KEGG   Homo sapiens (human): 23026
Entry
23026             CDS       T01001                                 
Symbol
MYO16, MYAP3, MYR8, Myo16b, NYAP3, PPP1R107
Name
(RefSeq) myosin XVI
  KO
K17481  myosin XVI
Organism
hsa  Homo sapiens (human)
Pathway
hsa04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    23026 (MYO16)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hsa01009]
    23026 (MYO16)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hsa04812]
    23026 (MYO16)
Protein phosphatases and associated proteins [BR:hsa01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     23026 (MYO16)
Cytoskeleton proteins [BR:hsa04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     23026 (MYO16)
SSDB
Motif
Pfam: Myosin_head NYAP_N Ank_2 Ank Ank_5 Ank_4 Ank_3 NYAP_C IQ AAA_16 Zeta_toxin
Other DBs
NCBI-GeneID: 23026
NCBI-ProteinID: NP_055826
OMIM: 615479
HGNC: 29822
Ensembl: ENSG00000041515
UniProt: Q9Y6X6
Position
13:108495716..109208005
AA seq 1858 aa
MEIDQCLLESLPLGQRQRLVKRMRCEQIKAYYEREKAFQKQEGFLKRLKHAKNPKVHFNL
TDMLQDAIIHHNDKEVLRLLKEGADPHTLVSSGGSLLHLCARYDNAFIAEILIDRGVNVN
HQDEDFWTPMHIACACDNPDIVLLLVLAGANVLLQDVNGNIPLDYAVEGTESSSILLTYL
DENGVDLTSLRQMKLQRPMSMLTDVKHFLSSGGNVNEKNDEGVTLLHMACASGYKEVVSL
ILEHGGDLNIVDDQYWTPLHLAAKYGQTNLVKLLLMHQANPHLVNCNEEKASDIAASEFI
EEMLLKAEIAWEEKMKEPLSASTLAQEEPYEEIIHDLPVLSSKLSPLVLPIAKQDSLLEK
DIMFKDATKGLCKQQSQDSIPENPMMSGSTKPEQVKLMPPAPNDDLATLSELNDGSLLYE
IQKRFGNNQIYTFIGDILLLVNPYKELPIYSSMVSQLYFSSSGKLCSSLPPHLFSCVERA
FHQLFREQRPQCFILSGERGSGKSEASKQIIRHLTCRAGASRATLDSRFKHVVCILEAFG
HAKTTLNDLSSCFIKYFELQFCERKQQLTGARIYTYLLEKSRLVSQPLGQSNFLIFYLLM
DGLSAEEKYGLHLNNLCAHRYLNQTIQDDASTGERSLNREKLAVLKRALNVVGFSSLEVE
NLFVILAAILHLGDIRFTALNEGNSAFVSDLQLLEQVAGMLQVSTDELASALTTDIQYFK
GDMIIRRHTIQIAEFFRDLLAKSLYSRLFSFLVNTMNSCLHSQDEQKSMQTLDIGILDIF
GFEEFQKNEFEQLCVNMTNEKMHHYINEVLFLHEQVECVQEGVTMETAYSPGNQNGVLDF
FFQKPSGFLTLLDEESQMIWSVESNFPKKLQSLLESSNTNAVYSPMKDGNGNVALKDHGT
AFTIMHYAGRVMYDVVGAIEKNKDSLSQNLLFVMKTSENVVINHLFQSKLSQTGSLVSAY
PSFKFRGHKSALLSKKMTASSIIGENKNYLELSKLLKKKGTSTFLQRLERGDPVTIASQL
RKSLMDIIGKLQKCTPHFIHCIRPNNSKLPDTFDNFYVSAQLQYIGVLEMVKIFRYGYPV
RLSFSDFLSRYKPLADTFLREKKEQSAAERCRLVLQQCKLQGWQMGVRKVFLKYWHADQL
NDLCLQLQRKIITCQKVIRGFLARQHLLQRISIRQQEVTSINSFLQNTEDMGLKTYDALV
IQNASDIARENDRLRSEMNAPYHKEKLEVRNMQEEGSKRTDDKSGPRHFHPSSMSVCAAV
DGLGQCLVGPSIWSPSLHSVFSMDDSSSLPSPRKQPPPKPKRDPNTRLSASYEAVSACLS
AAREAANEALARPRPHSDDYSTMKKIPPRKPKRSPNTKLSGSYEEISGSRPGDARPAGAP
GAAARVLTPGTPQCALPPAAPPGDEDDSEPVYIEMLGHAARPDSPDPGESVYEEMKCCLP
DDGGPGAGSFLLHGASPPLLHRAPEDEAAGPPGDACDIPPPFPNLLPHRPPLLVFPPTPV
TCSPASDESPLTPLEVKKLPVLETNLKYPVQPEGSSPLSPQYSKSQKGDGDRPASPGLAL
FNGSGRASPPSTPPPPPPPPGPPPAPYRPCAHLAFPPEPAPVNAGKAGPSAEAPKVHPKP
NSAPVAGPCSSFPKIPYSPVKATRADARKAGSSASPPAPYSPPSSRPLSSPLDELASLFN
SGRSVLRKSAAGRKIREAEGFETNMNISSRDDPSTSEITSETQDRNANNHGIQLSNSLSS
AITAENGNSISNGLPEEDGYSRLSISGTGTSTFQRHRDSHTTQVIHQLRLSENESVALQE
LLDWRRKLCEEGQDWQQILHHAEPRVPPPPPCKKPSLLKKPEGASCNRLPSELWDTTI
NT seq 5577 nt   +upstreamnt  +downstreamnt
atggaaatcgaccagtgcttgctagagtcccttccccttggccaacggcagcgtctagtg
