PhosphoNET

           
Protein Info 
   
Short Name:  LAMB1
Full Name:  Laminin subunit beta-1
Alias:  Laminin B1 chain;Laminin-1 subunit beta;Laminin-10 subunit beta;Laminin-12 subunit beta;Laminin-2 subunit beta;Laminin-6 subunit beta;Laminin-8 subunit beta
Type: 
Mass (Da):  198048
Number AA:  1786
UniProt ID:  P07942
International Prot ID:  IPI00013976
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005576  GO:0005578  GO:0005604 Uniprot OncoNet
Molecular Function:  GO:0005198  GO:0005201  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0000902  GO:0007155  GO:0008284 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 1S27RAQEPEFSYGCAEGS
Site 2Y28AQEPEFSYGCAEGSC
Site 3S34SYGCAEGSCYPATGD
Site 4T39EGSCYPATGDLLIGR
Site 5T55QKLSVTSTCGLHKPE
Site 6Y64GLHKPEPYCIVSHLQ
Site 7Y85ICNSQDPYHETLNPD
Site 8T88SQDPYHETLNPDSHL
Site 9S93HETLNPDSHLIENVV
Site 10S154AMLIERSSDFGKTWG
Site 11Y165KTWGVYRYFAYDCEA
Site 12Y168GVYRYFAYDCEASFP
Site 13S178EASFPGISTGPMKKV
Site 14S192VDDIICDSRYSDIEP
Site 15Y194DIICDSRYSDIEPST
Site 16S195IICDSRYSDIEPSTE
Site 17S200RYSDIEPSTEGEVIF
Site 18Y220AFKIEDPYSPRIQNL
Site 19S221FKIEDPYSPRIQNLL
Site 20T231IQNLLKITNLRIKFV
Site 21T242IKFVKLHTLGDNLLD
Site 22S250LGDNLLDSRMEIREK
Site 23Y258RMEIREKYYYAVYDM
Site 24Y259MEIREKYYYAVYDMV
Site 25Y260EIREKYYYAVYDMVV
Site 26Y263EKYYYAVYDMVVRGN
Site 27S329RPAEGRNSNACKKCN
Site 28Y381CEQCKPFYYQHPERD
Site 29Y382EQCKPFYYQHPERDI
Site 30S413QNEGICDSYTDFSTG
Site 31Y414NEGICDSYTDFSTGL
Site 32T419DSYTDFSTGLIAGQC
Site 33Y445DVCKEGFYDLSSEDP
Site 34S448KEGFYDLSSEDPFGC
Site 35S449EGFYDLSSEDPFGCK
Site 36Y480DSETGHCYCKRLVTG
Site 37S501LPEHWGLSNDLDGCR
Site 38S521LGGALNNSCFAESGQ
Site 39Y547CNEVEPGYYFATLDH
Site 40Y548NEVEPGYYFATLDHY
Site 41Y555YFATLDHYLYEAEEA
Site 42Y557ATLDHYLYEAEEANL
Site 43Y575VSIVERQYIQDRIPS
Site 44S582YIQDRIPSWTGAGFV
Site 45T584QDRIPSWTGAGFVRV
Site 46Y616EYDILIRYEPQLPDH
Site 47T639QRPGRIPTSSRCGNT
Site 48S640RPGRIPTSSRCGNTI
Site 49S641PGRIPTSSRCGNTIP
Site 50S656DDDNQVVSLSPGSRY
Site 51S658DNQVVSLSPGSRYVV
Site 52Y663SLSPGSRYVVLPRPV
Site 53Y678CFEKGTNYTVRLELP
Site 54T679FEKGTNYTVRLELPQ
Site 55Y687VRLELPQYTSSDSDV
Site 56S689LELPQYTSSDSDVES
Site 57S690ELPQYTSSDSDVESP
Site 58S692PQYTSSDSDVESPYT
Site 59S696SSDSDVESPYTLIDS
Site 60S729GDGVVTNSAWETFQR
Site 61Y737AWETFQRYRCLENSR
