PhosphoNET

           
Protein Info 
   
Short Name:  MYO16
Full Name:  Myosin-XVI
Alias:  KIAA0865; Myo16b; Myosin heavy chain Myr 8; Myosin XVI; MYR8; RP11-54H7.1; Unconventional myosin-16
Type:  Contractile protein; Actin binding protein; Cell cycle regulation
Mass (Da):  206110
Number AA:  1858
UniProt ID:  Q9Y6X6
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016459  GO:0005654  GO:0048471 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0051015  GO:0003774 PhosphoSite+ KinaseNET
Biological Process:  GO:0021549  GO:0045749  GO:0008285 Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1Y31RCEQIKAYYEREKAF
Site 2Y32CEQIKAYYEREKAFQ
Site 3T88KEGADPHTLVSSGGS
Site 4S91ADPHTLVSSGGSLLH
Site 5Y165NGNIPLDYAVEGTES
Site 6T178ESSSILLTYLDENGV
Site 7Y179SSSILLTYLDENGVD
Site 8T188DENGVDLTSLRQMKL
Site 9S189ENGVDLTSLRQMKLQ
Site 10S200MKLQRPMSMLTDVKH
Site 11T203QRPMSMLTDVKHFLS
Site 12Y255LNIVDDQYWTPLHLA
Site 13T257IVDDQYWTPLHLAAK
Site 14Y265PLHLAAKYGQTNLVK
Site 15S292NCNEEKASDIAASEF
Site 16S320EKMKEPLSASTLAQE
Site 17S356LPIAKQDSLLEKDIM
Site 18S376KGLCKQQSQDSIPEN
Site 19S379CKQQSQDSIPENPMM
Site 20S387IPENPMMSGSTKPEQ
Site 21S389ENPMMSGSTKPEQVK
Site 22T408APNDDLATLSELNDG
Site 23S410NDDLATLSELNDGSL
Site 24S416LSELNDGSLLYEIQK
Site 25Y419LNDGSLLYEIQKRFG
Site 26Y450PYKELPIYSSMVSQL
Site 27S451YKELPIYSSMVSQLY
Site 28S455PIYSSMVSQLYFSSS
Site 29Y458SSMVSQLYFSSSGKL
Site 30S461VSQLYFSSSGKLCSS
Site 31S462SQLYFSSSGKLCSSL
Site 32S467SSSGKLCSSLPPHLF
Site 33S468SSGKLCSSLPPHLFS
Site 34S496RPQCFILSGERGSGK
Site 35S501ILSGERGSGKSEASK
Site 36S504GERGSGKSEASKQII
Site 37S507GSGKSEASKQIIRHL
Site 38T515KQIIRHLTCRAGASR
Site 39T524RAGASRATLDSRFKH
Site 40S527ASRATLDSRFKHVVC
Site 41T544EAFGHAKTTLNDLSS
Site 42T545AFGHAKTTLNDLSSC
Site 43T569CERKQQLTGARIYTY
Site 44Y574QLTGARIYTYLLEKS
Site 45T575LTGARIYTYLLEKSR
Site 46Y576TGARIYTYLLEKSRL
Site 47S581YTYLLEKSRLVSQPL
Site 48S585LEKSRLVSQPLGQSN
Site 49S604YLLMDGLSAEEKYGL
Site 50Y621NNLCAHRYLNQTIQD
Site 51T625AHRYLNQTIQDDAST
Site 52S631QTIQDDASTGERSLN
Site 53T632TIQDDASTGERSLNR
Site 54S636DASTGERSLNREKLA
Site 55T678HLGDIRFTALNEGNS
Site 56S685TALNEGNSAFVSDLQ
Site 57S689EGNSAFVSDLQLLEQ
Site 58T714ELASALTTDIQYFKG
Site 59S743FRDLLAKSLYSRLFS
Site 60S762TMNSCLHSQDEQKSM
Site 61S768HSQDEQKSMQTLDIG
Site 62Y805TNEKMHHYINEVLFL
Site 63S830VTMETAYSPGNQNGV
Site 64T850QKPSGFLTLLDEESQ
Site 65S856LTLLDEESQMIWSVE
Site 66S872NFPKKLQSLLESSNT
Site 67S876KLQSLLESSNTNAVY
Site 68T879SLLESSNTNAVYSPM
Site 69S884SNTNAVYSPMKDGNG
Site 70S925AIEKNKDSLSQNLLF
Site 71S927EKNKDSLSQNLLFVM
Site 72S948VINHLFQSKLSQTGS
Site 73S951HLFQSKLSQTGSLVS
Site 74S955SKLSQTGSLVSAYPS
Site 75S958SQTGSLVSAYPSFKF
Site 76Y960TGSLVSAYPSFKFRG
Site 77S962SLVSAYPSFKFRGHK
Site 78S970FKFRGHKSALLSKKM
Site 79S974GHKSALLSKKMTASS
Site 80S981SKKMTASSIIGENKN
Site 81Y989IIGENKNYLELSKLL
Site 82T1003LKKKGTSTFLQRLER
Site 83T1015LERGDPVTIASQLRK
Site 84S1018GDPVTIASQLRKSLM
Site 85T1052NNSKLPDTFDNFYVS
Site 86Y1057PDTFDNFYVSAQLQY
Site 87Y1076EMVKIFRYGYPVRLS
Site 88Y1078VKIFRYGYPVRLSFS
Site 89S1083YGYPVRLSFSDFLSR
