PhosphoNET

           
Protein Info 
   
Short Name:  SPAG17
Full Name:  Sperm-associated antigen 17
Alias:  FLJ34497; PF6; projection protein PF6; RP4-776P7.2; sperm associated antigen 17
Type:  Cytoskeletal protein
Mass (Da):  251742
Number AA:  2223
UniProt ID:  Q6Q759
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005929  GO:0005737  GO:0035086 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 1T10PKKEKGGTVNTSSKI
Site 2S15GGTVNTSSKIWEPSL
Site 3S21SSKIWEPSLIAAQFN
Site 4S66VPQRKLFSMVSWQDI
Site 5S69RKLFSMVSWQDILQQ
Site 6T82QQINEINTLVGSASS
Site 7S86EINTLVGSASSKKAK
Site 8S88NTLVGSASSKKAKKP
Site 9S166KDKGKAKSPKEKKAP
Site 10T207RRGEDDHTNRYIDDE
Site 11Y210EDDHTNRYIDDEPDD
Site 12Y255IKISSENYEPLQTHL
Site 13T260ENYEPLQTHLAAVNQ
Site 14T294NAIKELKTFWKYLEP
Site 15Y298ELKTFWKYLEPVLNN
Site 16T310LNNEKPETNLFDVAR
Site 17S329VKAADFPSDWSDGEM
Site 18S332ADFPSDWSDGEMMLK
Site 19Y365WKRQHQHYLESMQLI
Site 20T389PVLEAMPTSEAPQPA
Site 21Y407PGKKKAQYEEPQAPP
Site 22T422PVTSVITTEVDMRYY
Site 23Y428TTEVDMRYYNYLLNP
Site 24Y429TEVDMRYYNYLLNPI
Site 25S465EEDLVPPSLREPSPR
Site 26S470PPSLREPSPRADGLD
Site 27S494LLPSLCLSEREKKNL
Site 28S507NLHDIFLSEEENESK
Site 29S513LSEEENESKAVPKGP
Site 30Y525KGPLLLNYHDAHAHK
Site 31T577NNTKRLATIHELMHF
Site 32S591FCTSDVLSWNEVERA
Site 33T603ERAFKVFTFESLKLS
Site 34S610TFESLKLSEVDEKGK
Site 35S621EKGKLKPSGMMCGSD
Site 36Y650AKQIRQQYVMKMNTQ
Site 37T671DIKIKDRTLFVDQNL
Site 38S679LFVDQNLSMSVQDNE
Site 39S681VDQNLSMSVQDNESN
Site 40S687MSVQDNESNREPSDP
Site 41S692NESNREPSDPSQCDA
Site 42S695NREPSDPSQCDANNM
Site 43S705DANNMKHSDLNNLKL
Site 44S713DLNNLKLSVPDNRQL
Site 45S725RQLLEQESIMKAQPQ
Site 46S735KAQPQHESLEQTTNN
Site 47T739QHESLEQTTNNEIKD
Site 48T750EIKDDAVTKADSHEK
Site 49S754DAVTKADSHEKKPKK
Site 50T774DLEDIKKTQQRSLMD
Site 51S778IKKTQQRSLMDWSFT
Site 52Y804LQEAHKQYRCVDSYY
Site 53Y810QYRCVDSYYHTQDNS
Site 54Y811YRCVDSYYHTQDNSL
Site 55T813CVDSYYHTQDNSLLL
Site 56Y835RQRLHCEYWNIALHS
Site 57Y849SNVGFRNYLELVAKS
Site 58T862KSIQDWITKEEAIYQ
Site 59Y868ITKEEAIYQESKMNE
Site 60S889AELELKSSANAKLTS
Site 61T895SSANAKLTSASKIFS
Site 62S898NAKLTSASKIFSIKE
Site 63S902TSASKIFSIKESKSN
Site 64S906KIFSIKESKSNKGIS
Site 65S908FSIKESKSNKGISKT
