PhosphoNET

           
Protein Info 
   
Short Name:  SYCP2
Full Name:  Synaptonemal complex protein 2
Alias:  SCP2; SCP-2; Synaptonemal complex lateral element protein
Type:  Unknown function
Mass (Da):  175639
Number AA:  1530
UniProt ID:  Q9BX26
International Prot ID:  IPI00306718
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003677     PhosphoSite+ KinaseNET
Biological Process:  GO:0051301  GO:0007128  GO:0007130 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 1S113KSKDIIQSQGNSKDE
Site 2S117IIQSQGNSKDEAVLN
Site 3S140LLVIHDVSDEGKKQV
Site 4S150GKKQVVESFVPRICS
Site 5T227VEALCRMTTEKQRQE
Site 6T228EALCRMTTEKQRQEL
Site 7S255AFKRIKDSEFETDCR
Site 8T259IKDSEFETDCRIFLN
Site 9T280GDKRRVFTFPCLSAF
Site 10Y291LSAFLDKYELQIPSD
Site 11S297KYELQIPSDEKLEEF
Site 12S316NLGSQTLSFYIAGDN
Site 13Y318GSQTLSFYIAGDNDD
Site 14T359LTIILKNTVKISKRE
Site 15S363LKNTVKISKREGKEL
Site 16S396GATKHRESIRKQGIS
Site 17S403SIRKQGISVAKTSLH
Site 18S425SQILVPESQISPVGE
Site 19S436PVGEELVSLKEKSKS
Site 20S441LVSLKEKSKSPKEFA
Site 21S443SLKEKSKSPKEFAKP
Site 22S451PKEFAKPSKYIKNSD
Site 23Y453EFAKPSKYIKNSDKG
Site 24S465DKGNRNNSQLEKTTP
Site 25T471NSQLEKTTPSKRKMS
Site 26S473QLEKTTPSKRKMSEA
Site 27S478TPSKRKMSEASMIVS
Site 28S481KRKMSEASMIVSGAD
Site 29S485SEASMIVSGADRYTM
Site 30Y490IVSGADRYTMRSPVL
Site 31T491VSGADRYTMRSPVLF
Site 32S494ADRYTMRSPVLFSNT
Site 33S499MRSPVLFSNTSIPPR
Site 34T501SPVLFSNTSIPPRRR
Site 35S502PVLFSNTSIPPRRRR
Site 36S518KPPLQMTSSAEKPSV
Site 37S519PPLQMTSSAEKPSVS
Site 38S524TSSAEKPSVSQTSEN
Site 39S526SAEKPSVSQTSENRV
Site 40T528EKPSVSQTSENRVDN
Site 41S538NRVDNAASLKSRSSE
Site 42S541DNAASLKSRSSEGRH
Site 43S543AASLKSRSSEGRHRR
Site 44S544ASLKSRSSEGRHRRD
Site 45S588LQDVIPDSQAAEKRD
Site 46T597AAEKRDHTILPGVLD
Site 47T619HSKWACWTPVTNIEL
Site 48S633LCNNQRASTSSGDTL
Site 49T634CNNQRASTSSGDTLN
Site 50S635NNQRASTSSGDTLNQ
Site 51S636NQRASTSSGDTLNQD
Site 52T639ASTSSGDTLNQDIVI
Site 53T651IVINKKLTKQKSSSS
Site 54S655KKLTKQKSSSSISDH
Site 55S656KLTKQKSSSSISDHN
Site 56S657LTKQKSSSSISDHNS
Site 57S658TKQKSSSSISDHNSE
Site 58S660QKSSSSISDHNSEGT
Site 59S664SSISDHNSEGTGKVK
Site 60Y672EGTGKVKYKKEQTDH
Site 61Y702QQQNHPKYSGQKNTE
Site 62S714NTENAKQSDWPVESE
Site 63S720QSDWPVESETTFKSV
Site 64T723WPVESETTFKSVLLN
Site 65S726ESETTFKSVLLNKTI
Site 66Y739TIEESLIYRKKYILS
Site 67Y743SLIYRKKYILSKDVN
Site 68S746YRKKYILSKDVNTAT
Site 69T753SKDVNTATCDKNPSA
Site 70S759ATCDKNPSASKNVQS
Site 71S761CDKNPSASKNVQSHR
Site 72S766SASKNVQSHRKAEKE
Site 73T775RKAEKELTSELNSWD
Site 74S776KAEKELTSELNSWDS
Site 75S780ELTSELNSWDSKQKK
Site 76S783SELNSWDSKQKKMRE
Site 77S792QKKMREKSKGKEFTN
Site 78S803EFTNVAESLISQINK
Site 79S806NVAESLISQINKRYK
Site 80T814QINKRYKTKDDIKST
Site 81S820KTKDDIKSTRKLKES
Site 82S827STRKLKESLINSGFS
Site 83S831LKESLINSGFSNKPV
Site 84S850KEKVQKKSYRKLKTT
Site 85T856KSYRKLKTTFVNVTS
Site 86T857SYRKLKTTFVNVTSE
Site 87Y871ECPVNDVYNFNLNGA
Site 88T893GIQEFQATAKEACAD
Site 89S902KEACADRSIRLVGPR
Site 90S916RNHDELKSSVKTKDK
Site 91S917NHDELKSSVKTKDKK
Site 92T920ELKSSVKTKDKKIIT
Site 93S936HQKKNLFSDTETEYR
