PhosphoNET

           
Protein Info 
   
Short Name:  C5
Full Name:  Complement C5
Alias:  C3 and PZP-like alpha-2-macroglobulin domain-containing protein 4
Type: 
Mass (Da):  188305
Number AA:  1676
UniProt ID:  P01031
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 1Y23TWGQEQTYVISAPKI
Site 2T53YTEAFDATISIKSYP
Site 3S58DATISIKSYPDKKFS
Site 4Y59ATISIKSYPDKKFSY
Site 5S65SYPDKKFSYSSGHVH
Site 6Y66YPDKKFSYSSGHVHL
Site 7S67PDKKFSYSSGHVHLS
Site 8S68DKKFSYSSGHVHLSS
Site 9S74SSGHVHLSSENKFQN
Site 10S75SGHVHLSSENKFQNS
Site 11T86FQNSAILTIQPKQLP
Site 12Y103QNPVSYVYLEVVSKH
Site 13S108YVYLEVVSKHFSKSK
Site 14S112EVVSKHFSKSKRMPI
Site 15S114VSKHFSKSKRMPITY
Site 16T120KSKRMPITYDNGFLF
Site 17Y121SKRMPITYDNGFLFI
Site 18T130NGFLFIHTDKPVYTP
Site 19Y135IHTDKPVYTPDQSVK
Site 20T136HTDKPVYTPDQSVKV
Site 21S140PVYTPDQSVKVRVYS
Site 22Y146QSVKVRVYSLNDDLK
Site 23S147SVKVRVYSLNDDLKP
Site 24T159LKPAKRETVLTFIDP
Site 25T162AKRETVLTFIDPEGS
Site 26Y196KIPSNPRYGMWTIKA
Site 27T200NPRYGMWTIKAKYKE
Site 28Y205MWTIKAKYKEDFSTT
Site 29S210AKYKEDFSTTGTAYF
Site 30T211KYKEDFSTTGTAYFE
Site 31T214EDFSTTGTAYFEVKE
Site 32Y216FSTTGTAYFEVKEYV
Site 33S228EYVLPHFSVSIEPEY
Site 34Y235SVSIEPEYNFIGYKN
Site 35Y254EITIKARYFYNKVVT
Site 36Y256TIKARYFYNKVVTEA
Site 37T305QVTFDSETAVKELSY
Site 38S311ETAVKELSYYSLEDL
Site 39Y313AVKELSYYSLEDLNN
Site 40S314VKELSYYSLEDLNNK
Site 41S378IKVQVKDSLDQLVGG
Site 42S407ETSDLDPSKSVTRVD
Site 43S409SDLDPSKSVTRVDDG
Site 44T411LDPSKSVTRVDDGVA
Site 45T437VLEFNVKTDAPDLPE
Site 46Y452ENQAREGYRAIAYSS
Site 47Y457EGYRAIAYSSLSQSY
Site 48S458GYRAIAYSSLSQSYL
Site 49S459YRAIAYSSLSQSYLY
Site 50S463AYSSLSQSYLYIDWT
Site 51Y466SLSQSYLYIDWTDNH
Site 52T487EHLNIIVTPKSPYID
Site 53S490NIIVTPKSPYIDKIT
Site 54Y499YIDKITHYNYLILSK
Site 55Y501DKITHYNYLILSKGK
Site 56T514GKIIHFGTREKFSDA
Site 57S519FGTREKFSDASYQSI
Site 58S522REKFSDASYQSINIP
Site 59Y523EKFSDASYQSINIPV
Site 60T531QSINIPVTQNMVPSS
Site 61Y543PSSRLLVYYIVTGEQ
Site 62S556EQTAELVSDSVWLNI
Site 63S558TAELVSDSVWLNIEE
Site 64S576NQLQVHLSPDADAYS
Site 65Y582LSPDADAYSPGQTVS
Site 66S583SPDADAYSPGQTVSL
Site 67T587DAYSPGQTVSLNMAT
Site 68S589YSPGQTVSLNMATGM
Site 69S662TNANADDSQENDEPC
Site 70T678EILRPRRTLQKKIEE
Site 71Y690IEEIAAKYKHSVVKK
Site 72S693IAAKYKHSVVKKCCY
Site 73Y700SVVKKCCYDGACVNN
Site 74T710ACVNNDETCEQRAAR
Site 75S719EQRAARISLGPRCIK
Site 76T729PRCIKAFTECCVVAS