Site 66S913SKSNKGISKTEISDQ
Site 67T915SNKGISKTEISDQEK
Site 68S918GISKTEISDQEKEKE
Site 69S980DNAEKEDSRSLKKKS
Site 70S982AEKEDSRSLKKKSPY
Site 71S987SRSLKKKSPYKEKSK
Site 72Y989SLKKKSPYKEKSKEE
Site 73S993KSPYKEKSKEEQVKI
Site 74S1007IQEVTEESPHQPEPK
Site 75Y1017QPEPKITYPFHGYNM
Site 76T1029YNMGNIPTQISGSNY
Site 77S1034IPTQISGSNYYLYPS
Site 78Y1036TQISGSNYYLYPSDG
Site 79Y1037QISGSNYYLYPSDGG
Site 80Y1039SGSNYYLYPSDGGQI
Site 81S1041SNYYLYPSDGGQIEV
Site 82T1051GQIEVEKTMFEKGPT
Site 83Y1090KKEEKGDYYLEEEEE
Site 84Y1091KEEKGDYYLEEEEEG
Site 85S1103EEGDEEQSLETEVSD
Site 86S1109QSLETEVSDAKNKAF
Site 87S1117DAKNKAFSKFGSFSA
Site 88S1121KAFSKFGSFSATLEN
Site 89S1133LENGICLSISYYGSN
Site 90S1135NGICLSISYYGSNGM
Site 91S1139LSISYYGSNGMAPED
Site 92T1153DKDPDLETILNIPSA
Site 93T1171TVVPVIVTVPQSKAK
Site 94S1175VIVTVPQSKAKGKIK
Site 95S1190GKEKPKESLKEEEHP
Site 96T1221QETLDVPTFQSLNVS
Site 97Y1246GQESTGQYVIDEEPT
Site 98Y1262DIMVRQSYPQRVKHY
Site 99Y1272RVKHYEFYKTVMPPA
Site 100T1274KHYEFYKTVMPPAEQ
Site 101S1284PPAEQEASRVITSQG
Site 102T1288QEASRVITSQGTVVK
Site 103S1289EASRVITSQGTVVKY
Site 104Y1296SQGTVVKYMLDGSTQ
Site 105S1312LFADGAVSRSPNSGL
Site 106S1314ADGAVSRSPNSGLIC
Site 107S1317AVSRSPNSGLICPPS
Site 108S1324SGLICPPSEMPATPH
Site 109T1329PPSEMPATPHSGDLM
Site 110S1332EMPATPHSGDLMDSI
Site 111S1338HSGDLMDSISQQKSE
Site 112S1340GDLMDSISQQKSETI
Site 113S1344DSISQQKSETIPSEI
Site 114S1349QKSETIPSEITNTKK
Site 115T1352ETIPSEITNTKKGKS
Site 116T1354IPSEITNTKKGKSHK
Site 117S1359TNTKKGKSHKSQSSM
Site 118S1362KKGKSHKSQSSMAHK
Site 119S1365KSHKSQSSMAHKGEI
Site 120T1382PPPEAVQTVTPVEVH
Site 121T1397IGTWFTTTPEGNRIG
Site 122T1405PEGNRIGTKGLERIA
Site 123T1432PVNGTVMTTREDKVV
Site 124T1433VNGTVMTTREDKVVI
Site 125T1460ADGTRITTFYQVYED
Site 126Y1462GTRITTFYQVYEDQI
Site 127T1483ETTEGPRTVTRQVKC
Site 128T1485TEGPRTVTRQVKCMR
Site 129Y1498MRVESSRYATVIANC
Site 130T1500VESSRYATVIANCED
Site 131T1513EDSSCCATFGDGTTI
Site 132T1519ATFGDGTTIIAKPQG
Site 133Y1539PPNTGSLYIDKDCSA
Site 134Y1548DKDCSAVYCHESSSN
Site 135Y1557HESSSNIYYPFQKRE
Site 136Y1558ESSSNIYYPFQKREQ
Site 137Y1571EQLRAGRYIMRHTSE
Site 138T1576GRYIMRHTSEVICEV
Site 139T1616EDDLNEKTEGYDSLS
Site 140Y1619LNEKTEGYDSLSSMH
