PhosphoNET

           
Protein Info 
   
Short Name:  LAMA4
Full Name:  Laminin subunit alpha-4
Alias:  LAMA3; laminin, alpha 4
Type:  Extracellular matrix
Mass (Da):  202524
Number AA:  1823
UniProt ID:  Q16363
International Prot ID:  IPI00329482
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005606     Uniprot OncoNet
Molecular Function:  GO:0005201  GO:0005102   PhosphoSite+ KinaseNET
Biological Process:  GO:0007155  GO:0030155  GO:0030334 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 1S22LLWSAACSRAASGDD
Site 2S26AACSRAASGDDNAFP
Site 3T50GRQDPPETSEPRVAL
Site 4S51RQDPPETSEPRVALG
Site 5Y97ECLDGSGYCVHCQRN
Site 6T106VHCQRNTTGEHCEKC
Site 7Y117CEKCLDGYIGDSIRG
Site 8S121LDGYIGDSIRGAPQF
Site 9Y161RCICNENYAGPNCER
Site 10Y174ERCAPGYYGNPLLIG
Site 11S193KCDCSGNSDPNLIFE
Site 12T217RNCLRNTTGFKCERC
Site 13Y228CERCAPGYYGDARIA
Site 14S250CGGGPCDSVTGECLE
Site 15T252GGPCDSVTGECLEEG
Site 16T264EEGFEPPTGMDCPTI
Site 17S302KSGVLSVSSGAAAHR
Site 18T317HVNEINATIYLLKTK
Site 19Y319NEINATIYLLKTKLS
Site 20T323ATIYLLKTKLSEREN
Site 21S326YLLKTKLSERENQYA
Site 22Y332LSERENQYALRKIQI
Site 23S348NAENTMKSLLSDVEE
Site 24S351NTMKSLLSDVEELVE
Site 25S374GQLVQKESMDTINHA
Site 26T377VQKESMDTINHASQL
Site 27Y404EINNKMLYYGEEHEL
Site 28S412YGEEHELSPKEISEK
Site 29S432KMLEEIRSRQPFFTQ
Site 30T438RSRQPFFTQRELVDE
Site 31Y451DEEADEAYELLSQAE
Site 32S455DEAYELLSQAESWQR
Site 33S459ELLSQAESWQRLHNE
Site 34T467WQRLHNETRTLFPVV
Site 35T469RLHNETRTLFPVVLE
Site 36Y481VLEQLDDYNAKLSDL
Site 37S486DDYNAKLSDLQEALD
Site 38T509AEDMNRATAARQRDH
Site 39S533QMEVVNMSLSTSADS
Site 40S537VNMSLSTSADSLTTP
Site 41S540SLSTSADSLTTPRLT
Site 42T542STSADSLTTPRLTLS
Site 43T543TSADSLTTPRLTLSE
Site 44T547SLTTPRLTLSELDDI
Site 45S549TTPRLTLSELDDIIK
Site 46S570AEIDGAKSELQVKLS
Site 47S577SELQVKLSNLSNLSH
Site 48S580QVKLSNLSNLSHDLV
Site 49S605QQEANELSRKLHSSD
Site 50S611LSRKLHSSDMNGLVQ
Site 51Y633VYENIVNYVSEANET
Site 52T640YVSEANETAEFALNT
Site 53Y652LNTTDRIYDAVSGID
Site 54T660DAVSGIDTQIIYHKD
Site 55Y664GIDTQIIYHKDESEN
Site 56T694SDEAVADTSRRVGGA
Site 57S695DEAVADTSRRVGGAL
Site 58S706GGALARKSALKTRLS
Site 59T710ARKSALKTRLSDAVK
Site 60S713SALKTRLSDAVKQLQ
Site 61T738LGQSRLITEEANRTT
Site 62T745TEEANRTTMEVQQAT
Site 63S771QNLQHFDSSAYNTAV
Site 64T776FDSSAYNTAVNSARD
Site 65S780AYNTAVNSARDAVRN
Site 66T789RDAVRNLTEVVPQLL
Site 67T801QLLDQLRTVEQKRPA
Site 68S809VEQKRPASNVSASIQ
Site 69S814PASNVSASIQRIREL
Site 70S842SMMFDGQSAVEVHSR
Site 71S851VEVHSRTSMDDLKAF
Site 72S860DDLKAFTSLSLYMKP
Site 73Y864AFTSLSLYMKPPVKR
Site 74T877KRPELTETADQFILY
Site 75Y884TADQFILYLGSKNAK
Site 76S887QFILYLGSKNAKKEY
Site 77Y894SKNAKKEYMGLAIKN
Site 78Y906IKNDNLVYVYNLGTK
Site 79S921DVEIPLDSKPVSSWP
Site 80S925PLDSKPVSSWPAYFS
Site 81S926LDSKPVSSWPAYFSI
