PhosphoNET

           
Protein Info 
   
Short Name:  PCNX
Full Name:  Pecanex-like protein 1
Alias:  KIAA0805; KIAA0995; PCNXL1; PCX1; Pecanex
Type:  Unknown function
Mass (Da):  258680
Number AA: 
UniProt ID:  Q96RV3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1Y22AALSGGWYYDPHQAT
Site 2Y23ALSGGWYYDPHQATF
Site 3T94AGEVVDRTANEFTDQ
Site 4T99DRTANEFTDQRTKAE
Site 5T103NEFTDQRTKAEQGNC
Site 6S111KAEQGNCSTRRKDSN
Site 7T112AEQGNCSTRRKDSNG
Site 8S117CSTRRKDSNGPSDPG
Site 9S121RKDSNGPSDPGGGIE
Site 10S130PGGGIEMSEFIREAT
Site 11T137SEFIREATPPVGCSS
Site 12S143ATPPVGCSSRNSYAG
Site 13S144TPPVGCSSRNSYAGL
Site 14S147VGCSSRNSYAGLDPS
Site 15Y148GCSSRNSYAGLDPSN
Site 16S154SYAGLDPSNQIGSGS
Site 17S159DPSNQIGSGSSRLGT
Site 18S161SNQIGSGSSRLGTAA
Site 19T166SGSSRLGTAATIKGD
Site 20T176TIKGDTDTAKTSDDI
Site 21T179GDTDTAKTSDDISLS
Site 22S180DTDTAKTSDDISLSL
Site 23S184AKTSDDISLSLGQSS
Site 24S186TSDDISLSLGQSSSL
Site 25S190ISLSLGQSSSLCKEG
Site 26S192LSLGQSSSLCKEGSE
Site 27S198SSLCKEGSEEQDLAA
Site 28S217FRLVSNDSFISIQPS
Site 29S220VSNDSFISIQPSLSS
Site 30S224SFISIQPSLSSCGQD
Site 31S226ISIQPSLSSCGQDLP
Site 32S237QDLPRDFSDKVNLPS
Site 33S256HHVDQSLSSACDTEV
Site 34S257HVDQSLSSACDTEVA
Site 35S271ASLVPLHSHSYRKDH
Site 36S273LVPLHSHSYRKDHRP
Site 37T286RPRGVPRTSSSAVAF
Site 38S287PRGVPRTSSSAVAFP
Site 39S288RGVPRTSSSAVAFPD
Site 40S289GVPRTSSSAVAFPDT
Site 41Y304SLNDFPLYQQRRGLD
Site 42S314RRGLDPVSELESSKP
Site 43S318DPVSELESSKPLSGS
Site 44S319PVSELESSKPLSGSK
Site 45S323LESSKPLSGSKESLV
Site 46S325SSKPLSGSKESLVEN
Site 47S328PLSGSKESLVENSGL
Site 48T349AGDLKINTSQPPTKS
Site 49S350GDLKINTSQPPTKSG
Site 50T354INTSQPPTKSGKSKP
Site 51S356TSQPPTKSGKSKPLK
Site 52S359PPTKSGKSKPLKAEK
Site 53S367KPLKAEKSMDSLRSL
Site 54S370KAEKSMDSLRSLSTR
Site 55S373KSMDSLRSLSTRSSG
Site 56S375MDSLRSLSTRSSGST
Site 57T376DSLRSLSTRSSGSTE
Site 58S378LRSLSTRSSGSTESY
Site 59S379RSLSTRSSGSTESYC
Site 60S381LSTRSSGSTESYCSG
Site 61T382STRSSGSTESYCSGT
Site 62S384RSSGSTESYCSGTDR
Site 63Y385SSGSTESYCSGTDRD
Site 64S387GSTESYCSGTDRDTN
Site 65T389TESYCSGTDRDTNST
Site 66T393CSGTDRDTNSTVSSY
Site 67S395GTDRDTNSTVSSYKS
Site 68T396TDRDTNSTVSSYKSE
Site 69S398RDTNSTVSSYKSEQT
Site 70S399DTNSTVSSYKSEQTS
Site 71S402STVSSYKSEQTSSTH
Site 72S406SYKSEQTSSTHIESI
