PhosphoNET

           
Protein Info 
   
Short Name:  LAMB4
Full Name:  Laminin subunit beta-4
Alias:  Laminin beta-1-related protein
Type: 
Mass (Da):  193540
Number AA:  1761
UniProt ID:  A4D0S4
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 1S15FLHLGWLSYSKAQDD
Site 2T32RGACHPTTGDLLVGR
Site 3T41DLLVGRNTQLMASST
Site 4S47NTQLMASSTCGLSRA
Site 5T48TQLMASSTCGLSRAQ
Site 6S52ASSTCGLSRAQKYCI
Site 7Y57GLSRAQKYCILSYLE
Site 8S61AQKYCILSYLEGEQK
Site 9Y62QKYCILSYLEGEQKC
Site 10Y78ICDSRFPYDPYDQPN
Site 11Y81SRFPYDPYDQPNSHT
Site 12S95TIENVIVSFEPDREK
Site 13S115ENGLDHVSIRLDLEA
Site 14Y149LVERSTDYGHNWKVF
Site 15T165YFAKDCATSFPNITS
Site 16S166FAKDCATSFPNITSG
Site 17S172TSFPNITSGQAQGVG
Site 18S185VGDIVCDSKYSDIEP
Site 19Y187DIVCDSKYSDIEPST
Site 20S188IVCDSKYSDIEPSTG
Site 21S206VLKVLDPSFEIENPY
Site 22S214FEIENPYSPYIQDLV
Site 23S248LGRRQNDSLDKYYYA
Site 24Y252QNDSLDKYYYALYEM
Site 25Y253NDSLDKYYYALYEMI
Site 26Y254DSLDKYYYALYEMIV
Site 27Y257DKYYYALYEMIVRGS
Site 28S286KMRGDVFSPPGMVHG
Site 29S333DNACRSCSCNSHSSR
Site 30S336CRSCSCNSHSSRCHF
Site 31S338SCSCNSHSSRCHFDM
Site 32S339CSCNSHSSRCHFDMT
Site 33T347RCHFDMTTYLASGGL
Site 34Y379DRCRPLFYRDPLKTI
Site 35T385FYRDPLKTISDPYAC
Site 36S387RDPLKTISDPYACIP
Site 37S445KPNHYGLSATDPLGC
Site 38Y493CEECTVGYWGLGNHL
Site 39Y514DCDIGGAYSNVCSPK
Site 40S519GAYSNVCSPKNGQCE
Site 41S537HVTGRSCSEPAPGYF
Site 42Y553APLNFYLYEAEEATT
Site 43T560YEAEEATTLQGLAPL
Site 44S569QGLAPLGSETFGQSP
Site 45T592PVPGNPVTWTGPGFA
Site 46T594PGNPVTWTGPGFARV
Site 47Y626DFTIAIHYETQSAAD
Site 48T653SEHCIPKTLQSKPQS
Site 49S656CIPKTLQSKPQSFAL
Site 50S660TLQSKPQSFALPAAT
Site 51Y689VQYSIDVYFSQPLQG
Site 52S691YSIDVYFSQPLQGES
Site 53S698SQPLQGESHAHSHVL
Site 54S702QGESHAHSHVLVDSL
Site 55S717GLIPQINSLENFCSK
Site 56S723NSLENFCSKQDLDEY
Site 57Y730SKQDLDEYQLHNCVE
Site 58S759ERLIISMSAKLHDGA
Site 59S776CKCHPQGSVGSSCSR
Site 60S779HPQGSVGSSCSRLGG
Site 61S780PQGSVGSSCSRLGGQ
Site 62S782GSVGSSCSRLGGQCQ
Site 63S803GRCCDRCSTGSYDLG
Site 64Y807DRCSTGSYDLGHHGC
Site 65T827HPQGSKDTVCDQVTG
Site 66T876AELCDPETGSCFNCG
Site 67Y898CERCIDGYYGNPSSG
Site 68Y899ERCIDGYYGNPSSGQ
Site 69S904GYYGNPSSGQPCRPC
Site 70S919LCPDDPSSNQYFAHS
Site 71Y922DDPSSNQYFAHSCYQ
Site 72Y957GECSTGFYGNPRISG
Site 73T979CNNNIDVTDPESCSR
Site 74S983IDVTDPESCSRVTGE
Site 75S985VTDPESCSRVTGECL
Site 76T988PESCSRVTGECLRCL
Site 77S1023NQTCRRCSCHASGVS
Site 78S1027RRCSCHASGVSPMEC
Site 79S1030SCHASGVSPMECPPG
Site 80Y1068CDRCADGYWNLVPGR
Site 81T1086SCDCDPRTSQSSHCD
Site 82S1090DPRTSQSSHCDQLTG
Site 83T1096SSHCDQLTGQCPCKL
Site 84Y1117CSECQENYYGDPPGR
Site 85Y1118SECQENYYGDPPGRC
Site 86S1154CRCREGVSGQRCDRC
Site 87S1166DRCARGHSQEFPTCL
Site 88T1185CFDQWDHTISSLSKA
Site 89S1188QWDHTISSLSKAVQG
Site 90S1190DHTISSLSKAVQGLM
Site 91T1209NMEDKRETLPVCEAD
Site 92Y1247KFLKVKDYHDSVRRQ
Site 93T1274EFQDLKDTIERAKNE
Site 94S1303QSSVLNASIADSSEN
Site 95S1307LNASIADSSENIKKY
Site 96S1308NASIADSSENIKKYY
Site 97Y1314SSENIKKYYHISSSA
Site 98Y1315SENIKKYYHISSSAE
Site 99S1318IKKYYHISSSAEKKI
Site 100S1319KKYYHISSSAEKKIN
Site 101S1320KYYHISSSAEKKINE
Site 102S1329EKKINETSSTINTSA
Site 103S1330KKINETSSTINTSAN
Site 104T1331KINETSSTINTSANT
Site 105T1334ETSSTINTSANTRND
Site 106T1344NTRNDLLTILDTLTS
Site 107S1351TILDTLTSKGNLSLE
Site 108S1356LTSKGNLSLERLKQI
Site 109T1395PCGGALCTGRKGHRK
Site 110S1411RGPGCHGSLTLSTNA
Site 111T1413PGCHGSLTLSTNALQ
Site 112S1415CHGSLTLSTNALQKA
Site 113S1427QKAQEAKSIIRNLDK
Site 114S1447KNQIESISEQAEVSK
Site 115S1471LGNIRNQSDSEEENI
Site 116S1473NIRNQSDSEEENINL
Site 117S1515DIHLPIPSQNLTDEL
Site 118T1519PIPSQNLTDELVKIQ
Site 119Y1535HMQLCEDYRTDENRL
Site 120T1537QLCEDYRTDENRLNE
Site 121T1572ILLNLDKTLNQLQQA
Site 122S1588ITQGRANSTITQLTA
Site 123S1616NQTREMKSELELAKQ
Site 124S1625LELAKQRSGLEDGLS
Site 125S1632SGLEDGLSLLQTKLQ
Site 126T1636DGLSLLQTKLQRHQD
Site 127S1661SAQHQAGSLEKEFVE
Site 128T1680YAILQRKTSTTGLTK
Site 129S1681AILQRKTSTTGLTKE
Site 130T1683LQRKTSTTGLTKETL
Site 131T1715EAKIRRITDLERKIQ
Site 132Y1756IVEQEKKYARCYS__
 
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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