PhosphoNET

           
Protein Info 
   
Short Name:  OTOF
Full Name:  Otoferlin
Alias:  DFNB6; DFNB9; FER1L2; Fer-1-like protein 2; NSRD9
Type:  Vesicle protein
Mass (Da):  226753
Number AA:  1997
UniProt ID:  Q9HC10
International Prot ID:  IPI00375559
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030054  GO:0031410  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0005509     PhosphoSite+ KinaseNET
Biological Process:  GO:0006944  GO:0007605   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 1S11LIHLKTVSELRGRGD
Site 2T24GDRIAKVTFRGQSFY
Site 3S29KVTFRGQSFYSRVLE
Site 4Y31TFRGQSFYSRVLENC
Site 5T47DVADFDETFRWPVAS
Site 6S54TFRWPVASSIDRNEM
Site 7S55FRWPVASSIDRNEML
Site 8Y69LEIQVFNYSKVFSNK
Site 9S70EIQVFNYSKVFSNKL
Site 10T99SHVEVTDTLIDDNNA
Site 11T124RYQATDGTVGSWDDG
Site 12S127ATDGTVGSWDDGDFL
Site 13S138GDFLGDESLQEEEKD
Site 14S146LQEEEKDSQETDGLL
Site 15T149EEKDSQETDGLLPGS
Site 16S156TDGLLPGSRPSSRPP
Site 17S159LLPGSRPSSRPPGEK
Site 18S160LPGSRPSSRPPGEKS
Site 19S167SRPPGEKSFRRAGRS
Site 20S174SFRRAGRSVFSAMKL
Site 21S177RAGRSVFSAMKLGKN
Site 22S186MKLGKNRSHKEEPQR
Site 23S220GDGLDPDSVSLASVT
Site 24T227SVSLASVTALTTNVS
Site 25T230LASVTALTTNVSNKR
Site 26S234TALTTNVSNKRSKPD
Site 27S238TNVSNKRSKPDIKME
Site 28S247PDIKMEPSAGRPMDY
Site 29Y254SAGRPMDYQVSITVI
Site 30S257RPMDYQVSITVIEAR
Site 31Y285EVGDDKKYTSMKEST
Site 32T286VGDDKKYTSMKESTN
Site 33S287GDDKKYTSMKESTNC
Site 34Y297ESTNCPYYNEYFVFD
Site 35S320FDKIIKISVIHSKNL
Site 36S324IKISVIHSKNLLRSG
Site 37S330HSKNLLRSGTLVGSF
Site 38T332KNLLRSGTLVGSFKM
Site 39S336RSGTLVGSFKMDVGT
Site 40T343SFKMDVGTVYSQPEH
Site 41Y345KMDVGTVYSQPEHQF
Site 42S360HHKWAILSDPDDISS
Site 43S366LSDPDDISSGLKGYV
Site 44S367SDPDDISSGLKGYVK
Site 45T388GKGDNIKTPHKANET
Site 46Y420ERQWARFYVKIYRAE
Site 47Y424ARFYVKIYRAEGLPR
Site 48T434EGLPRMNTSLMANVK
Site 49T467FAGQKGKTSVQKSSY
Site 50S468AGQKGKTSVQKSSYE
Site 51S472GKTSVQKSSYEPLWN
Site 52S502MKVQIRDSDKVNDVA
Site 53S521FIDLRKISNDGDKGF
Site 54T531GDKGFLPTLGPAWVN
Site 55Y540GPAWVNMYGSTRNYT
Site 56Y546MYGSTRNYTLLDEHQ
Site 57T547YGSTRNYTLLDEHQD
Site 58S581AVEIVDTSNPELTSS
Site 59S588SNPELTSSTEVQVEQ
Site 60T597EVQVEQATPISESCA
Site 61S600VEQATPISESCAGKM
Site 62S620FGAFLEASMIDRRNG
Site 63T632RNGDKPITFEVTIGN
Site 64S648GNEVDGLSRPQRPRP
Site 65S672VDLIQNASDDEAGDA
Site 66S684GDAGDLASVSSTPPM
Site 67S686AGDLASVSSTPPMRP
Site 68S687GDLASVSSTPPMRPQ
Site 69T688DLASVSSTPPMRPQV
Site 70T696PPMRPQVTDRNYFHL
Site 71Y700PQVTDRNYFHLPYLE
Site 72Y705RNYFHLPYLERKPCI
Site 73Y713LERKPCIYIKSWWPD
Site 74Y726PDQRRRLYNANIMDH