Site 73S407YKSEQTSSTHIESIL
Site 74T408KSEQTSSTHIESILS
Site 75S415THIESILSEHEESPK
Site 76S420ILSEHEESPKAGTKS
Site 77S427SPKAGTKSGRKKECC
Site 78S442AGPEEKNSCASDKRT
Site 79S445EEKNSCASDKRTSSE
Site 80T449SCASDKRTSSEKIAM
Site 81S450CASDKRTSSEKIAME
Site 82S451ASDKRTSSEKIAMEA
Site 83S459EKIAMEASTNSGVHE
Site 84T471VHEAKDPTPSDEMHN
Site 85S473EAKDPTPSDEMHNQR
Site 86S483MHNQRGLSTSASEEA
Site 87S485NQRGLSTSASEEANK
Site 88S487RGLSTSASEEANKNP
Site 89S501PHANEFTSQGDRPPG
Site 90T510GDRPPGNTAENKEEK
Site 91S518AENKEEKSDKSAVSV
Site 92S521KEEKSDKSAVSVDSK
Site 93S524KSDKSAVSVDSKVRK
Site 94S527KSAVSVDSKVRKDVG
Site 95S546EGDVRPKSSSVIHRT
Site 96S548DVRPKSSSVIHRTAS
Site 97T553SSSVIHRTASAHKSG
Site 98S555SVIHRTASAHKSGRR
Site 99S559RTASAHKSGRRRTGK
Site 100T564HKSGRRRTGKKRASS
Site 101S570RTGKKRASSFDSSRH
Site 102S571TGKKRASSFDSSRHR
Site 103S574KRASSFDSSRHRDYV
Site 104S575RASSFDSSRHRDYVC
Site 105Y580DSSRHRDYVCFRGVS
Site 106S587YVCFRGVSGTKPHSA
Site 107S593VSGTKPHSAIFCHDE
Site 108S602IFCHDEDSSDQSDLS
Site 109S603FCHDEDSSDQSDLSR
Site 110S606DEDSSDQSDLSRASS
Site 111S609SSDQSDLSRASSVQS
Site 112S612QSDLSRASSVQSAHQ
Site 113S613SDLSRASSVQSAHQF
Site 114S616SRASSVQSAHQFSSD
Site 115S621VQSAHQFSSDSSSST
Site 116S622QSAHQFSSDSSSSTT
Site 117S624AHQFSSDSSSSTTSH
Site 118S625HQFSSDSSSSTTSHS
Site 119S626QFSSDSSSSTTSHSC
Site 120S627FSSDSSSSTTSHSCQ
Site 121T628SSDSSSSTTSHSCQS
Site 122T629SDSSSSTTSHSCQSP
Site 123S630DSSSSTTSHSCQSPE
Site 124S632SSSTTSHSCQSPEGR
Site 125S635TTSHSCQSPEGRYSA
Site 126S641QSPEGRYSALKTKHT
Site 127T645GRYSALKTKHTHKER
Site 128T648SALKTKHTHKERGTD
Site 129T654HTHKERGTDSEHTHK
Site 130S656HKERGTDSEHTHKAH
Site 131T675GTSKKRATRRTSSTN
Site 132T678KKRATRRTSSTNSAK
Site 133S679KRATRRTSSTNSAKT
Site 134S680RATRRTSSTNSAKTR
Site 135T681ATRRTSSTNSAKTRA
Site 136S683RRTSSTNSAKTRARV
Site 137T686SSTNSAKTRARVLSL
Site 138S692KTRARVLSLDSGTVA
Site 139S704TVACLNDSNRLMAPE
Site 140S712NRLMAPESIKPLTTS
Site 141T717PESIKPLTTSKSDLE
Site 142S719SIKPLTTSKSDLEAK
Site 143S721KPLTTSKSDLEAKEG
Site 144S735GEVLDELSLLGRASQ
Site 145S741LSLLGRASQLETVTR
Site 146T745GRASQLETVTRSRNS
Site 147S752TVTRSRNSLPNQVAF
Site 148S769GEEQDAVSGAAQASE
Site 149S780QASEEAVSFRRERST
Site 150S786VSFRRERSTFRRQAV
Site 151T787SFRRERSTFRRQAVR
Site 152S801RRRHNAGSNPTPPTL