aagcgcatgcgctgtgagcaaatcaaagcctactatgagcgcgagaaggcttttcagaag
caggaagggttcctgaaaaggctgaagcatgcgaagaatccgaaagttcacttcaacctc
acggacatgctacaggacgcgattatccaccacaatgacaaagaagtgcttcggctcctg
aaggagggggcagacccccacaccctcgtctcctcgggagggtccctgctccatctgtgt
gctcggtatgataatgccttcattgcagaaattctgattgacagaggagtcaacgtcaac
caccaggatgaagacttctggacgcccatgcacattgcctgtgcctgcgataaccctgat
attgtcctgcttcttgtattagctggagccaatgtccttctccaggatgtgaatggaaat
atcccattagattatgctgtagaagggacagaatccagctctatcctgttgacctatctg
gatgaaaatggagtggatttgacctcactgcgccagatgaagcttcagagaccaatgagt
atgttaacagatgtcaaacacttcttatcatctggaggaaatgtcaatgagaaaaacgat
gaaggagtaaccctgttacacatggcgtgtgcgagtggctacaaggaggtggtgtctctt
atcctggaacatggtggagacctcaacatagtagatgatcagtactggactcccctccac
ttggcagccaaatatggccagacaaatctggtgaaacttctcctgatgcatcaggcaaac
ccacacctcgtgaactgtaatgaggagaaggcgtcagatattgctgcctctgagtttatt
gaggaaatgctgctgaaagccgaaattgcctgggaagaaaaaatgaaagagcctttatct
gcttctaccttagctcaagaagagccctatgaagagatcattcacgatcttcccgtactg
tcgagtaagctcagtcccctggtgttaccaattgccaagcaagacagtttgttggaaaaa
gacattatgttcaaagatgcaacaaaaggtctgtgtaagcagcagtctcaggacagcatc
cctgaaaaccccatgatgagcggttccaccaaacccgagcaggtcaagctaatgcctcct
gccccaaacgatgacctggcaacgctcagcgagctcaatgatggcagcctgctctatgag
attcagaagcgctttgggaacaatcagatctatacattcattggagacattcttttgctt
gttaacccatacaaggagcttccaatttattcttccatggtgtcccagctgtatttcagc
tcctcagggaagctgtgttcctcgctgcctcctcacctcttctcctgtgtggagagagcc
tttcaccagctcttccgggaacagcggcctcagtgtttcatcctcagtggagaaagggga
tcaggaaagtctgaagccagcaaacaaatcataagacacctcacctgcagggctggcgcc
agcagggccacactggattccagattcaaacatgtcgtgtgcatcttagaagcctttgga
catgccaagaccacacttaatgatttgtccagttgcttcatcaagtattttgaactgcag
ttctgtgagaggaaacaacagctaaccggagccagaatttatacatatttgctagagaaa
tccagacttgtttcacaacctcttggccagagcaattttctcattttctacttgttgatg
gatgggttatctgctgaagaaaaatatggacttcatcttaataatttatgtgcacaccgg
tatttgaaccagaccatacaggatgatgcatccacaggggagcgttctctgaacagggag
aaattggctgttttgaaacgagccctgaatgtagttggcttcagcagcttggaggtggag
aatctgttcgtaattctagcagcaatattgcaccttggagacattcggtttactgccctg
aatgaggggaactccgccttcgtttctgacctccagctcctggaacaagtggctggaatg
ttacaagtatcaacagatgaattggcatctgccttaacaactgatattcaatattttaaa
ggggatatgataatacgacgacataccatacagattgctgagtttttccgagacctcttg
gccaagtccctgtacagtcgtttgtttagctttttggtgaataccatgaattcttgcctc
cacagtcaagatgaacagaaaagcatgcagacattggatattggaatattggacattttt
ggttttgaagagtttcaaaagaatgaatttgaacaactttgtgtcaacatgaccaatgag
aagatgcaccactatatcaatgaagtgctttttctccacgagcaagtggaatgtgtacaa
gagggagttaccatggaaacagcatattctcctggtaaccagaatggagttttggacttt
tttttccagaagccatctggatttctcaccttattggatgaagaaagtcaaatgatttgg
tcagtggaatcaaattttccaaaaaaactacaaagtctcctagaatcctcaaacacaaat
gcggtgtactcccccatgaaggatgggaatgggaatgttgccctcaaagaccacggtaca
gccttcaccatcatgcactacgcaggaagggtaatgtatgatgttgttggggcgattgaa
aaaaataaagactccctttcacagaatcttctatttgtaatgaaaactagtgaaaatgtc
gtgatcaatcatttgttccagtcgaaattgtcacaaacaggatccctcgtatctgcctat
ccttcctttaaattccgaggacataagtctgccctgctcagtaagaaaatgacagcttct