Site 77S736TECCVVASQLRANIS
Site 78S743SQLRANISHKDMQLG
Site 79T756LGRLHMKTLLPVSKP
Site 80S761MKTLLPVSKPEIRSY
Site 81S767VSKPEIRSYFPESWL
Site 82Y768SKPEIRSYFPESWLW
Site 83Y831FLEMNIPYSVVRGEQ
Site 84S832LEMNIPYSVVRGEQI
Site 85T844EQIQLKGTVYNYRTS
Site 86Y846IQLKGTVYNYRTSGM
Site 87Y848LKGTVYNYRTSGMQF
Site 88S870EGICTSESPVIDHQG
Site 89S880IDHQGTKSSKCVRQK
Site 90S881DHQGTKSSKCVRQKV
Site 91S893QKVEGSSSHLVTFTV
Site 92S938PEGVKRESYSGVTLD
Site 93Y939EGVKRESYSGVTLDP
Site 94S940GVKRESYSGVTLDPR
Site 95T943RESYSGVTLDPRGIY
Site 96Y950TLDPRGIYGTISRRK
Site 97T952DPRGIYGTISRRKEF
Site 98S954RGIYGTISRRKEFPY
Site 99Y961SRRKEFPYRIPLDLV
Site 100T971PLDLVPKTEIKRILS
Site 101T1001QEGINILTHLPKGSA
Site 102S1055KLKEGMLSIMSYRNA
Site 103S1058EGMLSIMSYRNADYS
Site 104Y1059GMLSIMSYRNADYSY
Site 105Y1064MSYRNADYSYSVWKG
Site 106S1065SYRNADYSYSVWKGG
Site 107Y1066YRNADYSYSVWKGGS
Site 108S1067RNADYSYSVWKGGSA
Site 109S1073YSVWKGGSASTWLTA
Site 110Y1092VLGQVNKYVEQNQNS
Site 111Y1111LLWLVENYQLDNGSF
Site 112S1117NYQLDNGSFKENSQY
Site 113S1122NGSFKENSQYQPIKL
Site 114Y1124SFKENSQYQPIKLQG
Site 115S1141PVEARENSLYLTAFT
Site 116S1196AISAYALSLGDKTHP
Site 117T1201ALSLGDKTHPQFRSI
Site 118S1207KTHPQFRSIVSALKR
Site 119Y1225VKGNPPIYRFWKDNL
Site 120S1237DNLQHKDSSVPNTGT
Site 121S1238NLQHKDSSVPNTGTA
Site 122T1242KDSSVPNTGTARMVE
Site 123Y1266LNLKDINYVNPVIKW
Site 124S1275NPVIKWLSEEQRYGG
Site 125Y1280WLSEEQRYGGGFYST
Site 126S1286RYGGGFYSTQDTINA
Site 127T1290GFYSTQDTINAIEGL
Site 128S1316LSMDIDVSYKHKGAL
Site 129Y1317SMDIDVSYKHKGALH
Site 130S1371VVHKTSTSEEVCSFY
Site 131S1376STSEEVCSFYLKIDT
Site 132Y1378SEEVCSFYLKIDTQD
Site 133T1383SFYLKIDTQDIEASH
Site 134Y1391QDIEASHYRGYGNSD
Site 135Y1394EASHYRGYGNSDYKR
Site 136Y1399RGYGNSDYKRIVACA
Site 137S1407KRIVACASYKPSREE
Site 138S1411ACASYKPSREESSSG
Site 139S1415YKPSREESSSGSSHA
Site 140S1416KPSREESSSGSSHAV
Site 141S1417PSREESSSGSSHAVM
Site 142S1419REESSSGSSHAVMDI
Site 143S1420EESSSGSSHAVMDIS
Site 144Y1453VDQLFTDYQIKDGHV
Site 145Y1496SPATFTVYEYHRPDK
Site 146Y1498ATFTVYEYHRPDKQC
Site 147T1542MQEELDLTISAETRK
Site 148T1551SAETRKQTACKPEIA
Site 149T1599AEKDSEITFIKKVTC
Site 150Y1617ELVKGRQYLIMGKEA
Site 151Y1629KEALQIKYNFSFRYI
Site 152Y1635KYNFSFRYIYPLDSL
Site 153Y1637NFSFRYIYPLDSLTW
Site 154S1656PRDTTCSSCQAFLAN
 
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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