PhosphoNET

           
Protein Info 
   
Short Name:  FREM1
Full Name:  FRAS1-related extracellular matrix protein 1
Alias:  Protein QBRICK
Type: 
Mass (Da):  244154
Number AA:  2179
UniProt ID:  Q5H8C1
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 1S43KGHSAFLSGDDLKFA
Site 2T69VVMNEPITQRVGKLT
Site 3T76TQRVGKLTPQVFDCH
Site 4Y91FLPNEVKYVHNGCPI
Site 5T103CPILDEDTVKLRLYR
Site 6Y109DTVKLRLYRFTERDT
Site 7T112KLRLYRFTERDTFIE
Site 8T116YRFTERDTFIETFIL
Site 9S151VPEFNGLSQAIDKNL
Site 10Y163KNLLRFDYDRMASLE
Site 11T172RMASLECTVSLDTAR
Site 12S174ASLECTVSLDTARTR
Site 13T177ECTVSLDTARTRLPA
Site 14S205PRGDQPHSFFPESQL
Site 15S210PHSFFPESQLRAKLK
Site 16S222KLKCPGGSCTPGLKK
Site 17T224KCPGGSCTPGLKKIG
Site 18S232PGLKKIGSLKVSCEE
Site 19Y247FLLMGLRYQHLDPPS
Site 20S254YQHLDPPSPNIDYIS
Site 21Y259PPSPNIDYISIQLDL
Site 22S261SPNIDYISIQLDLTD
Site 23T269IQLDLTDTRSKIVYK
Site 24S271LDLTDTRSKIVYKSE
Site 25Y275DTRSKIVYKSESAWL
Site 26S277RSKIVYKSESAWLPV
Site 27T327LDCEEDETPKPLLVF
Site 28Y344TKAPLQGYVTHLLDH
Site 29T352VTHLLDHTRPISSFT
Site 30S356LDHTRPISSFTWKDL
Site 31S357DHTRPISSFTWKDLS
Site 32Y370LSDMQIAYQPPNSSH
Site 33S375IAYQPPNSSHSERRH
Site 34S376AYQPPNSSHSERRHD
Site 35S378QPPNSSHSERRHDEV
Site 36Y390DEVELEVYDFFFERS
Site 37T401FERSAPMTVHISIRT
Site 38S405APMTVHISIRTADTN
Site 39T411ISIRTADTNAPRVSW
Site 40S417DTNAPRVSWNTGLSL
Site 41T420APRVSWNTGLSLLEG
Site 42S423VSWNTGLSLLEGQSR
Site 43S429LSLLEGQSRAITWEQ
Site 44T433EGQSRAITWEQFQVV
Site 45T462GLQHGWLTLRGGKGF
Site 46S488VRYHHDDSDSTKDFV
Site 47S520NVLPKDDSPPFLITN
Site 48S548QGSMLRASDVDASDD
Site 49S553RASDVDASDDYIFFN
Site 50Y556DVDASDDYIFFNITK
Site 51Y597DLFNGIIYYRHFGGE
Site 52S617FQFVLWDSHEPPNLS
Site 53S624SHEPPNLSVPQVATI
Site 54S671KQLHFIDSESYDREL
Site 55S673LHFIDSESYDRELVY
Site 56Y674HFIDSESYDRELVYT
Site 57Y680SYDRELVYTITTPPF
Site 58T681YDRELVYTITTPPFF
Site 59S689ITTPPFFSFSHRHLD
Site 60S691TPPFFSFSHRHLDAG
Site 61S720PTALELRSFTQHAVN
Site 62T722ALELRSFTQHAVNYM
Site 63Y733VNYMKVAYMPPMQDI
Site 64S752RDVQFTFSVSNQHGG
Site 65S754VQFTFSVSNQHGGTL
Site 66S793KVTEGGQSIISTEHI
Site 67S803STEHILISDADTKLD
Site 68S815KLDNIDLSLRELPLH
Site 69S834LNGFPLNSGGTFSWG
Site 70T837FPLNSGGTFSWGDLH
Site 71S839LNSGGTFSWGDLHTL
Site 72T845FSWGDLHTLKVRYQH
Site 73T855VRYQHDGTEVLQDDL
Site 74T917TSEYIFATDVDSDNL
Site 75T945VVRRAGVTVDQFSQR
Site 76S950GVTVDQFSQRDVISE
Site 77S956FSQRDVISEAVTYKH
Site 78T960DVISEAVTYKHTGGE
Site 79Y961VISEAVTYKHTGGEI
Site 80Y995PFVNGCCYNGPNPSV
Site 81S1001CYNGPNPSVPLHASF
Site 82T1016PVYDLNITVYPVDNQ
Site 83Y1018YDLNITVYPVDNQPP
Site 84T1055LSATDPDTAADDLEF
Site 85Y1072VSPPQFGYLENILPS
Site 86S1085PSVGFEKSNIGISID
Site 87Y1106MNAFHINYVQSRHLR
Site 88T1117RHLRIEPTADQFTVY
Site 89T1122EPTADQFTVYVTDGK
Site 90Y1124TADQFTVYVTDGKHH
Site 91S1132VTDGKHHSLEIPFSI
Site 92S1168GQMKELDSSIISAVD
Site 93S1186PQDALLFSITQKPRH
