PhosphoNET

           
Protein Info 
   
Short Name:  SBNO1
Full Name:  Protein strawberry notch homolog 1
Alias:  Monocyte protein 3; MOP3; MOP-3; Sno
Type:  Uncharacterized protein
Mass (Da):  154312
Number AA:  1393
UniProt ID:  A3KN83
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S19ALSESGISPNDLFDI
Site 2T39GLATPMPTPSVQQSV
Site 3S41ATPMPTPSVQQSVPL
Site 4S45PTPSVQQSVPLSALE
Site 5T69PVKQEPETVPTPALL
Site 6T72QEPETVPTPALLNVR
Site 7S84NVRQQPPSTTTFVLN
Site 8T85VRQQPPSTTTFVLNQ
Site 9T87QQPPSTTTFVLNQIN
Site 10S101NHLPPLGSTIVMTKT
Site 11T102HLPPLGSTIVMTKTP
Site 12T108STIVMTKTPPVTTNR
Site 13T113TKTPPVTTNRQTITL
Site 14T117PVTTNRQTITLTKFI
Site 15T127LTKFIQTTASTRPSV
Site 16S129KFIQTTASTRPSVSA
Site 17S133TTASTRPSVSAPTVR
Site 18S135ASTRPSVSAPTVRNA
Site 19T138RPSVSAPTVRNAMTS
Site 20S145TVRNAMTSAPSKDQV
Site 21S162KDLLKNNSLNELMKL
Site 22S187ATAATDVSNGTVKKE
Site 23S195NGTVKKESSNKEGAR
Site 24S212INDMKMRSFSPTMKV
Site 25S214DMKMRSFSPTMKVPV
Site 26T216KMRSFSPTMKVPVVK
Site 27Y242EMGHAETYAEYMPIK
Site 28S264PDAVVETSSLSSVTP
Site 29S265DAVVETSSLSSVTPP
Site 30S268VETSSLSSVTPPDVW
Site 31T270TSSLSSVTPPDVWYK
Site 32Y276VTPPDVWYKTSISEE
Site 33T278PPDVWYKTSISEETI
Site 34S279PDVWYKTSISEETID
Site 35S281VWYKTSISEETIDNG
Site 36Y300LQLEAITYAAQQHET
Site 37T307YAAQQHETFLPNGDR
Site 38Y339AGIIYENYLLSRKRA
Site 39S350RKRALWFSVSNDLKY
Site 40S352RALWFSVSNDLKYDA
Site 41Y357SVSNDLKYDAERDLR
Site 42S375AKNILVHSLNKFKYG
Site 43Y381HSLNKFKYGKISSKH
Site 44S385KFKYGKISSKHNGSV
Site 45S386FKYGKISSKHNGSVK
Site 46S391ISSKHNGSVKKGVIF
Site 47S408YSSLIGESQSGGKYK
Site 48S410SLIGESQSGGKYKTR
Site 49Y414ESQSGGKYKTRLKQL
Site 50T416QSGGKYKTRLKQLLH
Site 51S449KNLCPVGSSKPTKTG
Site 52T455GSSKPTKTGLAVLEL
Site 53S475KARVVYASATGASEP
Site 54Y487SEPRNMAYMNRLGIW
Site 55T498LGIWGEGTPFREFSD
Site 56S504GTPFREFSDFIQAVE
Site 57Y531DMKLRGMYIARQLSF
Site 58S551KIEEVLLSQSYVKMY
Site 59Y554EVLLSQSYVKMYNKA
Site 60S655GELNDFVSTAKGVLQ
Site 61S663TAKGVLQSLIEKHFP
Site 62Y678APDRKKLYSLLGIDL
Site 63S679PDRKKLYSLLGIDLT
Site 64T686SLLGIDLTAPSNNSS
Site 65S689GIDLTAPSNNSSPRD
Site 66S692LTAPSNNSSPRDSPC
Site 67S693TAPSNNSSPRDSPCK
Site 68S697NNSSPRDSPCKENKI
Site 69T713KRKGEEITREAKKAR
Site 70T726ARKVGGLTGSSSDDS
Site 71S728KVGGLTGSSSDDSGS
Site 72S729VGGLTGSSSDDSGSE
Site 73S730GGLTGSSSDDSGSES