Site 62S743RYRCLENSRSVVKTP
Site 63S745RCLENSRSVVKTPMT
Site 64T749NSRSVVKTPMTDVCR
Site 65S780CECDPQGSLSSVCDP
Site 66S782CDPQGSLSSVCDPNG
Site 67S783DPQGSLSSVCDPNGG
Site 68T810CNRCAPGTFGFGPSG
Site 69Y903ERCLAGYYGDPIIGS
Site 70S925PCPDGPDSGRQFARS
Site 71S932SGRQFARSCYQDPVT
Site 72Y934RQFARSCYQDPVTLQ
Site 73Y950ACVCDPGYIGSRCDD
Site 74S960SRCDDCASGYFGNPS
Site 75Y962CDDCASGYFGNPSEV
Site 76S967SGYFGNPSEVGGSCQ
Site 77T984QCHNNIDTTDPEACD
Site 78T994PEACDKETGRCLKCL
Site 79Y1016CQFCRFGYYGDALRQ
Site 80S1095AAHSFGPSCNEFTGQ
Site 81T1141CDPRGIETPQCDQST
Site 82Y1169CDKCTRGYSGVFPDC
Site 83S1170DKCTRGYSGVFPDCT
Site 84T1219VIGPYRETVDSVERK
Site 85S1222PYRETVDSVERKVSE
Site 86S1228DSVERKVSEIKDILA
Site 87S1237IKDILAQSPAAEPLK
Site 88T1261EKLIKDVTEMMAQVE
Site 89S1272AQVEVKLSDTTSQSN
Site 90T1274VEVKLSDTTSQSNST
Site 91S1276VKLSDTTSQSNSTAK
Site 92S1278LSDTTSQSNSTAKEL
Site 93S1280DTTSQSNSTAKELDS
Site 94S1287STAKELDSLQTEAES
Site 95T1290KELDSLQTEAESLDN
Site 96T1298EAESLDNTVKELAEQ
Site 97S1320DIRGALDSITKYFQM
Site 98T1322RGALDSITKYFQMSL
Site 99S1328ITKYFQMSLEAEERV
Site 100T1339EERVNASTTEPNSTV
Site 101T1340ERVNASTTEPNSTVE
Site 102S1344ASTTEPNSTVEQSAL
Site 103T1345STTEPNSTVEQSALM
Site 104S1365DVMMERESQFKEKQE
Site 105T1400AAEMTCGTPPGASCS
Site 106S1405CGTPPGASCSETECG
Site 107S1407TPPGASCSETECGGP
Site 108T1409PGASCSETECGGPNC
Site 109T1418CGGPNCRTDEGERKC
Site 110S1453DLDQDVLSALAEVEQ
Site 111S1462LAEVEQLSKMVSEAK
Site 112S1466EQLSKMVSEAKLRAD
Site 113S1478RADEAKQSAEDILLK
Site 114S1496TKEKMDKSNEELRNL
Site 115T1512KQIRNFLTQDSADLD
Site 116S1515RNFLTQDSADLDSIE
Site 117S1520QDSADLDSIEAVANE
Site 118T1536LKMEMPSTPQQLQNL
Site 119S1553DIRERVESLSQVEVI
Site 120S1555RERVESLSQVEVILQ
Site 121S1582LEEAKRASKSATDVK
Site 122S1584EAKRASKSATDVKVT
Site 123T1586KRASKSATDVKVTAD
Site 124T1628QGTQNLLTSIESETA
Site 125S1629GTQNLLTSIESETAA
Site 126S1637IESETAASEETLFNA
Site 127S1645EETLFNASQRISELE
Site 128S1649FNASQRISELERNVE
Site 129Y1677EYIEKVVYTVKQSAE
Site 130T1678YIEKVVYTVKQSAED
Site 131T1689SAEDVKKTLDGELDE
Site 132Y1698DGELDEKYKKVENLI
Site 133S1735TLLAQANSKLQLLKD
Site 134Y1747LKDLERKYEDNQRYL
Site 135Y1753KYEDNQRYLEDKAQE
Site 136S1770RLEGEVRSLLKDISQ
Site 137S1776RSLLKDISQKVAVYS
 
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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