Site 94T1188DALLFSITQKPRHGL
Site 95S1202LLIDRGFSKDFSENK
Site 96S1206RGFSKDFSENKQPAN
Site 97S1223QKHAPVHSFSMELLK
Site 98T1236LKTGMRLTYMHDDSE
Site 99Y1237KTGMRLTYMHDDSES
Site 100S1242LTYMHDDSESLADDF
Site 101S1244YMHDDSESLADDFTI
Site 102T1250ESLADDFTIQLSDGK
Site 103S1254DDFTIQLSDGKHKIL
Site 104S1279NDEKPMLSKKAEIAM
Site 105S1306LSAIDEDSPREKIYY
Site 106Y1312DSPREKIYYVFERLP
Site 107Y1313SPREKIYYVFERLPQ
Site 108S1336GRDWVPLSPGMKCTQ
Site 109Y1353VDLNLLRYTHTGAMD
Site 110T1354DLNLLRYTHTGAMDS
Site 111S1361THTGAMDSQNQDSFT
Site 112Y1370NQDSFTFYLWDGNNR
Site 113S1378LWDGNNRSPALDCQI
Site 114T1423TLLAVDGTDKPEELL
Site 115Y1431DKPEELLYVITSPPR
Site 116T1434EELLYVITSPPRYGQ
Site 117Y1439VITSPPRYGQIEYVH
Site 118Y1444PRYGQIEYVHYPGVP
Site 119Y1447GQIEYVHYPGVPITN
Site 120S1471TVCYVHKSKVTVSSD
Site 121S1476HKSKVTVSSDRFRFI
Site 122S1477KSKVTVSSDRFRFII
Site 123T1533SPDLLQLTDPDTPAE
Site 124T1537LQLTDPDTPAENLTF
Site 125T1568GLLQHNFTQQDVDSK
Site 126S1582KNVAYRHSGGDSQTD
Site 127S1586YRHSGGDSQTDCFTF
Site 128T1626QVDQLDKTAPRITLL
Site 129T1631DKTAPRITLLHSPSQ
Site 130Y1650KNGCYGIYITSRVLK
Site 131S1659TSRVLKASDPDTEDD
Site 132T1663LKASDPDTEDDQIIF
Site 133T1686GHLENTTTGEFIHEK
Site 134S1695EFIHEKFSQKDLNSK
Site 135S1701FSQKDLNSKTILYII
Site 136T1703QKDLNSKTILYIINP
Site 137T1718SLEVNSDTVEFQIMD
Site 138T1727EFQIMDPTGNSATPQ
Site 139T1732DPTGNSATPQILELK
Site 140Y1750IEWSQTEYEVCENVG
Site 141S1769EIIRRGYSMDSAFVG
Site 142S1850AAVKILDSKGGQCHP
Site 143S1858KGGQCHPSYSSNQSK
Site 144Y1859GGQCHPSYSSNQSKH
Site 145S1860GQCHPSYSSNQSKHS
Site 146S1861QCHPSYSSNQSKHST
Site 147S1864PSYSSNQSKHSTWEK
Site 148S1867SSNQSKHSTWEKGIW
Site 149S1881WHLLPPGSSSSTTSG
Site 150S1882HLLPPGSSSSTTSGS
Site 151S1883LLPPGSSSSTTSGSF
Site 152S1884LPPGSSSSTTSGSFH
Site 153T1885PPGSSSSTTSGSFHL
Site 154T1886PGSSSSTTSGSFHLE
Site 155S1887GSSSSTTSGSFHLER
Site 156S1889SSSTTSGSFHLERRP
Site 157S1900ERRPLPSSMQLAVIR
Site 158T1910LAVIRGDTLRGFDST
Site 159S1916DTLRGFDSTDLSQRK
Site 160T1917TLRGFDSTDLSQRKL
Site 161S1920GFDSTDLSQRKLRTR
Site 162T1932RTRGNGKTVRPSSVY
Site 163S1936NGKTVRPSSVYRNGT
Site 164S1937GKTVRPSSVYRNGTD
Site 165Y1939TVRPSSVYRNGTDII
Site 166T1943SSVYRNGTDIIYNYH
Site 167Y1947RNGTDIIYNYHGIVS
Site 168S1954YNYHGIVSLKLEDDS
Site 169S1961SLKLEDDSFPTHKRK
Site 170T1964LEDDSFPTHKRKAKV
Site 171S1972HKRKAKVSIISQPQK
Site 172S1975KAKVSIISQPQKTIK
Site 173S1994PQADKVESTTDSHFP
Site 174T1996ADKVESTTDSHFPRQ
Site 175S1998KVESTTDSHFPRQDQ
Site 176S2008PRQDQLPSFPKNCTL
Site 177T2014PSFPKNCTLELKGLF
Site 178Y2031EEGIQKLYQCNGIAW
Site 179S2042GIAWKAWSPQTKDVE
Site 180T2092QYLGNLVTVFSRQHM
Site 181T2135GGEPVAFTNGRRGPS
Site 182S2142TNGRRGPSQRSKLGK
Site 183S2150QRSKLGKSCVLVQRQ
Site 184Y2173RRAKPHNYVCSRKL_
 
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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