PhosphoNET

           
Protein Info 
   
Short Name:  FREM3
Full Name:  FRAS1-related extracellular matrix protein 3
Alias: 
Type: 
Mass (Da):  237764
Number AA:  2135
UniProt ID:  P0C091
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 1T9AGASRHPTGTPRQLL
Site 2T11ASRHPTGTPRQLLVA
Site 3S34PALQGRASSLGTEPD
Site 4S35ALQGRASSLGTEPDP
Site 5T38GRASSLGTEPDPALY
Site 6Y45TEPDPALYLPARGAL
Site 7T55ARGALDGTRPDGPSV
Site 8S61GTRPDGPSVLIANPG
Site 9S76LRVPLGRSLWLDPLR
Site 10T98PGDRCEVTVLDALPR
Site 11S111PRLKGALSPRRFPCT
Site 12T118SPRRFPCTFGPRQVQ
Site 13Y126FGPRQVQYTHFGSHS
Site 14T127GPRQVQYTHFGSHSP
Site 15S131VQYTHFGSHSPGRAR
Site 16S133YTHFGSHSPGRARVL
Site 17Y145RVLLQLRYDAPTHTL
Site 18T149QLRYDAPTHTLVLPF
Site 19S183LVVEKLRSWSRAIDR
Site 20S185VEKLRSWSRAIDRRV
Site 21S197RRVLDFASLKSGATA
Site 22S200LDFASLKSGATATRR
Site 23T205LKSGATATRRCRLTP
Site 24T211ATRRCRLTPLPHEDG
Site 25Y223EDGPLPKYGRLVDAV
Site 26Y252FLRAGVRYQHTATSS
Site 27T255AGVRYQHTATSSPNR
Site 28T257VRYQHTATSSPNRDY
Site 29S259YQHTATSSPNRDYVP
Site 30Y264TSSPNRDYVPMMVEL
Site 31S281PEGQDAGSAGVLVRE
Site 32T303IRGGAENTPPRPSFM
Site 33T312PRPSFMATMMMEVDP
Site 34T351FNILNAPTHPPGHPG
Site 35Y362GHPGQQGYVVSTDDP
Site 36S365GQQGYVVSTDDPLGL
Site 37T366QQGYVVSTDDPLGLP
Site 38Y389LRELKIAYQPPAENS
Site 39S448LVLFEGQSRPLSSTH
Site 40S452EGQSRPLSSTHSIPI
Site 41S453GQSRPLSSTHSIPIS
Site 42T454QSRPLSSTHSIPISD
Site 43S456RPLSSTHSIPISDKD
Site 44S460STHSIPISDKDNLEE
Site 45Y505LAAGRVVYQHDGSNT
Site 46S568QISPFVLSATDIDSE
Site 47T570SPFVLSATDIDSEDS
Site 48S574LSATDIDSEDSTIHF
Site 49T578DIDSEDSTIHFVLEN
Site 50S603QWELAPGSSHSGHYL
Site 51S604WELAPGSSHSGHYLG
Site 52S606LAPGSSHSGHYLGDL
Site 53S623QQAELPLSTEDEDWH
Site 54Y631TEDEDWHYMEKEGLY
Site 55Y638YMEKEGLYEKVVTEW
Site 56T643GLYEKVVTEWLQRDI
Site 57Y657IMEGRLFYRHLGPHS
Site 58S664YRHLGPHSPQSVMVQ
Site 59Y706DILSPQLYPGTTLEM
Site 60T714PGTTLEMTVQEYQLT
Site 61T721TVQEYQLTHFQKNFL
Site 62Y742SDDQNLWYTLLTLPT
Site 63T743DDQNLWYTLLTLPTD
Site 64Y787VNQHKVAYQPPQKLG
Site 65T803APRVVQFTYQVEDAA
Site 66S844FAILEGGSFNLSSNE
Site 67S848EGGSFNLSSNELHVT
Site 68T855SSNELHVTDPDTDID
Site 69T859LHVTDPDTDIDQIVF
Site 70S899QADVINGSVSYQHGR
