PhosphoNET

           
Protein Info 
   
Short Name:  RTN3
Full Name:  Reticulon-3
Alias:  ASY interacting protein; ASYIP; HAP; Isoforme III; Neuroendocrine-specific protein-like 2; NSPL2; NSPLII; NSP-like protein II; Of ASY protein; Reticulon 3; Reticulon-3; RTN3-A1
Type:  Endoplasmic reticulum
Mass (Da):  112611
Number AA:  1032
UniProt ID:  O95197
International Prot ID:  IPI00028946
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005783  GO:0005615 Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0044419  GO:0006950 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 1S5___MAEPSAATQSHS
Site 2T8MAEPSAATQSHSISS
Site 3S10EPSAATQSHSISSSS
Site 4S12SAATQSHSISSSSFG
Site 5S14ATQSHSISSSSFGAE
Site 6S15TQSHSISSSSFGAEP
Site 7S16QSHSISSSSFGAEPS
Site 8S17SHSISSSSFGAEPSA
Site 9S23SSFGAEPSAPGGGGS
Site 10S30SAPGGGGSPGACPAL
Site 11T39GACPALGTKSCSSSC
Site 12S41CPALGTKSCSSSCAD
Site 13S43ALGTKSCSSSCADSF
Site 14S45GTKSCSSSCADSFVS
Site 15S49CSSSCADSFVSSSSS
Site 16S52SCADSFVSSSSSQPV
Site 17S53CADSFVSSSSSQPVS
Site 18S54ADSFVSSSSSQPVSL
Site 19S55DSFVSSSSSQPVSLF
Site 20S56SFVSSSSSQPVSLFS
Site 21S60SSSSQPVSLFSTSQE
Site 22S63SQPVSLFSTSQEGLS
Site 23T64QPVSLFSTSQEGLSS
Site 24S70STSQEGLSSLCSDEP
Site 25S71TSQEGLSSLCSDEPS
Site 26S74EGLSSLCSDEPSSEI
Site 27S78SLCSDEPSSEIMTSS
Site 28S79LCSDEPSSEIMTSSF
Site 29T83EPSSEIMTSSFLSSS
Site 30S84PSSEIMTSSFLSSSE
Site 31S85SSEIMTSSFLSSSEI
Site 32S88IMTSSFLSSSEIHNT
Site 33S89MTSSFLSSSEIHNTG
Site 34S90TSSFLSSSEIHNTGL
Site 35T95SSSEIHNTGLTILHG
Site 36S105TILHGEKSHVLGSQP
Site 37S110EKSHVLGSQPILAKE
Site 38S137MEKPQGTSNNVSDSS
Site 39S141QGTSNNVSDSSVSLA
Site 40S143TSNNVSDSSVSLAAG
Site 41S157GVHCDRPSIPASFPE
Site 42S161DRPSIPASFPEHPAF
Site 43T184EEQIDKETKNPNGVS
Site 44T206LDADDRFTLLTAQKP
Site 45T209DDRFTLLTAQKPPTE
Site 46T215LTAQKPPTEYSKVEG
Site 47Y217AQKPPTEYSKVEGIY
Site 48T225SKVEGIYTYSLSPSK
Site 49S227VEGIYTYSLSPSKVS
Site 50S229GIYTYSLSPSKVSGD
Site 51S231YTYSLSPSKVSGDDV
Site 52S243DDVIEKDSPESPFEV
Site 53S246IEKDSPESPFEVIID
Site 54S264FDKEFKDSYKESTDD
Site 55Y265DKEFKDSYKESTDDF
Site 56S268FKDSYKESTDDFGSW
Site 57T269KDSYKESTDDFGSWS
Site 58S274ESTDDFGSWSVHTDK
Site 59S276TDDFGSWSVHTDKES
Site 60T279FGSWSVHTDKESSED
Site 61S283SVHTDKESSEDISET
Site 62S284VHTDKESSEDISETN
Site 63S288KESSEDISETNDKLF
Site 64Y305RNKEAGRYPMSALLS
Site 65S308EAGRYPMSALLSRQF
Site 66S312YPMSALLSRQFSHTN
Site 67S316ALLSRQFSHTNAALE
Site 68T318LSRQFSHTNAALEEV