tcaattattggagaaaacaagaattatctagaacttagtaagttattaaaaaagaaagga
acttctacatttcttcaaagattggaacgaggagatccagtcaccatagcatcacaactc
aggaaatcactaatggatattattggaaaacttcagaagtgcactccacacttcattcat
tgcatcaggcccaataactcaaagctgccagatacttttgataatttttacgtgtctgct
cagctacaatatattggggtcctggagatggtgaagatcttccgatatggataccctgtt
cgcctttccttctcggatttcctgtcaaggtataagccactggctgatacattcctgcgt
gagaagaaggaacagtcagctgccgagcgatgtcgacttgttctccagcagtgtaaatta
caaggctggcagatgggagtccgaaaagtgtttctaaaatactggcatgctgaccaactc
aatgatttgtgcctacagttgcagagaaaaattataacctgccaaaaagttatcagagga
tttttagcacgccagcacctgcttcagagaataagcatcagacaacaagaggtgacttct
atcaatagctttctgcagaacacagaggacatggggctgaaaacctacgatgccctggtc
attcagaatgcttcagacattgcccgggaaaatgaccggctccgtagtgaaatgaacgct
ccctaccataaagagaagttagaggtcaggaacatgcaagaggaaggaagcaaaagaacc
gatgacaagagtggacccaggcatttccaccccagctccatgtcagtctgcgcggccgtg
gatggcctgggccagtgcctcgttggcccgtccatctggtctccttcgctgcactcggtg
ttcagcatggatgacagcagcagcctcccgtctccacggaaacagcccccgcccaagcca
aagagggaccccaacacccggctgagtgcttcctatgaggctgtgagcgcctgcctctcc
gcggccagggaagcggccaacgaagctctggcccggcccagaccgcacagcgacgactac
agcaccatgaagaagattcctcctcgaaagcccaagcgcagccccaacaccaagctcagc
ggctcctacgaggagatatcggggtcccggcccggggacgcgaggcccgcgggcgccccg
ggggcagcagcgcgcgttctgacccccgggactccgcagtgcgcgctgcccccggcggcg
cctccgggtgacgaggacgacagcgagcctgtgtacatcgagatgctggggcacgcggcc
aggcccgatagcccggaccccggggagtccgtgtacgaggagatgaagtgttgcctgccc
gacgacggcggcccgggcgcgggctccttcctgctccacggcgcatcgccgcccctgctc
caccgcgcgccggaggacgaggcggcggggcccccaggggacgcgtgcgacatcccgccg
cccttccccaacctgctgccgcaccggccgcccctgctggtgttccccccgacccccgtc
acctgctcccccgcctccgacgagtcgcccctgacacccctggaggtgaagaagctgcca
gtcctggagaccaacctcaagtaccccgtgcagccggaggggtcgagcccgctgtccccg
cagtactccaagagccagaagggcgacggcgacaggcccgcgtcccccggcctggcgctg
ttcaacgggtccggccgagcctccccgccgtccacgccgcccccgcccccgcccccgccc
gggccgccccccgcgccctacaggccctgcgcgcacttggccttcccgccggagcccgcc
ccggtgaacgcggggaaagcggggccgagcgcagaggcgcccaaggttcacccaaagcca
aactctgcccccgtggccgggccctgcagctccttccccaagatcccatattcccccgtg
aaggccaccagggcggacgccaggaaggccggctccagtgcctcgccccccgcgccctac
agccctcccagctccaggcctctcagcagccccctggacgagctcgccagcctcttcaac
tcggggaggagtgtgcttcggaaatccgcggcgggaagaaaaatcagggaagcagaaggt
tttgaaactaacatgaacataagtagccgagatgaccctagtacgtcagaaattacttcc
gagactcaagacagaaatgcaaataaccatggaattcagttatctaattcactatctagt
gctataactgctgaaaatggaaattccatctcaaatggtttacctgaagaagatggatac
tcacggttgtctataagtggcacagggacttcgacatttcaaagacacagggacagtcac
accactcaggtaatccatcagctgaggctctcagagaatgaaagtgtggccctgcaggaa
ctcttggactggaggagaaagctctgtgaggaaggacaagactggcagcagatcctgcac
cacgctgagcccagggtgcctcccccaccaccttgcaagaagcccagccttctgaagaag
ccggaaggggcctcctgcaacaggctgccgtctgagctctgggacaccaccatttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (14)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (12)   
DNA sequence (32)   
   RefSeq(nuc) (12)   
   GenBank (10)   
   EMBL (10)   
Protein domain (11)   
   Pfam (11)   
All databases (98)   

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