Site 71S901DVINGSVSYQHGRDQ
Site 72T909YQHGRDQTTTSDTFH
Site 73T910QHGRDQTTTSDTFHL
Site 74T911HGRDQTTTSDTFHLE
Site 75S912GRDQTTTSDTFHLEV
Site 76T914DQTTTSDTFHLEVSD
Site 77S920DTFHLEVSDGVHHIP
Site 78S942HPNVANRSPRISLRS
Site 79S946ANRSPRISLRSSSLL
Site 80S949SPRISLRSSSLLDVS
Site 81S956SSSLLDVSIDVLENK
Site 82T1008GLPTERFTQEDLING
Site 83S1036QKQHDAFSLLSKDSY
Site 84S1039HDAFSLLSKDSYQWV
Site 85S1042FSLLSKDSYQWVVGN
Site 86Y1043SLLSKDSYQWVVGNS
Site 87Y1080VGESFIVYEGEKNSL
Site 88S1086VYEGEKNSLTLQHLH
Site 89T1088EGEKNSLTLQHLHVE
Site 90T1099LHVEDVDTHQDELLC
Site 91T1107HQDELLCTVTSQPAS
Site 92T1109DELLCTVTSQPASGY
Site 93S1114TVTSQPASGYLEKIA
Site 94Y1116TSQPASGYLEKIASA
Site 95S1122GYLEKIASAPGSKMS
Site 96S1126KIASAPGSKMSQSGS
Site 97S1129SAPGSKMSQSGSPIS
Site 98S1131PGSKMSQSGSPISAF
Site 99S1133SKMSQSGSPISAFSL
Site 100S1136SQSGSPISAFSLRDI
Site 101S1139GSPISAFSLRDIQVR
Site 102Y1150IQVRHINYVQSIHKG
Site 103Y1168QEDQFTFYCSDGINF
Site 104T1231PNEHFQLTALPRHGR
Site 105S1247IQQLATGSQPIHSFT
Site 106S1252TGSQPIHSFTLKEIQ
Site 107T1254SQPIHSFTLKEIQEA
Site 108S1262LKEIQEASTIVYEHD
Site 109Y1266QEASTIVYEHDDSET
Site 110S1271IVYEHDDSETKEDSF
Site 111T1273YEHDDSETKEDSFEV
Site 112S1277DSETKEDSFEVWLSD
Site 113S1283DSFEVWLSDGKHTTH
Site 114T1289LSDGKHTTHRKVPIV
Site 115T1304VTLVDDETPHLTVNN
Site 116T1308DDETPHLTVNNGLKV
Site 117T1324KGHSEIITNRILKAT
Site 118T1331TNRILKATDLDSDDK
Site 119S1335LKATDLDSDDKSLSF
Site 120S1339DLDSDDKSLSFVLHS
Site 121S1341DSDDKSLSFVLHSGP
Site 122Y1385INRGLICYIHTGQEG
Site 123Y1414TLTDHYFYVIGNLDS
Site 124T1442EGARVTLTNNLLTNS
Site 125T1447TLTNNLLTNSDINSS
Site 126S1449TNNLLTNSDINSSDE
Site 127S1453LTNSDINSSDEHHFS
Site 128S1454TNSDINSSDEHHFSI
Site 129S1460SSDEHHFSITRAPSL
Site 130T1462DEHHFSITRAPSLGH
Site 131S1466FSITRAPSLGHLESS
Site 132S1472PSLGHLESSDYAGEP
Site 133S1473SLGHLESSDYAGEPI
Site 134Y1475GHLESSDYAGEPIAS
Site 135S1490FTQLQLASNKISYVH
Site 136S1494QLASNKISYVHTSND
Site 137Y1495LASNKISYVHTSNDE
Site 138T1498NKISYVHTSNDEKKM
Site 139S1499KISYVHTSNDEKKMD
Site 140S1507NDEKKMDSFEFQVIG
Site 141T1538DNKKPILTIHRLTLQ
Site 142T1543ILTIHRLTLQKEDSQ
Site 143S1549LTLQKEDSQLITLLE
Site 144T1553KEDSQLITLLELTVE
Site 145S1562LELTVEDSDTPDDLI