Site 69T352VPQVKQQTDKSSDCI
Site 70S355VKQQTDKSSDCITKT
Site 71S356KQQTDKSSDCITKTT
Site 72T360DKSSDCITKTTGLDM
Site 73T362SSDCITKTTGLDMSE
Site 74S368KTTGLDMSEYNSEIP
Site 75Y370TGLDMSEYNSEIPVV
Site 76S372LDMSEYNSEIPVVNL
Site 77T387KTSTHQKTPVCSIDG
Site 78S391HQKTPVCSIDGSTPI
Site 79S395PVCSIDGSTPITKST
Site 80T396VCSIDGSTPITKSTG
Site 81T399IDGSTPITKSTGDWA
Site 82S401GSTPITKSTGDWAEA
Site 83S409TGDWAEASLQQENAI
Site 84T417LQQENAITGKPVPDS
Site 85S424TGKPVPDSLNSTKEF
Site 86S427PVPDSLNSTKEFSIK
Site 87T428VPDSLNSTKEFSIKG
Site 88S432LNSTKEFSIKGVQGN
Site 89T446NMQKQDDTLAELPGS
Site 90S453TLAELPGSPPEKCDS
Site 91S460SPPEKCDSLGSGVAT
Site 92S485KDEMDWQSSALGEIT
Site 93T492SSALGEITEADSSGE
Site 94S496GEITEADSSGESDDT
Site 95S497EITEADSSGESDDTV
Site 96S500EADSSGESDDTVIED
Site 97T503SSGESDDTVIEDITA
Site 98T509DTVIEDITADTSFEN
Site 99S513EDITADTSFENNKIQ
Site 100S544REIKEIPSCEREEKT
Site 101S552CEREEKTSKNFEELV
Site 102S560KNFEELVSDSELHQD
Site 103S575QPDILGRSPASEAAC
Site 104S583PASEAACSKVPDTNV
Site 105T588ACSKVPDTNVSLEDV
Site 106S591KVPDTNVSLEDVSEV
Site 107T605VAPEKPITTENPKLP
Site 108T606APEKPITTENPKLPS
Site 109S613TENPKLPSTVSPNVF
Site 110T614ENPKLPSTVSPNVFN
Site 111S616PKLPSTVSPNVFNET
Site 112S626VFNETEFSLNVTTSA
Site 113T630TEFSLNVTTSAYLES
Site 114Y634LNVTTSAYLESLHGK
Site 115S649NVKHIDDSSPEDLIA
Site 116S650VKHIDDSSPEDLIAA
Site 117S669RDKGIVDSERNAFKA
Site 118T682KAISEKMTDFKTTPP
Site 119T686EKMTDFKTTPPVEVL
Site 120T687KMTDFKTTPPVEVLH
Site 121S698EVLHENESGGSEIKD
Site 122S701HENESGGSEIKDIGS
Site 123S708SEIKDIGSKYSEQSK
Site 124Y710IKDIGSKYSEQSKET
Site 125S714GSKYSEQSKETNGSE
Site 126S720QSKETNGSEPLGVFP
Site 127S735TQGTPVASLDLEQEQ
Site 128S759GERQVEKSTSAQRDA
Site 129T777SEEVLKQTFTFAPES
Site 130T779EVLKQTFTFAPESWP
Site 131S784TFTFAPESWPQRSYD
Site 132S789PESWPQRSYDILERN
Site 133Y790ESWPQRSYDILERNV
Site 134S801ERNVKNGSDLGISQK
Site 135S806NGSDLGISQKPITIR
Site 136T811GISQKPITIRETTRV
Site 137T815KPITIRETTRVDAVS
Site 138T816PITIRETTRVDAVSS
Site 139S822TTRVDAVSSLSKTEL
Site 140S823TRVDAVSSLSKTELV
Site 141T827AVSSLSKTELVKKHV
Site 142S906VIQAVQKSEEGHPFK
Site 143Y915EGHPFKAYLDVDITL
Site 144S923LDVDITLSSEAFHNY
Site 145Y930SSEAFHNYMNAAMVH
Site 146Y969VFMWLMTYVGAVFNG
Site 147Y997VPIVYEKYKTQIDHY
Site 148T999IVYEKYKTQIDHYVG
Site 149Y1004YKTQIDHYVGIARDQ
Site 150T1012VGIARDQTKSIVEKI
Site 151S1014IARDQTKSIVEKIQA
 
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
 


2019 Kinexus Bioinformatics Corporation