PhosphoNET

           
Protein Info 
   
Short Name:  RTN4
Full Name:  Reticulon-4
Alias:  ASY; Foocen; KIAA0886; Neuroendocrine-specific protein; Neuroendocrine-specific protein C homolog; NOGO; Nogo protein; NSP; NSP-CL; Reticulon 4; Reticulon-4; Reticulon-5; RTN-x
Type:  Inhibitor protein
Mass (Da):  129931
Number AA:  1192
UniProt ID:  Q9NQC3
International Prot ID:  IPI00021766
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030176  GO:0005635  GO:0005886 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0019987  GO:0030517 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 1S7_MEDLDQSPLVSSSD
Site 2S11LDQSPLVSSSDSPPR
Site 3S12DQSPLVSSSDSPPRP
Site 4S13QSPLVSSSDSPPRPQ
Site 5S15PLVSSSDSPPRPQPA
Site 6Y25RPQPAFKYQFVREPE
Site 7S107VAPERQPSWDPSPVS
Site 8S111RQPSWDPSPVSSTVP
Site 9S114SWDPSPVSSTVPAPS
Site 10S115WDPSPVSSTVPAPSP
Site 11T116DPSPVSSTVPAPSPL
Site 12S121SSTVPAPSPLSAAAV
Site 13S129PLSAAAVSPSKLPED
Site 14S150PPPPPPASVSPQAEP
Site 15S152PPPPASVSPQAEPVW
Site 16T160PQAEPVWTPPAPAPA
Site 17S171PAPAAPPSTPAAPKR
Site 18T172APAAPPSTPAAPKRR
Site 19S181AAPKRRGSSGSVDET
Site 20S182APKRRGSSGSVDETL
Site 21S184KRRGSSGSVDETLFA
Site 22T188SSGSVDETLFALPAA
Site 23S196LFALPAASEPVIRSS
Site 24S202ASEPVIRSSAENMDL
Site 25S203SEPVIRSSAENMDLK
Site 26S218EQPGNTISAGQEDFP
Site 27S242LPSLSPLSAASFKEH
Site 28S245LSPLSAASFKEHEYL
Site 29Y251ASFKEHEYLGNLSTV
Site 30S256HEYLGNLSTVLPTEG
Site 31T257EYLGNLSTVLPTEGT
Site 32S270GTLQENVSEASKEVS
Site 33S277SEASKEVSEKAKTLL
Site 34T282EVSEKAKTLLIDRDL
Site 35T290LLIDRDLTEFSELEY
Site 36S293DRDLTEFSELEYSEM
Site 37Y297TEFSELEYSEMGSSF
Site 38S298EFSELEYSEMGSSFS
Site 39S302LEYSEMGSSFSVSPK
Site 40S303EYSEMGSSFSVSPKA
Site 41S305SEMGSSFSVSPKAES
Site 42S307MGSSFSVSPKAESAV
Site 43S336DEEEKLVSNNILHNQ
Site 44S361VKEDEVVSSEKAKDS
Site 45S362KEDEVVSSEKAKDSF
Site 46S368SSEKAKDSFNEKRVA
Site 47Y384EAPMREEYADFKPFE
Site 48S399RVWEVKDSKEDSDML
Site 49S403VKDSKEDSDMLAAGG
Site 50S418KIESNLESKVDKKCF
Site 51S428DKKCFADSLEQTNHE
Site 52T432FADSLEQTNHEKDSE
Site 53S438QTNHEKDSESSNDDT
Site 54S440NHEKDSESSNDDTSF
Site 55T445SESSNDDTSFPSTPE
Site 56S446ESSNDDTSFPSTPEG
Site 57T450DDTSFPSTPEGIKDR
Site 58S458PEGIKDRSGAYITCA
Site 59T463DRSGAYITCAPFNPA
Site 60T487FPLLGDPTSENKTDE
Site 61S488PLLGDPTSENKTDEK
Site 62T492DPTSENKTDEKKIEE
Site 63T510QIVTEKNTSTKTSNP
Site 64S511IVTEKNTSTKTSNPF
Site 65T514EKNTSTKTSNPFLVA
Site 66S515KNTSTKTSNPFLVAA
Site 67S525FLVAAQDSETDYVTT
Site 68T527VAAQDSETDYVTTDN
Site 69Y529AQDSETDYVTTDNLT