Site 153T804HNAGSNPTPPTLLIG
Site 154S815LLIGSPLSLQDGQQG
Site 155S833TAQVKVQSRPPSQAA
Site 156S837KVQSRPPSQAAVLSA
Site 157S854SLLVRNGSVHLEASH
Site 158S860GSVHLEASHDNASAV
Site 159S865EASHDNASAVGGSSL
Site 160S871ASAVGGSSLHDELGK
Site 161S881DELGKFSSTLYETGG
Site 162T882ELGKFSSTLYETGGC
Site 163Y884GKFSSTLYETGGCDM
Site 164S892ETGGCDMSLVNFEPA
Site 165S904EPAARRASNICDTDS
Site 166T909RASNICDTDSHVSSS
Site 167S911SNICDTDSHVSSSTS
Site 168S914CDTDSHVSSSTSVRF
Site 169S915DTDSHVSSSTSVRFY
Site 170S916TDSHVSSSTSVRFYP
Site 171S918SHVSSSTSVRFYPHD
Site 172Y922SSTSVRFYPHDVLSL
Site 173S928FYPHDVLSLPQIRLN
Site 174T942NRLLTIDTDLLEQQD
Site 175S953EQQDIDLSPDLAATY
Site 176Y973AAQKVKHYYRFWILP
Site 177S1051CQYSLLKSVQPDSSS
Site 178S1056LKSVQPDSSSPRHGH
Site 179S1057KSVQPDSSSPRHGHN
Site 180S1058SVQPDSSSPRHGHNR
Site 181Y1069GHNRIIAYSRPVYFC
Site 182S1089IWLLDYGSRNLTATK
Site 183T1093DYGSRNLTATKFKLY
Site 184T1095GSRNLTATKFKLYGI
Site 185Y1100TATKFKLYGITFTNP
Site 186S1112TNPLVFISARDLVIV
Site 187S1213VAVSYHLSRQSSDPS
Site 188S1216SYHLSRQSSDPSVLF
Site 189S1217YHLSRQSSDPSVLFS
Site 190S1220SRQSSDPSVLFSLVQ
Site 191T1234QSKIFPKTEEKNPED
Site 192S1244KNPEDPLSEVKDPLP
Site 193S1257LPEKLRNSVSERLQS
Site 194S1259EKLRNSVSERLQSDL
Site 195T1330FSHPLLKTLEYNQYE
Site 196Y1333PLLKTLEYNQYEVRN
Site 197Y1336KTLEYNQYEVRNAAT
Site 198S1380SSAETIASPKKLNTE
Site 199S1403AGLKLLRSSFSSPTY
Site 200S1404GLKLLRSSFSSPTYQ
Site 201S1406KLLRSSFSSPTYQYV
Site 202S1407LLRSSFSSPTYQYVT
Site 203S1430KFDYEAFSETMLLDL
Site 204Y1452NKLWELLYKLQFVYT
Site 205Y1525VKFWERDYNTKRVDH
Site 206S1533NTKRVDHSNTRLASQ
Site 207S1539HSNTRLASQLDRNPG
Site 208S1547QLDRNPGSDDNNLNS
Site 209S1554SDDNNLNSIFYEHLT
Site 210T1561SIFYEHLTRSLQHSL
Site 211S1563FYEHLTRSLQHSLCG
Site 212T1619RGLEFRGTYCQQREV
Site 213Y1620GLEFRGTYCQQREVE
Site 214Y1671WEVIVTKYILEGYSI
Site 215Y1676TKYILEGYSITDNSA
Site 216S1677KYILEGYSITDNSAA
Site 217S1682GYSITDNSAASMLQV
Site 218Y1700RKVLTTYYVKGIIYY
Site 219Y1706YYVKGIIYYVTTSSK
Site 220T1709KGIIYYVTTSSKLEE
Site 221Y1735RLCADRNYVDVDPTF
Site 222Y1750NPNIDEDYDHRLAGI
Site 223Y1772IYLNWIEYCSSRRAK
Site 224T1806LGRRALGTASHHMSS
Site 225S1808RRALGTASHHMSSNL
Site 226S1812GTASHHMSSNLESFL
Site 227S1813TASHHMSSNLESFLY
Site 228S1817HMSSNLESFLYGLHA
Site 229S1833FKGDFRISSIRDEWI