Site 90S1085YPVRLSFSDFLSRYK
Site 91S1089LSFSDFLSRYKPLAD
Site 92Y1091FSDFLSRYKPLADTF
Site 93T1097RYKPLADTFLREKKE
Site 94Y1134VRKVFLKYWHADQLN
Site 95S1172QHLLQRISIRQQEVT
Site 96T1179SIRQQEVTSINSFLQ
Site 97S1180IRQQEVTSINSFLQN
Site 98S1183QEVTSINSFLQNTED
Site 99Y1196EDMGLKTYDALVIQN
Site 100S1216RENDRLRSEMNAPYH
Site 101Y1222RSEMNAPYHKEKLEV
Site 102S1237RNMQEEGSKRTDDKS
Site 103S1244SKRTDDKSGPRHFHP
Site 104S1252GPRHFHPSSMSVCAA
Site 105S1253PRHFHPSSMSVCAAV
Site 106S1279IWSPSLHSVFSMDDS
Site 107S1282PSLHSVFSMDDSSSL
Site 108S1286SVFSMDDSSSLPSPR
Site 109S1287VFSMDDSSSLPSPRK
Site 110S1288FSMDDSSSLPSPRKQ
Site 111S1291DDSSSLPSPRKQPPP
Site 112T1306KPKRDPNTRLSASYE
Site 113S1309RDPNTRLSASYEAVS
Site 114S1311PNTRLSASYEAVSAC
Site 115S1337LARPRPHSDDYSTMK
Site 116Y1340PRPHSDDYSTMKKIP
Site 117S1341RPHSDDYSTMKKIPP
Site 118T1342PHSDDYSTMKKIPPR
Site 119S1354PPRKPKRSPNTKLSG
Site 120T1357KPKRSPNTKLSGSYE
Site 121S1360RSPNTKLSGSYEEIS
Site 122S1362PNTKLSGSYEEISGS
Site 123Y1363NTKLSGSYEEISGSR
Site 124S1367SGSYEEISGSRPGDA
Site 125S1369SYEEISGSRPGDARP
Site 126S1408PPGDEDDSEPVYIEM
Site 127Y1412EDDSEPVYIEMLGHA
Site 128S1424GHAARPDSPDPGESV
Site 129S1430DSPDPGESVYEEMKC
Site 130Y1432PDPGESVYEEMKCCL
Site 131S1449DGGPGAGSFLLHGAS
Site 132T1501VFPPTPVTCSPASDE
Site 133S1503PPTPVTCSPASDESP
Site 134S1506PVTCSPASDESPLTP
Site 135S1509CSPASDESPLTPLEV
Site 136T1512ASDESPLTPLEVKKL
Site 137Y1528VLETNLKYPVQPEGS
Site 138S1535YPVQPEGSSPLSPQY
Site 139S1536PVQPEGSSPLSPQYS
Site 140S1539PEGSSPLSPQYSKSQ
Site 141Y1542SSPLSPQYSKSQKGD
Site 142S1543SPLSPQYSKSQKGDG
Site 143S1545LSPQYSKSQKGDGDR
Site 144S1555GDGDRPASPGLALFN
Site 145S1564GLALFNGSGRASPPS
Site 146S1568FNGSGRASPPSTPPP
Site 147S1571SGRASPPSTPPPPPP
Site 148T1572GRASPPSTPPPPPPP
Site 149Y1587PGPPPAPYRPCAHLA
Site 150S1622KVHPKPNSAPVAGPC
Site 151S1631PVAGPCSSFPKIPYS
Site 152Y1637SSFPKIPYSPVKATR
Site 153S1638SFPKIPYSPVKATRA
Site 154S1652ADARKAGSSASPPAP
Site 155S1653DARKAGSSASPPAPY
Site 156S1655RKAGSSASPPAPYSP
Site 157Y1660SASPPAPYSPPSSRP
Site 158S1661ASPPAPYSPPSSRPL
Site 159S1664PAPYSPPSSRPLSSP
Site 160S1665APYSPPSSRPLSSPL
Site 161S1669PPSSRPLSSPLDELA
Site 162S1670PSSRPLSSPLDELAS
Site 163S1677SPLDELASLFNSGRS
Site 164S1681ELASLFNSGRSVLRK
Site 165S1684SLFNSGRSVLRKSAA
Site 166S1689GRSVLRKSAAGRKIR
Site 167T1703REAEGFETNMNISSR
Site 168S1708FETNMNISSRDDPST
Site 169S1714ISSRDDPSTSEITSE
Site 170T1715SSRDDPSTSEITSET
Site 171S1716SRDDPSTSEITSETQ
Site 172S1720PSTSEITSETQDRNA
Site 173S1735NNHGIQLSNSLSSAI
Site 174S1739IQLSNSLSSAITAEN
Site 175T1743NSLSSAITAENGNSI
Site 176S1749ITAENGNSISNGLPE
Site 177Y1760GLPEEDGYSRLSISG
Site 178S1761LPEEDGYSRLSISGT
Site 179S1764EDGYSRLSISGTGTS
Site 180S1766GYSRLSISGTGTSTF
Site 181T1768SRLSISGTGTSTFQR
Site 182T1770LSISGTGTSTFQRHR
Site 183S1771SISGTGTSTFQRHRD
Site 184T1772ISGTGTSTFQRHRDS
Site 185T1781QRHRDSHTTQVIHQL
Site 186T1782RHRDSHTTQVIHQLR
Site 187S1795LRLSENESVALQELL
Site 188S1836PPPCKKPSLLKKPEG
Site 189S1845LKKPEGASCNRLPSE
Site 190S1851ASCNRLPSELWDTTI
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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