PhosphoNET

           
Protein Info 
   
Short Name:  SHROOM2
Full Name:  Protein Shroom2
Alias:  apical protein of Xenopus-like; apical protein, Xenopus laevis-like; apical protein-like (Xenopus laevis); apical-like protein; APX homolog of Xenopus; APXL; DKFZp781J074; HSAPXL; SHRM2; shroom family member 2
Type:  Channel, sodium
Mass (Da):  176410
Number AA:  1616
UniProt ID:  Q13796
International Prot ID:  IPI00015180
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016324  GO:0005913  GO:0005874 Uniprot OncoNet
Molecular Function:  GO:0051015  GO:0015280  GO:0008013 PhosphoSite+ KinaseNET
Biological Process:  GO:0045176  GO:0007420  GO:0016477 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 1T40GGAPWGFTLKGGREH
Site 2S108KLVVKRRSELGWRPH
Site 3T120RPHSWHATKFSDSHP
Site 4S123SWHATKFSDSHPELA
Site 5S125HATKFSDSHPELAAS
Site 6S132SHPELAASPFTSTSG
Site 7S136LAASPFTSTSGCPSW
Site 8S138ASPFTSTSGCPSWSG
Site 9S142TSTSGCPSWSGRHHA
Site 10S144TSGCPSWSGRHHASS
Site 11S150WSGRHHASSSSHDLS
Site 12S151SGRHHASSSSHDLSS
Site 13S152GRHHASSSSHDLSSS
Site 14S153RHHASSSSHDLSSSW
Site 15S157SSSSHDLSSSWEQTN
Site 16S158SSSHDLSSSWEQTNL
Site 17S159SSHDLSSSWEQTNLQ
Site 18T163LSSSWEQTNLQRTLD
Site 19T168EQTNLQRTLDHFSSL
Site 20S173QRTLDHFSSLGSVDS
Site 21S174RTLDHFSSLGSVDSL
Site 22S177DHFSSLGSVDSLDHP
Site 23S180SSLGSVDSLDHPSSR
Site 24S185VDSLDHPSSRLSVAK
Site 25S186DSLDHPSSRLSVAKS
Site 26S189DHPSSRLSVAKSNSS
Site 27S193SRLSVAKSNSSIDHL
Site 28S195LSVAKSNSSIDHLGS
Site 29S196SVAKSNSSIDHLGSH
Site 30S202SSIDHLGSHSKRDSA
Site 31S204IDHLGSHSKRDSAYG
Site 32S208GSHSKRDSAYGSFST
Site 33Y210HSKRDSAYGSFSTSS
Site 34S212KRDSAYGSFSTSSST
Site 35S214DSAYGSFSTSSSTPD
Site 36T215SAYGSFSTSSSTPDH
Site 37S216AYGSFSTSSSTPDHT
Site 38S217YGSFSTSSSTPDHTL
Site 39S218GSFSTSSSTPDHTLS
Site 40T219SFSTSSSTPDHTLSK
Site 41T223SSSTPDHTLSKADTS
Site 42S225STPDHTLSKADTSSA
Site 43T229HTLSKADTSSAENIL
Site 44S231LSKADTSSAENILYT
Site 45S266QGSEEKLSCFPPRVP
Site 46S276PPRVPGDSGKGPRPE
Site 47Y284GKGPRPEYNAEPKLA
Site 48Y303SNFGPVWYVPDKKKA
Site 49S312PDKKKAPSSPPPPPP
Site 50S313DKKKAPSSPPPPPPP
Site 51S323PPPPPLRSDSFAATK
Site 52S325PPPLRSDSFAATKSH
Site 53T329RSDSFAATKSHEKAQ
Site 54S331DSFAATKSHEKAQGP
Site 55T366GDRRPELTDRPWRSA
Site 56S372LTDRPWRSAHPGSLG
Site 57S377WRSAHPGSLGKGSGG
Site 58S382PGSLGKGSGGPGCPQ