Site 141S1621EKTEGYDSLSSMHLE
Site 142S1623TEGYDSLSSMHLEKN
Site 143Y1635EKNHQQIYGEHVPRF
Site 144S1658GMELLRDSDIEEYLS
Site 145Y1663RDSDIEEYLSLAYKE
Site 146S1665SDIEEYLSLAYKESN
Site 147T1686PVQEQPGTLTITVLR
Site 148T1690QPGTLTITVLRPFHE
Site 149S1699LRPFHEASPWQVKKE
Site 150T1708WQVKKEDTIVPPNLR
Site 151S1716IVPPNLRSRSWETFP
Site 152S1718PPNLRSRSWETFPSV
Site 153T1721LRSRSWETFPSVEKK
Site 154S1724RSWETFPSVEKKTPG
Site 155T1729FPSVEKKTPGPPFGT
Site 156S1746WKGLCIESKQLVSAP
Site 157S1751IESKQLVSAPGAILK
Site 158S1785VKLRLQVSLKDYINY
Site 159Y1789LQVSLKDYINYILKK
Site 160S1808QEMMVKDSRTEEERG
Site 161T1810MMVKDSRTEEERGNA
Site 162S1826DLLKLVMSFPKMEET
Site 163S1836KMEETTKSHVTEVAA
Site 164T1839ETTKSHVTEVAAHLT
Site 165T1846TEVAAHLTDLFKQSL
Site 166S1852LTDLFKQSLATPPKC
Site 167T1855LFKQSLATPPKCPPD
Site 168T1863PPKCPPDTFGKDFFE
Site 169T1872GKDFFEKTWRHTASS
Site 170T1876FEKTWRHTASSKRWK
Site 171S1878KTWRHTASSKRWKEK
Site 172T1889WKEKIDKTRKEIETT
Site 173T1895KTRKEIETTQNYLMD
Site 174T1896TRKEIETTQNYLMDI
Site 175Y1899EIETTQNYLMDIKNR
Site 176Y1920KSELNQLYQSQYNHL
Site 177S1922ELNQLYQSQYNHLDS
Site 178Y1924NQLYQSQYNHLDSLS
Site 179S1929SQYNHLDSLSKKLPS
Site 180S1931YNHLDSLSKKLPSFT
Site 181S1936SLSKKLPSFTKKNED
Site 182S1953ETAVQDTSDLNLDFK
Site 183S1965DFKPHKVSEQKSSSV
Site 184S1969HKVSEQKSSSVPSLP
Site 185S1970KVSEQKSSSVPSLPK
Site 186S1971VSEQKSSSVPSLPKP
Site 187S1974QKSSSVPSLPKPEIS
Site 188S1981SLPKPEISADKKDFT
Site 189T1988SADKKDFTAQNQTEN
Site 190T1997QNQTENLTKSPEEAE
Site 191S1999QTENLTKSPEEAESY
Site 192S2005KSPEEAESYEPVKIP
Site 193Y2006SPEEAESYEPVKIPT
Site 194Y2034EKVKLPHYLLSSKPK
Site 195S2037KLPHYLLSSKPKSQP
Site 196S2038LPHYLLSSKPKSQPL
Site 197S2042LLSSKPKSQPLAKVQ
Site 198S2051PLAKVQDSVGGKVNT
Site 199S2063VNTSSVASAAINNAK
Site 200Y2094VLKEGHTYATVVKLK
Site 201T2096KEGHTYATVVKLKNV
Site 202S2118KVKQPPPSTGLKVTY
Site 203T2119VKQPPPSTGLKVTYK
Site 204T2124PSTGLKVTYKPGPVA
Site 205S2155GEDGAKGSAHISHNI
Site 206S2205NPMVQRTSTIYSSTL
Site 207T2206PMVQRTSTIYSSTLG
Site 208Y2208VQRTSTIYSSTLGVF
Site 209S2209QRTSTIYSSTLGVFM
Site 210S2217STLGVFMSRKVSPH_
 
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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