PhosphoNET

           
Protein Info 
   
Short Name:  PAPPA
Full Name:  Pappalysin-1
Alias:  Insulin-like growth factor-dependent IGF-binding protein 4 protease;Pregnancy-associated plasma protein A
Type: 
Mass (Da):  180973
Number AA:  1627
UniProt ID:  Q13219
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 1S58AARGRRASPPPPPPP
Site 2T87QREARGATEEPSPPS
Site 3S91RGATEEPSPPSRALY
Site 4S94TEEPSPPSRALYFSG
Site 5Y98SPPSRALYFSGRGEQ
Site 6S100PSRALYFSGRGEQLR
Site 7T120ELPRDAFTLQVWLRA
Site 8S133RAEGGQRSPAVITGL
Site 9S145TGLYDKCSYISRDRG
Site 10Y146GLYDKCSYISRDRGW
Site 11Y170QDNKDPRYFFSLKTD
Site 12T176RYFFSLKTDRARQVT
Site 13T183TDRARQVTTINAHRS
Site 14Y191TINAHRSYLPGQWVY
Site 15Y211DGQFMKLYVNGAQVA
Site 16S220NGAQVATSGEQVGGI
Site 17S229EQVGGIFSPLTQKCK
Site 18S243KVLMLGGSALNHNYR
Site 19Y249GSALNHNYRGYIEHF
Site 20Y252LNHNYRGYIEHFSLW
Site 21T264SLWKVARTQREILSD
Site 22S270RTQREILSDMETHGA
Site 23T274EILSDMETHGAHTAL
Site 24S298DNVKHAWSPMKDGSS
Site 25S304WSPMKDGSSPKVEFS
Site 26S305SPMKDGSSPKVEFSN
Site 27S311SSPKVEFSNAHGFLL
Site 28T330EPPLCGQTLCDNTEV
Site 29T335GQTLCDNTEVIASYN
Site 30S340DNTEVIASYNQLSSF
Site 31Y341NTEVIASYNQLSSFR
Site 32S345IASYNQLSSFRQPKV
Site 33S346ASYNQLSSFRQPKVV
Site 34Y355RQPKVVRYRVVNLYE
Site 35Y361RYRVVNLYEDDHKNP
Site 36T369EDDHKNPTVTREQVD
Site 37S401ELDVLEVSNSSLRRR
Site 38S403DVLEVSNSSLRRRLI
Site 39T431CDPECNHTLTGHDGG
Site 40T433PECNHTLTGHDGGDC
Site 41S490QTCFDPDSPHRAYLD
Site 42Y495PDSPHRAYLDVNELK
Site 43S520LNIFFAKSSEEELAG
Site 44S521NIFFAKSSEEELAGV
Site 45Y551IVLNPSFYGMPGHTH
Site 46S578YHVFRGISEIQSCSD
Site 47S582RGISEIQSCSDPCME
Site 48S584ISEIQSCSDPCMETE
Site 49S593PCMETEPSFETGDLC
Site 50T603TGDLCNDTNPAPKHK
Site 51S611NPAPKHKSCGDPGPG
Site 52T644SYADDDCTDSFTPNQ
Site 53S646ADDDCTDSFTPNQVA
Site 54T648DDCTDSFTPNQVARM
Site 55Y663HCYLDLVYQGWQPSR
Site 56S669VYQGWQPSRKPAPVA
Site 57T686PQVLGHTTDSVTLEW
Site 58T690GHTTDSVTLEWFPPI
Site 59Y722EGRILVQYASNASSP
Site 60S724RILVQYASNASSPMP
Site 61S728QYASNASSPMPCSPS
Site 62S733ASSPMPCSPSGHWSP
Site 63S735SPMPCSPSGHWSPRE
Site 64S739CSPSGHWSPREAEGH
Site 65S755DVEQPCKSSVRTWSP
Site 66S756VEQPCKSSVRTWSPN