Site 74S733TGSSSDDSGSESDAS
Site 75S735SSSDDSGSESDASDN
Site 76S737SDDSGSESDASDNEE
Site 77S740SGSESDASDNEESDY
Site 78S745DASDNEESDYESSKN
Site 79Y747SDNEESDYESSKNMS
Site 80S749NEESDYESSKNMSSG
Site 81S750EESDYESSKNMSSGD
Site 82S754YESSKNMSSGDDDDF
Site 83S755ESSKNMSSGDDDDFN
Site 84S768FNPFLDESNEDDEND
Site 85S794KEKKKKKSIDPDSIQ
Site 86S799KKSIDPDSIQSALLA
Site 87S807IQSALLASGLGSKRP
Site 88S811LLASGLGSKRPSFSS
Site 89S815GLGSKRPSFSSTPVI
Site 90S817GSKRPSFSSTPVISP
Site 91S818SKRPSFSSTPVISPA
Site 92T819KRPSFSSTPVISPAP
Site 93S823FSSTPVISPAPNSTP
Site 94S828VISPAPNSTPANSNT
Site 95T829ISPAPNSTPANSNTN
Site 96S833PNSTPANSNTNSNSS
Site 97T835STPANSNTNSNSSLI
Site 98S837PANSNTNSNSSLITS
Site 99S839NSNTNSNSSLITSQD
Site 100S840SNTNSNSSLITSQDA
Site 101S844SNSSLITSQDAVERA
Site 102S899GRKGRVVSNDDGSIS
Site 103S904VVSNDDGSISYESRS
Site 104S906SNDDGSISYESRSEL
Site 105Y907NDDGSISYESRSELD
Site 106S911SISYESRSELDVPVE
Site 107S947EAASSGISLQADRRA
Site 108T964QRRRVHMTLELPWSA
Site 109S970MTLELPWSADRAIQQ
Site 110S984QFGRTHRSNQVTAPE
Site 111T988THRSNQVTAPEYVFL
Site 112S1007AGEQRFASIVAKRLE
Site 113T1027THGDRRATESRDLSR
Site 114S1029GDRRATESRDLSRFN
Site 115S1033ATESRDLSRFNFDNK
Site 116Y1041RFNFDNKYGRNALEI
Site 117S1058KSIVNLDSPMVSPPP
Site 118S1062NLDSPMVSPPPDYPG
Site 119Y1067MVSPPPDYPGEFFKD
Site 120S1091LINVEDRSGILTLDK
Site 121T1095EDRSGILTLDKDYNN
Site 122Y1100ILTLDKDYNNIGKFL
Site 123Y1124QQNALFQYFADTLTA
Site 124T1130QYFADTLTAVVQNAK
Site 125S1151MGILDLGSGDEKVRK
Site 126S1159GDEKVRKSDVKKFLT
Site 127T1166SDVKKFLTPGYSTSG
Site 128Y1169KKFLTPGYSTSGHVE
Site 129S1170KFLTPGYSTSGHVEL
Site 130S1172LTPGYSTSGHVELYT
Site 131Y1178TSGHVELYTISVERG
Site 132T1179SGHVELYTISVERGM
Site 133S1187ISVERGMSWEEATKI
Site 134T1199TKIWAELTGPDDGFY
Site 135Y1206TGPDDGFYLSLQIRN
Site 136S1208PDDGFYLSLQIRNNK
Site 137T1217QIRNNKKTAILVKEV
Site 138T1238FLVYRPNTGKQLKLE
Site 139Y1247KQLKLEIYADLKKKY
Site 140Y1254YADLKKKYKKVVSDD
Site 141Y1304IGLRCRTYYVLCGSV
Site 142S1313VLCGSVLSVWTKVEG
Site 143S1324KVEGVLASVSGTNVK
Site 144S1326EGVLASVSGTNVKMQ
Site 145T1328VLASVSGTNVKMQIV
Site 146T1339MQIVRLRTEDGQRIV
Site 147S1363SPLVNLLSTSDQSQQ
Site 148S1368LLSTSDQSQQLAVQQ
 
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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