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Protein Page:
LPP (human)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitination
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
LPP a LIM domain-containing that may function in focal adhesion and nuclear targeting. Note: This description may include information from UniProtKB.
Protein type: Cytoskeletal protein; Motility/polarity/chemotaxis; Adaptor/scaffold
Cellular Component: focal adhesion; cytoplasm; plasma membrane; nucleus
Molecular Function: protein binding; zinc ion binding
Biological Process: cell adhesion
Reference #:  Q93052 (UniProtKB)
Alt. Names/Synonyms: DKFZp779O0231; FLJ30652; FLJ41512; LIM domain containing preferred translocation partner in lipoma; LIM domain-containing preferred translocation partner in lipoma; LIM protein; Lipoma-preferred partner; LPP
Gene Symbols: LPP
Molecular weight: 65,746 Da
Basal Isoelectric point: 7.18  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

LPP

Protein Structure Not Found.


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Modification Sites and Domains Show Modification Legend
Click here to view phosphorylation modifications only

Modification Sites in Parent Protein, Orthologs, and Isoforms Show Modification Legend
 

Show Multiple Sequence Alignment


 SS 

SS: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.


 MS 

MS: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       human

 
0 1 S33-p THSFGNPsIsVSTQQ
0 1 S35-p SFGNPsIsVSTQQPP
0 1 K108 VQGNPGGKTLEERRS
0 4 S115 KTLEERRSsLDAEID
1 12 S116-p TLEERRSsLDAEIDS
0 1 S126-p AEIDSLTsILADLEC
0 1 S135-p LADLECSsPYKPRPP
0 1 S151-p SSTGSTAsPPVSTPV
0 1 K162-ac STPVTGHkRMVIPNQ
0 1 T175-p NQPPLTAtkKSTLKP
0 8 K176-ac QPPLTAtkKSTLKPQ
0 1 S209 QPQPVPASYTTASTS
0 1 R218 TTASTSSRPTFNVQV
0 9 S227-p TFNVQVKsAQPsPHy
0 10 S231-p QVKsAQPsPHyMAAP
0 13 Y234-p sAQPsPHyMAAPssG
0 4 S239-p PHyMAAPssGQIyGs
0 2 S240-p HyMAAPssGQIyGsG
0 124 Y244-p APssGQIyGsGPQGy
0 8 S246-p ssGQIyGsGPQGyNt
0 3 Q249 QIyGsGPQGyNtQPV
0 5 Y251-p yGsGPQGyNtQPVPV
0 1 T253-p sGPQGyNtQPVPVSG
0 1 T267 GQCPPPSTRGGMDyA
0 180 Y273-p STRGGMDyAyIPPPG
0 89 Y275-p RGGMDyAyIPPPGLQ
0 6 Y287-p GLQPEPGyGyAPNQG
0 6 Y289-p QPEPGyGyAPNQGRy
0 21 Y296-p yAPNQGRyyEGyyAA
0 46 Y297-p APNQGRyyEGyyAAG
0 515 Y300-p QGRyyEGyyAAGPGy
0 534 Y301-p GRyyEGyyAAGPGyG
0 7 Y307-p yyAAGPGyGGRNDsD
0 2 N311 GPGyGGRNDsDPtyG
0 2 S313-p GyGGRNDsDPtyGQQ
0 1 P315 GGRNDsDPtyGQQGH
0 275 T316-p GRNDsDPtyGQQGHP
0 263 Y317-p RNDsDPtyGQQGHPN
0 17 T325-p GQQGHPNtWkREPGy
0 20 K327-ac QGHPNtWkREPGytP
0 1 K327 QGHPNtWKREPGytP
0 24 Y332-p tWkREPGytPPGAGN
0 6 T333-p WkREPGytPPGAGNQ
0 1 A337 PGytPPGAGNQNPPG
0 16 Y346-p NQNPPGMyPVtGPKK
0 1 T349-p PPGMyPVtGPKKtYI
0 1 T354-p PVtGPKKtYITDPVS
0 3 S375-p LQPKGGHsGQLGPSS
0 1 T397-p EDELEHLtKKMLyDM
0 1 K399 ELEHLtKKMLyDMEN
0 9 Y402-p HLtKKMLyDMENPPA
0 12 Y412-p ENPPADEyFGRCARC
0 1 K461 QPFYAVEKKAYCEPC
0 5 Y469-p KAYCEPCyINTLEQC
0 1 Y567-p RDFHVHCyRCEDCGG
0 4 Y585-p EGDNQGCyPLDGHIL
0 1 K607-ub RIRVLTAkASTDL__
0 2 S609 RVLTAkASTDL____
0 1 T610 VLTAkASTDL_____
  mouse