Site 230S1834KGDFRISSIRDEWIF
Site 231S1868LHQDHFTSPDEYDDP
Site 232Y1872HFTSPDEYDDPTVLY
Site 233T1876PDEYDDPTVLYEAIV
Site 234Y1879YDDPTVLYEAIVSHE
Site 235S1901EGDPAWRSAVLANSP
Site 236Y1933IIMLNRRYLSFRVIK
Site 237S1935MLNRRYLSFRVIKVN
Site 238S1969NRNPERGSIQNAKQA
Site 239S1983ALRNMINSSCDQPIG
Site 240T1999PIFVSPLTTSYSDSH
Site 241T2000IFVSPLTTSYSDSHE
Site 242S2001FVSPLTTSYSDSHEQ
Site 243S2003SPLTTSYSDSHEQLK
Site 244S2005LTTSYSDSHEQLKDI
Site 245S2050SGGNIEDSDTGGGTS
Site 246T2052GNIEDSDTGGGTSCT
Site 247S2057SDTGGGTSCTGNNAT
Site 248T2064SCTGNNATTANNPHS
Site 249S2071TTANNPHSNVTQGSI
Site 250S2077HSNVTQGSIGNPGQG
Site 251S2085IGNPGQGSGTGLHPP
Site 252T2094TGLHPPVTSYPPTLG
Site 253S2095GLHPPVTSYPPTLGT
Site 254Y2096LHPPVTSYPPTLGTS
Site 255T2099PVTSYPPTLGTSHSS
Site 256T2102SYPPTLGTSHSSHSV
Site 257S2103YPPTLGTSHSSHSVQ
Site 258S2105PTLGTSHSSHSVQSG
Site 259S2106TLGTSHSSHSVQSGL
Site 260S2108GTSHSSHSVQSGLVR
Site 261S2117QSGLVRQSPARASVA
Site 262S2122RQSPARASVASQSSY
Site 263S2125PARASVASQSSYCYS
Site 264S2127RASVASQSSYCYSSR
Site 265S2128ASVASQSSYCYSSRH
Site 266Y2129SVASQSSYCYSSRHS
Site 267Y2131ASQSSYCYSSRHSSL
Site 268S2132SQSSYCYSSRHSSLR
Site 269S2133QSSYCYSSRHSSLRM
Site 270S2136YCYSSRHSSLRMSTT
Site 271S2137CYSSRHSSLRMSTTG
Site 272S2141RHSSLRMSTTGFVPC
Site 273T2142HSSLRMSTTGFVPCR
Site 274T2143SSLRMSTTGFVPCRR
Site 275S2151GFVPCRRSSTSQISL
Site 276S2152FVPCRRSSTSQISLR
Site 277T2153VPCRRSSTSQISLRN
Site 278S2154PCRRSSTSQISLRNL
Site 279S2157RSSTSQISLRNLPSS
Site 280S2163ISLRNLPSSIQSRLS
Site 281S2164SLRNLPSSIQSRLSM
Site 282S2167NLPSSIQSRLSMVNQ
Site 283S2170SSIQSRLSMVNQMEP
Site 284S2178MVNQMEPSGQSGLAC
Site 285S2192CVQHGLPSSSSSSQS
Site 286S2193VQHGLPSSSSSSQSI
Site 287S2194QHGLPSSSSSSQSIP
Site 288S2195HGLPSSSSSSQSIPA
Site 289S2196GLPSSSSSSQSIPAC
Site 290S2197LPSSSSSSQSIPACK
Site 291S2199SSSSSSQSIPACKHH
Site 292T2222EGGQSSATDAQPGNT
Site 293T2229TDAQPGNTLSPANNS
Site 294S2231AQPGNTLSPANNSHS
Site 295S2236TLSPANNSHSRKAEV
Site 296S2253RVQIVDPSQILEGIN
Site 297S2262ILEGINLSKRKELQW
Site 298S2282RLKAGRNSWKDWSPQ
Site 299S2287RNSWKDWSPQEGMEG
Site 300S2304IHRWVPCSRDPGTRS
Site 301T2309PCSRDPGTRSHIDKA
Site 302S2311SRDPGTRSHIDKAVL
 
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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