca
ggggagccaaacctccccagaaagctgcagggtctcctggaatcctcaaacacaaatgca
gtctactcccctgtgaaggacggcaatggaaatgttgctttcaaaggtcaaggtgcggcc
ttcactgtcatgcactacgcaggaagggtcatgtatgaaatgggaggagcagttgaaaga
aacaaagactctctttcacagaacctcttatttgtaatgaaaacaagtgaaaatgtcgtg
atcagtcatttgttccagtcaaagctgtcacaaacaggatcgctcatatcttcctaccca
tcctttaaatttggaggacacaaatccaccctgcttagcaagagaaccgcctcttccatg
gttggagtaaataagaattacctggaacttagcaagttattaaaaaagaagggaacttcc
acattcctacaaagactggaacgaggagagcctgccaccgctgcatcacaactcacgaaa
tctctggcagacattactgcgaagctgcaaaggggcagcccacacttcatcctttgcatc
aagcccaatacctcgcagctgcctggtgtgtttgatcacttctacgtgtctgcccaactg
cagtacctcggtgtcctggggctggtgaggctattccgctctgggtatccagtgcgccct
tccttcgaggacttcctgtccagatacgagccactggcttctgttcttctgggcgagacg
aagggtcaggctgctgaggagaggtgtcgacttgttctccagcggtgtaaactgcaaggt
tggcagattggagtacacaaagtgttcctgaagtactggcacgtggaccagctcagcgac
ctgtggctccagctgcaaaggaagattgtaacttgccagaaagttataagaggatttctg
gcacgccagcacttacttcagagaatgagcatcaagcaacaagaggttacatccatcaag
agcttcttacagagcacagaggacatggcactgaaaacctatgatgccctggtcattcag
aacgcttccgatatcgcccgggaacacgacaggctccggaaggaggtccacactgcctac
cacaggaacagacaagaggaaggaaccaagagagctgaagaccaaggaggatgcaggcac
gtccactccaactccgtgccggtgcccatggtagtagacagcctcgcccaggctctcacc
ggaccatctacccggcccccatcattgcactctgtgttcagcatggatgacagcactggc
ctcccatcaccacggaaacagcctccacccaagccaaagagggaccccaacacccggctg
agtgcctcctatgaggctgtgagcgcctgcctttcagctgccaaggatgcagccggtgaa
gctctgacacggcccagaccccacagtgatgactatagcaccatgaagaagattccccct
cggaagccaaagagaagtccccacacgaagctcagtggctcttatgaggagatctgggga
ccaccacgaccttctggcaccatgggccaggggggcaggcatcaggccccagggacactg
agtgtgcagtgggccaggcctgactcagtgccgcagtgcacaccacagctgcctctgcac
ctgccattgccacagggcgactatgacgatgatgctgagcctgtgtacatcgagatggtg
gggaatgcagccagggcaggtggatctgagaccgacagccctgaccagggcgagtctgtg
tatgaggagatgaagtacatcttgccagaggagggctgtggcctagggatgctcaccttc
ctgcctgcctcacctcctttgtttttagagactcgaaaagccatcatcttggaggctgct
gaggggaactgccagccctcaaaggatacatgtgacatccccccacccttccccaatctg
cttccccacaggccaccactcctagtctttccccccaccccagtgacccgctccccagct
tctgacgagtctccactgacacccttggaggtgaagaaactgccagtcttagagaccaac
ctcaagtacccggtgcagtctgaaggctccagtcccttgtcaccacagtactcaaaagca
cagaagggagataatgaccagctggcatcccctggctttcctgtgtttaatgggcccagc
cgaatctcaccacctgccacaccaccgccacccccagggccacctcctgcaccctgtggg
ccacctcctgcaccctgtgggccacctcctgcaccctgtggaccacctcctgcaccctgt
ggaccacctcctgcaccctgtggaccacctcctgcaccctgtggagcggcctctgcatcc
tgtggggtggcccctgcaccctgcaggccacccacccacttcgccttcccaccagagtct
gtcctggtcactgcagctaaagcgctgactaactcagacctgcccagaacacagccaaag
cccagttcggccccagtaccgggtccctgcagctcctttgtcaaggctccatattcaccg
ggaaagacagccagagcagacctcaggaagacctcatccaccttctctccaccaagccct
tacagcccacccaacagcagaccgctgtccagtcctctggacgagctggccagcctcttc
aactcgggaaggagtgtgctacgcaggtctgcagtgggacgaaggatcagggaggctgaa
ggttttgaaactaacatgaacctgagtagccgggatgaacccagttcatcagaaatggct
tcagagactcaagacagaaacgccaacaaccatgggactcaactctccagttccctgtct
agcgatgtgacggctgaaaatggaaatcctgtcaccaatggtttagctgaggacgatggg
tgctcaaggctgtgtctgagtggcatggggacttcatcatttcagagaaatcgggagagc
cacaccacccaggttatccatcagctgaggctctctgagaatgaaagcgtagctctgcag
gagctgctggactggaggaggaagctctgtgaggccagagaaggctggcaggaagccctg
cagcacccggagccccgtgcacctccgccgccaccctgcaagaagccgacactcctaaag
aagcctgaggggggctcctgcaccaggctgccttcccaactctgggacagcagtatgtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (160)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (153)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (28)   
   RefSeq(nuc) (6)   
   GenBank (11)   
   EMBL (11)   
Protein domain (14)   
   Pfam (14)   
All databases (214)   

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