 
S33 THSFGNPSISVSTQQ
S35 SFGNPSISVSTQQPP
K109-ub QQGNPGGkTLEERRs
S116-p kTLEERRssLDAEID
S117-p TLEERRssLDAEIDS
S127 AEIDSLTSILADLEC
S136-p LADLECSsPYKPRPP
S152 GSASSIASPPVSTPV
K163 STPVTGHKRMVIPQQ
T176 QQPPLTATKKSATKP
K177 QPPLTATKKSATKPQ
S210-gl QPQPVPAsYTTASTS
R219-m2 TTASTSSrPTFNVQV
S228 TFNVQVKSAQPsPHy
S232-p QVKSAQPsPHyMAGP
Y235-p SAQPsPHyMAGPSSG
S240 PHyMAGPSSGQIyGP
S241 HyMAGPSSGQIyGPG
Y245-p GPSSGQIyGPGPrGY
P247 SSGQIyGPGPrGYNN
R250-m1 QIyGPGPrGYNNQPV
Y252 yGPGPrGYNNQPVPV
N254 PGPrGYNNQPVPVSG
T268-p GQCPPPPtCVGTDyA
Y274-p PtCVGTDyAYIPPSG
Y276 CVGTDyAYIPPSGHP
Y288 GHPPESGYGYTSNQG
Y290 PPESGYGYTSNQGRy
Y297-p YTSNQGRyyEPyyAA
Y298-p TSNQGRyyEPyyAAG
Y301-p QGRyyEPyyAAGPSy
Y302-p GRyyEPyyAAGPSyG
Y308-p yyAAGPSyGGRsEGD
S312-p GPSyGGRsEGDtAyG
G314 SyGGRsEGDtAyGQQ
T316-p GGRsEGDtAyGQQVQ
A317 GRsEGDtAyGQQVQP
Y318-p RsEGDtAyGQQVQPN
T326 GQQVQPNTWkREAAy
K328-ac QVQPNTWkREAAyAP
K328-ub QVQPNTWkREAAyAP
Y333-p TWkREAAyAPPAsGN
A334 WkREAAyAPPAsGNQ
S338-p AAyAPPAsGNQNHPG
Y347 NQNHPGMYPVSGPKK
S350 HPGMYPVSGPKKTYI
T355 PVSGPKKTYITDPVS
P376 LQPKGGYPGPMGPPS
T398 EDELEHLTKkMLyDM
K400-ub ELEHLTKkMLyDMEN
Y403-p HLTKkMLyDMENPPA
Y413-p ENPPADDyFGRCARC
K462-ub QPFYAVEkKAYCEPC
Y470 KAYCEPCYINTLEQC
Y568 RDFHVHCYRCEDCGG
Y586 EGDNQGCYPLDGHIL
K608 RIRVLTAKAstDL__
S610-p RVLTAKAstDL____
T611-p VLTAKAstDL_____
  rat

 
S33 THSFGTPSISVSTQQ
S35 SFGTPSISVSTQQPP
K109 QRGNPGGKTLEERRs
S116-p KTLEERRssLDAEID
S117-p TLEERRssLDAEIDS
S127-p AEIDSLTsILADLEC
S136 LADLECSSPYKPRAP
S152-p GSSSSIAsPPVSTPV
K163-ac STPVTGHkRMVIPQQ
T176 QQPPLTATKKSATKP
K177 QPPLTATKKSATKPQ
S206 QPQPVPASYSTASTS
R215 STASTSSRPAFNVQV
S224 AFNVQVKSAQPSTHY
S228 QVKSAQPSTHYMTGS
Y231 SAQPSTHYMTGSSSG
S236 THYMTGSSSGQMYGP
S237 HYMTGSSSGQMYGPG
Y241 GSSSGQMYGPGSRSY
P243 SSGQMYGPGSRSYNT
R246 QMYGPGSRSYNTQQV
Y248 YGPGSRSYNTQQVPL
T250 PGSRSYNTQQVPLSA
T264 AQCPPPTTCAGTDYA
Y270 TTCAGTDYAYIPPSG
Y272 CAGTDYAYIPPSGQQ
F284 GQQAESGFGYTSNQG
Y286 QAESGFGYTSNQGRY
Y293 YTSNQGRYFEPFFAA
F294 TSNQGRYFEPFFAAC
F297 QGRYFEPFFAACPSY
F298 GRYFEPFFAACPSYG
Y304 FFAACPSYGGRNEAD
N308 CPSYGGRNEADPAYG
A310 SYGGRNEADPAYGQQ
P312 GGRNEADPAYGQQVQ
A313 GRNEADPAYGQQVQP
Y314 RNEADPAYGQQVQPN
T322 GQQVQPNTWKREPGY
K324 QVQPNTWKREPGYAA
K324 QVQPNTWKREPGYAA
Y329 TWKREPGYAAPGAGN
A330 WKREPGYAAPGAGNQ
A334 PGYAAPGAGNQNQPG
Y343 NQNQPGMYSVSGPKK
S346 QPGMYSVSGPKKTYI
T351 SVSGPKKTYITDPVS
P395 GLRKSGFPAPMGPPS
T417 EDELEHLTKKMLYDM
K419 ELEHLTKKMLYDMEN
Y422 HLTKKMLYDMENPPA
Y432 ENPPADDYFGRCARC
K481 QPFYAVEKKAYCEPC
Y489 KAYCEPCYINTLEQC
Y587 RDFHVHCYRCEDCGG
Y605 EGDNQGCYPLDGHIL
K627 RIRVLTAKASTDL__
S629 RVLTAKASTDL____
T630 VLTAKASTDL_____
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