Site 75T751DIQEMIKTEKSYPER
Site 76S754EMIKTEKSYPERRLR
Site 77Y755MIKTEKSYPERRLRG
Site 78S776CGCCRFLSLADKDQG
Site 79S785ADKDQGHSSRTRLDR
Site 80S786DKDQGHSSRTRLDRE
Site 81S797LDRERLKSCMRELEN
Site 82T820RAQVKRHTVRDKLRL
Site 83Y862SNNKRVAYARVPSKD
Site 84S873PSKDLLFSIVEEETG
Site 85S901PGKRGFGSAGWTVQA
Site 86S919LYLWLGLSKQRKEFL
Site 87S951LHAFPPVSLVYTKKQ
Site 88T955PPVSLVYTKKQAFQL
Site 89Y967FQLRAHMYQARSLFA
Site 90S971AHMYQARSLFAADSS
Site 91S977RSLFAADSSGLSDPF
Site 92Y1019VFDNLELYGEAHELR
Site 93T1051KADFMGRTFAKPLVK
Site 94Y1064VKMADEAYCPPRFPP
Site 95Y1075RFPPQLEYYQIYRGN
Site 96Y1076FPPQLEYYQIYRGNA
Site 97S1170AGKGVQSSLIHNYKK
Site 98Y1215DCRAFGRYTLVGSHA
Site 99S1220GRYTLVGSHAVSSLR
Site 100S1225VGSHAVSSLRRFIYR
Site 101Y1231SSLRRFIYRPPDRSA
Site 102S1237IYRPPDRSAPSWNTT
Site 103T1244SAPSWNTTVRLLRRC
Site 104S1259RVLCNGGSSSHSTGE
Site 105S1261LCNGGSSSHSTGEVV
Site 106S1263NGGSSSHSTGEVVVT
Site 107T1264GGSSSHSTGEVVVTM
Site 108S1324EEEEPDESMLDWWSK
Site 109S1349QLRQQEPSGIDLEEK
Site 110T1362EKEEVDNTEGLKGSM
Site 111T1386KEEKKKKTQSSGSGQ
Site 112S1388EKKKKTQSSGSGQGS
Site 113S1389KKKKTQSSGSGQGSE
Site 114S1391KKTQSSGSGQGSEAP
Site 115S1395SSGSGQGSEAPEKKK
Site 116Y1411KIDELKVYPKELESE
Site 117T1428NFEDWLHTFNLLRGK
Site 118T1436FNLLRGKTGDDEDGS
Site 119S1443TGDDEDGSTEEERIV
Site 120T1444GDDEDGSTEEERIVG
Site 121Y1460FKGSLCVYKVPLPED
Site 122S1469VPLPEDVSREAGYDS
Site 123Y1474DVSREAGYDSTYGMF
Site 124T1477REAGYDSTYGMFQGI
Site 125Y1478EAGYDSTYGMFQGIP
Site 126Y1516INGKADPYIAIRLGK
Site 127Y1532DIRDKENYISKQLNP
Site 128S1550KSFDIEASFPMESML
Site 129Y1585IDLENRFYSKHRATC
Site 130S1586DLENRFYSKHRATCG
Site 131T1617MKPSQILTRLCKDGK
Site 132T1644KVANRVFTGPSEIED
Site 133T1659ENGQRKPTDEHVALL
Site 134T1688LVPEHVETRPLLNPD
Site 135T1720MDMPAPGTPLDISPR
Site 136S1725PGTPLDISPRKPKKY
Site 137Y1732SPRKPKKYELRVIIW
Site 138T1753LEDDDFFTGEKSSDI
Site 139S1757DFFTGEKSSDIFVRG
Site 140S1758FFTGEKSSDIFVRGW
Site 141T1776QQEDKQDTDVHYHSL
Site 142Y1780KQDTDVHYHSLTGEG
Site 143S1782DTDVHYHSLTGEGNF
Site 144T1784DVHYHSLTGEGNFNW
Site 145Y1793EGNFNWRYLFPFDYL
Site 146Y1799RYLFPFDYLAAEEKI
Site 147S1809AEEKIVISKKESMFS
Site 148S1813IVISKKESMFSWDET
Site 149S1816SKKESMFSWDETEYK
Site 150T1820SMFSWDETEYKIPAR
Site 151Y1822FSWDETEYKIPARLT
Site 152T1829YKIPARLTLQIWDAD
Site 153T1860RFPRGAKTAKQCTME
Site 154T1904ENDEFELTGKVEAEL
Site 155T1942EKPNRPDTSFIWFLN
Site 156S1943KPNRPDTSFIWFLNP
Site 157Y1956NPLKSARYFLWHTYR
 
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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