Site 146Y1584PMHGKILYNGSRPVT
Site 147S1587GKILYNGSRPVTTFT
Site 148T1591YNGSRPVTTFTKQDL
Site 149T1592NGSRPVTTFTKQDLN
Site 150Y1604DLNKNLIYKHDGSET
Site 151S1609LIYKHDGSETTEDSF
Site 152T1611YKHDGSETTEDSFSL
Site 153S1615GSETTEDSFSLTVTD
Site 154S1617ETTEDSFSLTVTDGT
Site 155T1619TEDSFSLTVTDGTHT
Site 156T1621DSFSLTVTDGTHTDF
Site 157Y1629DGTHTDFYVLPDTAL
Site 158T1634DFYVLPDTALATHKP
Site 159T1638LPDTALATHKPQVMR
Site 160S1650VMRVQIRSLDNRLPQ
Site 161T1659DNRLPQITTNRGAPA
Site 162T1660NRLPQITTNRGAPAL
Site 163S1681HMGFLITSKSLKAED
Site 164S1683GFLITSKSLKAEDQD
Site 165S1691LKAEDQDSPHRLLKY
Site 166Y1698SPHRLLKYKVTRGPE
Site 167T1701RLLKYKVTRGPEHGF
Site 168T1712EHGFIIKTGLGNQST
Site 169S1718KTGLGNQSTRVFTQA
Site 170T1719TGLGNQSTRVFTQAD
Site 171T1723NQSTRVFTQADIDEM
Site 172S1733DIDEMKISYVLNEGS
Site 173Y1734IDEMKISYVLNEGSN
Site 174S1740SYVLNEGSNASKDIF
Site 175Y1748NASKDIFYFSVEDNG
Site 176S1750SKDIFYFSVEDNGGN
Site 177T1760DNGGNKLTNQPFHLN
Site 178Y1778ICLEKEYYIVDEDST
Site 179T1790DSTFLEVTLTRRGYL
Site 180T1792TFLEVTLTRRGYLGE
Site 181S1801RGYLGETSFISIGTK
Site 182S1804LGETSFISIGTKDET
Site 183T1811SIGTKDETAKKDKDF
Site 184T1836NPGQTTATWRVRIIP
Site 185Y1847RIIPDNEYETSETFQ
Site 186S1850PDNEYETSETFQIIL
Site 187T1852NEYETSETFQIILSE
Site 188T1883VDPGDESTVYIPEAE
Site 189Y1885PGDESTVYIPEAEYK
Site 190S1907LLIPVRRSGDASQEL
Site 191S1911VRRSGDASQELIVIC
Site 192S1924ICSTRQGSATGTISS
Site 193T1926STRQGSATGTISSTV
Site 194S1936ISSTVLFSDYISRPE
Site 195Y1938STVLFSDYISRPEDH
Site 196S1940VLFSDYISRPEDHTS
Site 197T1946ISRPEDHTSILHFDK
Site 198S1947SRPEDHTSILHFDKN
Site 199T1959DKNETQKTCQVLIID
Site 200S1968QVLIIDDSLYEEEES
Site 201Y1970LIIDDSLYEEEESFS
Site 202S1975SLYEEEESFSVSLRL
Site 203S1977YEEEESFSVSLRLPV
Site 204S1979EEESFSVSLRLPVGG
Site 205Y2016LHFGDAEYHVNESAR
Site 206Y2024HVNESARYVEVCVWR
Site 207T2034VCVWRRGTDLSQPSS
Site 208S2037WRRGTDLSQPSSIAV
Site 209S2041TDLSQPSSIAVRSRK
Site 210S2046PSSIAVRSRKSEQES
Site 211S2049IAVRSRKSEQESAEA
Site 212S2053SRKSEQESAEAGTDY
Site 213Y2060SAEAGTDYVGISRNL
Site 214T2115VLGEPNKTTIFIEDT
 
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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