Site 59S396QEAHADGSWPPSKDG
Site 60S400ADGSWPPSKDGASSR
Site 61S405PPSKDGASSRLQASL
Site 62S406PSKDGASSRLQASLS
Site 63S411ASSRLQASLSSSDVR
Site 64S413SRLQASLSSSDVRFP
Site 65S415LQASLSSSDVRFPQS
Site 66S422SDVRFPQSPHSGRHP
Site 67S425RFPQSPHSGRHPPLY
Site 68Y432SGRHPPLYSDHSPLC
Site 69S433GRHPPLYSDHSPLCA
Site 70S436PPLYSDHSPLCADSL
Site 71S442HSPLCADSLGQEPGA
Site 72S451GQEPGAASFQNDSPP
Site 73S456AASFQNDSPPQVRGL
Site 74S464PPQVRGLSSCDQKLG
Site 75S465PQVRGLSSCDQKLGS
Site 76S472SCDQKLGSGWQGPRP
Site 77S497LWAGCWPSDTALGAL
Site 78T511LESLPPPTVGQSPRH
Site 79S515PPPTVGQSPRHHLPQ
Site 80T532GPPDARETGRCYPLD
Site 81Y536ARETGRCYPLDKGAE
Site 82S556AQEPPRASRAEKASQ
Site 83S562ASRAEKASQRLAASI
Site 84T570QRLAASITWADGESS
Site 85S576ITWADGESSRICPQE
Site 86T584SRICPQETPLLHSLT
Site 87T591TPLLHSLTQEGKRRP
Site 88S600EGKRRPESSPEDSAT
Site 89S601GKRRPESSPEDSATR
Site 90S605PESSPEDSATRPPPF
Site 91T607SSPEDSATRPPPFDA
Site 92S623VGKPTRRSDRFATTL
Site 93T628RRSDRFATTLRNEIQ
Site 94T629RSDRFATTLRNEIQM
Site 95S644HRAKLQKSRSTVALT
Site 96S646AKLQKSRSTVALTAA
Site 97T647KLQKSRSTVALTAAG
Site 98T660AGEAEDGTGRWRAGL
Site 99T695QARVLRATSFKRRDL
Site 100S696ARVLRATSFKRRDLD
Site 101Y710DPNPGDLYPESLEHR
Site 102S713PGDLYPESLEHRMGD
Site 103S737AGLAQPPSSTSGGPH
Site 104S738GLAQPPSSTSGGPHP
Site 105S740AQPPSSTSGGPHPPR
Site 106T755IGGRRRFTAEQKLKS
Site 107S762TAEQKLKSYSEPEKM
Site 108Y763AEQKLKSYSEPEKMN
Site 109S764EQKLKSYSEPEKMNE
Site 110T775KMNEVGLTRGYSPHQ
Site 111Y778EVGLTRGYSPHQHPR
Site 112S779VGLTRGYSPHQHPRT
Site 113T786SPHQHPRTSEDTVGT
Site 114S787PHQHPRTSEDTVGTF
Site 115T790HPRTSEDTVGTFADR
Site 116T793TSEDTVGTFADRWKF
Site 117T804RWKFFEETSKPVPQR
Site 118T831DKPERPRTAGRTCEG
Site 119T835RPRTAGRTCEGTEPW
Site 120T839AGRTCEGTEPWSRTT
Site 121S843CEGTEPWSRTTSLGD
Site 122T846TEPWSRTTSLGDSLN
Site 123S847EPWSRTTSLGDSLNA
Site 124S851RTTSLGDSLNAHSAA
Site 125S864AAEKAGTSDLPRRLG
Site 126T872DLPRRLGTFAEYQAS
Site 127Y876RLGTFAEYQASWKEQ
Site 128S891RKPLEARSSGRCHSA
Site 129S892KPLEARSSGRCHSAD
Site 130S897RSSGRCHSADDILDV
Site 131S905ADDILDVSLDPQERP
Site 132S919PQHVHGRSRSSPSTD
Site 133S921HVHGRSRSSPSTDHY
Site 134S922VHGRSRSSPSTDHYK
Site 135T925RSRSSPSTDHYKQEA
Site 136Y928SSPSTDHYKQEASVE
Site 137S952EPREELPSAVRAEEG
Site 138T962RAEEGQSTPRQADAQ
Site 139S974DAQCREGSPGSQQHP
Site 140S977CREGSPGSQQHPPSQ