Site 94T938KKNLFSDTETEYRCD
Site 95T940NLFSDTETEYRCDDS
Site 96Y942FSDTETEYRCDDSKT
Site 97T949YRCDDSKTDISWLRE
Site 98S952DDSKTDISWLREPKS
Site 99S959SWLREPKSKPQLIDY
Site 100Y966SKPQLIDYSRNKNVK
Site 101S977KNVKNHKSGKSRSSL
Site 102S980KNHKSGKSRSSLEKG
Site 103S982HKSGKSRSSLEKGQP
Site 104S983KSGKSRSSLEKGQPS
Site 105S990SLEKGQPSSKMTPSK
Site 106S991LEKGQPSSKMTPSKN
Site 107T994GQPSSKMTPSKNITK
Site 108S996PSSKMTPSKNITKKM
Site 109T1006ITKKMDKTIPEGRIR
Site 110T1019IRLPRKATKTKKNYK
Site 111T1021LPRKATKTKKNYKDL
Site 112S1029KKNYKDLSNSESECE
Site 113S1031NYKDLSNSESECEQE
Site 114S1033KDLSNSESECEQEFS
Site 115S1040SECEQEFSHSFKENI
Site 116S1042CEQEFSHSFKENIPV
Site 117S1056VKEENIHSRMKTVKL
Site 118T1060NIHSRMKTVKLPKKQ
Site 119S1080AETEKELSKQWKNSS
Site 120S1087SKQWKNSSLLKDAIR
Site 121S1101RDNCLDLSPRSLSGS
Site 122S1104CLDLSPRSLSGSPSS
Site 123S1106DLSPRSLSGSPSSIE
Site 124S1108SPRSLSGSPSSIEVT
Site 125S1110RSLSGSPSSIEVTRC
Site 126T1115SPSSIEVTRCIEKIT
Site 127T1127KITEKDFTQDYDCIT
Site 128Y1130EKDFTQDYDCITKSI
Site 129T1134TQDYDCITKSISPYP
Site 130S1136DYDCITKSISPYPKT
Site 131S1138DCITKSISPYPKTSS
Site 132Y1140ITKSISPYPKTSSLE
Site 133T1143SISPYPKTSSLESLN
Site 134S1144ISPYPKTSSLESLNS
Site 135S1145SPYPKTSSLESLNSN
Site 136S1148PKTSSLESLNSNSGV
Site 137S1151SSLESLNSNSGVGGT
Site 138S1153LESLNSNSGVGGTIK
Site 139S1161GVGGTIKSPKNNEKN
Site 140S1173EKNFLCASESCSPIP
Site 141S1175NFLCASESCSPIPRP
Site 142S1177LCASESCSPIPRPLF
Site 143T1189PLFLPRHTPTKSNTI
Site 144T1191FLPRHTPTKSNTIVN
Site 145S1193PRHTPTKSNTIVNRK
Site 146T1195HTPTKSNTIVNRKKI
Site 147S1204VNRKKISSLVLTQET
Site 148T1208KISSLVLTQETQNSN
Site 149T1211SLVLTQETQNSNSYS
Site 150S1214LTQETQNSNSYSDVS
Site 151S1216QETQNSNSYSDVSSY
Site 152Y1217ETQNSNSYSDVSSYS
Site 153S1218TQNSNSYSDVSSYSS
Site 154S1221SNSYSDVSSYSSEER
Site 155S1222NSYSDVSSYSSEERF
Site 156S1225SDVSSYSSEERFMEI
Site 157S1244INENYIQSKREESHL
Site 158S1249IQSKREESHLASSLS
Site 159S1253REESHLASSLSKSSE
Site 160S1254EESHLASSLSKSSEG
Site 161S1256SHLASSLSKSSEGRE
Site 162S1258LASSLSKSSEGREKT
Site 163S1259ASSLSKSSEGREKTW
Site 164T1265SSEGREKTWFDMPCD
Site 165T1274FDMPCDATHVSGPTQ
Site 166S1277PCDATHVSGPTQHLS
Site 167T1280ATHVSGPTQHLSRKR
Site 168S1284SGPTQHLSRKRIYIE
Site 169Y1289HLSRKRIYIEDNLSN
Site 170S1295IYIEDNLSNSNEVEM
Site 171S1297IEDNLSNSNEVEMEE
Site 172S1331DHHIHKMSESVSSLS
Site 173S1333HIHKMSESVSSLSTN
Site 174S1335HKMSESVSSLSTNDF
Site 175S1336KMSESVSSLSTNDFS
Site 176S1338SESVSSLSTNDFSIP
Site 177T1339ESVSSLSTNDFSIPW
Site 178Y1363IEMTYETYERLNSEF
Site 179S1368ETYERLNSEFKRRNN
Site 180Y1383IRHKMLSYFTTQSWK
Site 181T1386KMLSYFTTQSWKTAQ
Site 182S1403LRTMNHQSQDSRIKK
Site 183S1429LENFEKDSQSLKDLE
Site 184S1431NFEKDSQSLKDLEKE
Site 185S1451EKIFQKFSAYQKSEQ
Site 186Y1453IFQKFSAYQKSEQQR
Site 187S1456KFSAYQKSEQQRLHL
Site 188S1471LKTSLAKSVFCNTDS
Site 189S1478SVFCNTDSEETVFTS
Site 190T1481CNTDSEETVFTSEMC
Site 191T1484DSEETVFTSEMCLMK
Site 192S1519NVRRELMSVFMSHER
Site 193S1523ELMSVFMSHERNANV
 
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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