Site 70T551ANMPEGLTPDLVQEA
Site 71S561LVQEACESELNEVTG
Site 72T569ELNEVTGTKIAYETK
Site 73S589TSEVMQESLYPAAQL
Site 74Y591EVMQESLYPAAQLCP
Site 75S599PAAQLCPSFEESEAT
Site 76S603LCPSFEESEATPSPV
Site 77T606SFEESEATPSPVLPD
Site 78S608EESEATPSPVLPDIV
Site 79S635GASVIQPSSSPLEAS
Site 80S636ASVIQPSSSPLEASS
Site 81S637SVIQPSSSPLEASSV
Site 82S642SSSPLEASSVNYESI
Site 83S643SSPLEASSVNYESIK
Site 84Y646LEASSVNYESIKHEP
Site 85S648ASSVNYESIKHEPEN
Site 86Y659EPENPPPYEEAMSVS
Site 87S664PPYEEAMSVSLKKVS
Site 88S666YEEAMSVSLKKVSGI
Site 89Y694LQETEAPYISIACDL
Site 90S708LIKETKLSAEPAPDF
Site 91S716AEPAPDFSDYSEMAK
Site 92Y718PAPDFSDYSEMAKVE
Site 93S732EQPVPDHSELVEDSS
Site 94S738HSELVEDSSPDSEPV
Site 95S739SELVEDSSPDSEPVD
Site 96S742VEDSSPDSEPVDLFS
Site 97S749SEPVDLFSDDSIPDV
Site 98S752VDLFSDDSIPDVPQK
Site 99T763VPQKQDETVMLVKES
Site 100T772MLVKESLTETSFESM
Site 101T774VKESLTETSFESMIE
Site 102S775KESLTETSFESMIEY
Site 103S778LTETSFESMIEYENK
Site 104Y782SFESMIEYENKEKLS
Site 105S789YENKEKLSALPPEGG
Site 106Y799PPEGGKPYLESFKLS
Site 107S802GGKPYLESFKLSLDN
Site 108S806YLESFKLSLDNTKDT
Site 109T810FKLSLDNTKDTLLPD
Site 110T813SLDNTKDTLLPDEVS
Site 111S820TLLPDEVSTLSKKEK
Site 112S823PDEVSTLSKKEKIPL
Site 113S836PLQMEELSTAVYSND
Site 114T837LQMEELSTAVYSNDD
Site 115Y840EELSTAVYSNDDLFI
Site 116S848SNDDLFISKEAQIRE
Site 117T856KEAQIRETETFSDSS
Site 118T858AQIRETETFSDSSPI
Site 119S860IRETETFSDSSPIEI
Site 120S862ETETFSDSSPIEIID
Site 121S863TETFSDSSPIEIIDE
Site 122T873EIIDEFPTLISSKTD
Site 123S876DEFPTLISSKTDSFS
Site 124S877EFPTLISSKTDSFSK
Site 125T879PTLISSKTDSFSKLA
Site 126S881LISSKTDSFSKLARE
Site 127S883SSKTDSFSKLAREYT
Site 128Y889FSKLAREYTDLEVSH
Site 129T890SKLAREYTDLEVSHK
Site 130S898DLEVSHKSEIANAPD
Site 131S909NAPDGAGSLPCTELP
Site 132T913GAGSLPCTELPHDLS
Site 133S920TELPHDLSLKNIQPK
Site 134S933PKVEEKISFSDDFSK
Site 135S935VEEKISFSDDFSKNG
Site 136S939ISFSDDFSKNGSATS
Site 137S943DDFSKNGSATSKVLL
Site 138T945FSKNGSATSKVLLLP
Site 139S946SKNGSATSKVLLLPP
Site 140S983EAEKKLPSDTEKEDR
Site 141T985EKKLPSDTEKEDRSP
Site 142S991DTEKEDRSPSAIFSA
Site 143S993EKEDRSPSAIFSAEL
Site 144S997RSPSAIFSAELSKTS
Site 145Y1010TSVVDLLYWRDIKKT
Site 146T1017YWRDIKKTGVVFGAS
Site 147S1067VIQAIQKSDEGHPFR
Site 148Y1076EGHPFRAYLESEVAI
Site 149S1079PFRAYLESEVAISEE
Site 150S1084LESEVAISEELVQKY
Site 151Y1091SEELVQKYSNSALGH
Site 152S1092EELVQKYSNSALGHV
Site 153Y1165HQAQIDHYLGLANKN
 
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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