Site 141S983GSQQHPPSQKAPNPP
Site 142T991QKAPNPPTFSELSHC
Site 143S996PPTFSELSHCRGAPE
Site 144T1014EGRGRAGTLPRDYRY
Site 145Y1019AGTLPRDYRYSEEST
Site 146Y1021TLPRDYRYSEESTPA
Site 147S1022LPRDYRYSEESTPAD
Site 148S1025DYRYSEESTPADLGP
Site 149T1026YRYSEESTPADLGPR
Site 150S1036DLGPRAQSPGSPLHA
Site 151S1039PRAQSPGSPLHARGQ
Site 152S1048LHARGQDSWPVSSAL
Site 153S1052GQDSWPVSSALLSKR
Site 154S1053QDSWPVSSALLSKRP
Site 155S1057PVSSALLSKRPAPQR
Site 156Y1075PKREPRRYRATDGAP
Site 157T1078EPRRYRATDGAPADA
Site 158T1096VLGRPFPTPSPASLD
Site 159S1098GRPFPTPSPASLDVY
Site 160Y1105SPASLDVYVARLSLS
Site 161S1114ARLSLSHSPSVFSSA
Site 162S1116LSLSHSPSVFSSAQP
Site 163S1120HSPSVFSSAQPQDTP
Site 164T1126SSAQPQDTPKATVCE
Site 165T1130PQDTPKATVCERGSQ
Site 166S1136ATVCERGSQHVSGDA
Site 167S1140ERGSQHVSGDASRPL
Site 168S1144QHVSGDASRPLPEAL
Site 169T1163QQHLRLQTATMETSR
Site 170T1165HLRLQTATMETSRSP
Site 171S1169QTATMETSRSPSPQF
Site 172S1171ATMETSRSPSPQFAP
Site 173S1173METSRSPSPQFAPQK
Site 174T1182QFAPQKLTDKPPLLI
Site 175S1194LLIQDEDSTRIERVM
Site 176T1205ERVMDNNTTVKMVPI
Site 177T1206RVMDNNTTVKMVPIK
Site 178S1219IKIVHSESQPEKESR
Site 179S1228PEKESRQSLACPAEP
Site 180T1249LEKDQIKTLSTSEQF
Site 181S1251KDQIKTLSTSEQFYS
Site 182S1253QIKTLSTSEQFYSRF
Site 183Y1257LSTSEQFYSRFCLYT
Site 184S1258STSEQFYSRFCLYTR
Site 185Y1263FYSRFCLYTRQGAEP
Site 186T1264YSRFCLYTRQGAEPE
Site 187T1286AEPQPLGTQVPPEKD
Site 188T1296PPEKDRCTSPPGLSY
Site 189S1297PEKDRCTSPPGLSYM
Site 190S1302CTSPPGLSYMKAKEK
Site 191S1316KTVEDLKSEELAREI
Site 192S1329EIVGKDKSLADILDP
Site 193S1373KLLPKIPSPRSTEER
Site 194S1376PKIPSPRSTEERKEE
Site 195T1377KIPSPRSTEERKEEP
Site 196S1385EERKEEPSVPAAVSL
Site 197S1396AVSLATNSTYYSTSA
Site 198T1397VSLATNSTYYSTSAP
Site 199Y1398SLATNSTYYSTSAPK
Site 200S1400ATNSTYYSTSAPKAE
Site 201S1425QQEHEEDSGSDLDHD
Site 202S1427EHEEDSGSDLDHDLS
Site 203S1434SDLDHDLSVKKQELI
Site 204S1443KKQELIESISRKLQV
Site 205S1457VLREARESLLEDVQA
Site 206S1483VKGVCKPSEFDKFRM
Site 207S1504KVVNLLLSLSGRLAR
Site 208S1506VNLLLSLSGRLARVE
Site 209S1524NNLDDGASPGDRQSL
Site 210S1530ASPGDRQSLLEKQRV
Site 211S1568DILANYLSEESLADY
Site 212S1571ANYLSEESLADYEHF
Site 213Y1575SEESLADYEHFVKMK
Site 214S1583EHFVKMKSALIIEQR
Site 215S1609QLKCLLDSLQPERGK
 
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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