Site 67T759PCKSSVRTWSPNSAV
Site 68S761KSSVRTWSPNSAVNP
Site 69S764VRTWSPNSAVNPHTV
Site 70T770NSAVNPHTVPPACPE
Site 71S809FVSTDWDSSGAVNDI
Site 72Y886LQCKPLKYKVVRDPP
Site 73S900PLQMDVASILHLNRK
Site 74S917DMDLNLGSVYQYWVI
Site 75S927QYWVITISGTEESEP
Site 76S935GTEESEPSPAVTYIH
Site 77T939SEPSPAVTYIHGSGY
Site 78Y940EPSPAVTYIHGSGYC
Site 79Y946TYIHGSGYCGDGIIQ
Site 80Y991IDEPSRCYFHDGDGV
Site 81S1007EEFEQKTSIKDCGVY
Site 82Y1014SIKDCGVYTPQGFLD
Site 83T1015IKDCGVYTPQGFLDQ
Site 84S1025GFLDQWASNASVSHQ
Site 85S1028DQWASNASVSHQDQQ
Site 86S1059RTKVIDLSEGISQHA
Site 87S1077CTISYPYSQLAQTTF
Site 88T1108VHLVTDGTYYGDQKQ
Site 89Y1109HLVTDGTYYGDQKQE
Site 90T1117YGDQKQETISVQLLD
Site 91T1125ISVQLLDTKDQSHDL
Site 92S1129LLDTKDQSHDLGLHV
Site 93S1153IPVVHDLSQPFYHSQ
Site 94Y1157HDLSQPFYHSQAVRV
Site 95S1159LSQPFYHSQAVRVSF
Site 96T1188FDNFDPVTLSSCQRG
Site 97S1190NFDPVTLSSCQRGET
Site 98S1191FDPVTLSSCQRGETY
Site 99T1197SSCQRGETYSPAEQS
Site 100S1199CQRGETYSPAEQSCV
Site 101S1224ELAVENASLNCSSSD
Site 102S1228ENASLNCSSSDRYHG
Site 103S1230ASLNCSSSDRYHGAQ
Site 104Y1233NCSSSDRYHGAQCTV
Site 105T1239RYHGAQCTVSCRTGY
Site 106Y1246TVSCRTGYVLQIRRD
Site 107S1259RDDELIKSQTGPSVT
Site 108T1268TGPSVTVTCTEGKWN
Site 109Y1294IPDHHQVYAASFSCP
Site 110S1297HHQVYAASFSCPEGT
Site 111T1304SFSCPEGTTFGSQCS
Site 112T1305FSCPEGTTFGSQCSF
Site 113S1308PEGTTFGSQCSFQCR
Site 114S1325AQLKGNNSLLTCMED
Site 115T1359VPNADLQTARCRENK
Site 116Y1375KVGSFCKYKCKPGYH
Site 117Y1381KYKCKPGYHVPGSSR
Site 118S1386PGYHVPGSSRKSKKR
Site 119S1390VPGSSRKSKKRAFKT
Site 120T1397SKKRAFKTQCTQDGS
Site 121T1400RAFKTQCTQDGSWQE
Site 122T1414EGACVPVTCDPPPPK
Site 123Y1426PPKFHGLYQCTNGFQ
Site 124S1445CRIKCEDSDASQGLG
Site 125S1448KCEDSDASQGLGSNV
Site 126S1479QEMQGQCSVPNELNS
Site 127Y1496KLQCPDGYAIGSECA
Site 128T1504AIGSECATSCLDHNS
Site 129S1505IGSECATSCLDHNSE
Site 130S1511TSCLDHNSESIILPM
Site 131Y1566EPFMGDNYCDAINNR
Site 132T1585YDGGDCCTSTVKTKK
Site 133S1586DGGDCCTSTVKTKKV
Site 134T1587GGDCCTSTVKTKKVT
Site 135T1590CCTSTVKTKKVTPFP
Site 136T1594TVKTKKVTPFPMSCD
 
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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