Site 82T948KHGKVFLTVPSLSST
Site 83T955TVPSLSSTAEEKFIK
Site 84S967FIKKGEFSGDDSLLD
Site 85S971GEFSGDDSLLDLDPE
Site 86Y983DPEDTVFYVGGVPSN
Site 87Y1019NNDVISLYNFKHIYN
Site 88Y1025LYNFKHIYNMDPSTS
Site 89T1031IYNMDPSTSVPCARD
Site 90S1032YNMDPSTSVPCARDK
Site 91T1043ARDKLAFTQSRAASY
Site 92S1045DKLAFTQSRAASYFF
Site 93S1049FTQSRAASYFFDGSG
Site 94Y1050TQSRAASYFFDGSGY
Site 95T1064YAVVRDITRRGKFGQ
Site 96T1081RFDIEVRTPADNGLI
Site 97Y1106RLEMRNGYLHVFYDF
Site 98Y1111NGYLHVFYDFGFSSG
Site 99S1117FYDFGFSSGPVHLED
Site 100T1125GPVHLEDTLKKAQIN
Site 101Y1136AQINDAKYHEISIIY
Site 102Y1143YHEISIIYHNDKKMI
Site 103S1160VDRRHVKSMDNEKMK
Site 104Y1174KIPFTDIYIGGAPPE
Site 105S1185APPEILQSRALRAHL
Site 106T1220NLLEQTETLGVGYGC
Site 107Y1225TETLGVGYGCPEDSL
Site 108S1231GYGCPEDSLISRRAY
Site 109Y1238SLISRRAYFNGQSFI
Site 110S1243RAYFNGQSFIASIQK
Site 111T1265EGGFNFRTLQPNGLL
Site 112Y1274QPNGLLFYYASGSDV
Site 113S1283ASGSDVFSISLDNGT
Site 114S1302VKGIKVQSVDKQYND
Site 115Y1307VQSVDKQYNDGLSHF
Site 116S1312KQYNDGLSHFVISSV
Site 117S1318LSHFVISSVSPTRYE
Site 118Y1324SSVSPTRYELIVDKS
Site 119S1331YELIVDKSRVGSKNP
Site 120S1335VDKSRVGSKNPTKGK
Site 121T1339RVGSKNPTKGKIEQT
Site 122S1349KIEQTQASEKKFYFG
Site 123Y1354QASEKKFYFGGSPIS
Site 124S1358KKFYFGGSPISAQYA
Site 125S1361YFGGSPISAQYANFT
Site 126T1368SAQYANFTGCISNAY
Site 127Y1375TGCISNAYFTRVDRD
Site 128T1392VEDFQRYTEKVHTSL
Site 129T1397RYTEKVHTSLYECPI
Site 130Y1400EKVHTSLYECPIESS
Site 131S1407YECPIESSPLFLLHK
Site 132S1420HKKGKNLSKPKASQN
Site 133S1425NLSKPKASQNKKGGK
Site 134S1433QNKKGGKSKDAPSWD
Site 135S1438GKSKDAPSWDPVALK
Site 136T1451LKLPERNTPRNSHCH
Site 137S1455ERNTPRNSHCHLSNS
Site 138S1460RNSHCHLSNSPRAIE
Site 139S1462SHCHLSNSPRAIEHA
Site 140Y1470PRAIEHAYQYGGTAN
Site 141S1478QYGGTANSRQEFEHL
Site 142S1493KGDFGAKSQFSIRLR
Site 143S1496FGAKSQFSIRLRTRS
Site 144T1501QFSIRLRTRSSHGMI
Site 145S1503SIRLRTRSSHGMIFY
Site 146S1504IRLRTRSSHGMIFYV
Site 147Y1510SSHGMIFYVSDQEEN
Site 148T1521QEENDFMTLFLAHGR
Site 149S1544HKKLKIRSQEKYNDG
Site 150Y1548KIRSQEKYNDGLWHD
Site 151S1563VIFIRERSSGRLVID
Site 152S1564IFIRERSSGRLVIDG
Site 153S1578GLRVLEESLPPTEAT
Site 154T1582LEESLPPTEATWKIK
Site 155S1636TSASQTFSVTPCFEG
Site 156T1649EGPMETGTYFSTEGG
Site 157Y1650GPMETGTYFSTEGGY
Site 158Y1657YFSTEGGYVVLDESF
Site 159S1680AFEVRPRSSSGTLVH
Site 160S1681FEVRPRSSSGTLVHG
Site 161S1682EVRPRSSSGTLVHGH
Site 162T1684RPRSSSGTLVHGHSV
Site 163S1690GTLVHGHSVNGEYLN
Site 164Y1695GHSVNGEYLNVHMKN
Site 165S1717NNGIRDFSTSVTPKQ
Site 166T1718NGIRDFSTSVTPKQS
Site 167S1719GIRDFSTSVTPKQSL
Site 168T1721RDFSTSVTPKQSLCD
Site 169S1725TSVTPKQSLCDGRWH
Site 170T1735DGRWHRITVIRDSNV
Site 171T1780GVPESLLTPRLAPSK
 
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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