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Protein Page:
RPL7A (human)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
RPL7A Belongs to the ribosomal protein L7Ae family. Note: This description may include information from UniProtKB.
Protein type: Ribosomal; Translation; Nuclear receptor co-regulator
Chromosomal Location of Human Ortholog: 9q34
Cellular Component: cytoplasm; cytosol; focal adhesion; membrane; nucleolus; nucleus; polysomal ribosome
Molecular Function: protein binding; RNA binding; structural constituent of ribosome
Biological Process: mRNA catabolic process, nonsense-mediated decay; rRNA processing; SRP-dependent cotranslational protein targeting to membrane; translation; translational initiation; viral transcription
Reference #:  P62424 (UniProtKB)
Alt. Names/Synonyms: 60S ribosomal protein L7a; PLA-X polypeptide; ribosomal protein L7a; RL7A; RPL7A; SURF-3; SURF3; surfeit 3; Surfeit locus protein 3; thyroid hormone receptor uncoupling protein; TRUP
Gene Symbols: RPL7A
Molecular weight: 29,996 Da
Basal Isoelectric point: 10.61  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

RPL7A

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


 LTP 

LTP: 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.


 HTP 

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


       human

 
0 8 K11‑ub GKKAKGKkVAPAPAV
0 2 K20‑ub APAPAVVkKQEAKkV
0 1 K26 VkKQEAKKVVNPLFE
0 4 K26‑ub VkKQEAKkVVNPLFE
0 3 K34‑ac VVNPLFEkRPkNFGI
0 4 K34‑ub VVNPLFEkRPkNFGI
0 8 K37‑ub PLFEkRPkNFGIGQD
0 2 K48‑ac IGQDIQPkRDLTRFV
0 68 K48‑ub IGQDIQPkRDLTRFV
0 1 K48‑sc IGQDIQPkRDLTRFV
0 3 K56‑ub RDLTRFVkWPRYIRL
0 1 Y71‑p QRQRAILykRLkVPP
0 1 K72 RQRAILyKRLkVPPA
0 1 K72‑ub RQRAILykRLkVPPA
0 69 K75‑ub AILykRLkVPPAINQ
0 5 K97‑ac QTATQLLkLAHkYRP
0 3 K97‑ub QTATQLLkLAHkYRP
0 3 K101‑ac QLLkLAHkYRPEtKQ
0 1 K101 QLLkLAHKYRPEtKQ
1 0 T106‑p AHkYRPEtKQEKKQR
0 12 K125‑ub AEKKAAGkGDVPTkR
0 1 K125‑sc AEKKAAGkGDVPTkR
0 1 K131 GkGDVPTKRPPVLRA
0 4 K131‑ub GkGDVPTkRPPVLRA
0 20 K150‑ac VTTLVENkKAQLVVI
0 4 K150‑ub VTTLVENkKAQLVVI
0 1 K150‑sc VTTLVENkKAQLVVI
0 1 K176 FLPALCRKMGVPyCI
0 8 Y181‑p CRKMGVPyCIIKGKA
0 1 T198‑p GRLVHRKtCTTVAFT
0 4 S209‑p VAFTQVNsEDkGALA
0 2 K212‑ac TQVNsEDkGALAkLV
0 4 K212‑ub TQVNsEDkGALAkLV
0 3 K217‑ac EDkGALAkLVEAIRT
0 29 K217‑ub EDkGALAkLVEAIRT
0 5 Y230‑p RTNYNDRyDEIRRHW
0 27 K245‑ub GGNVLGPkSVARIAK
0 1 K259‑ub KLEKAKAkELATkLG
0 4 K264‑ub KAkELATkLG_____
  mouse

 
K11‑ub GKKAKGKkVAPAPAV
K20‑ub APAPAVVkKQEAKkV
K26 VkKQEAKKVVNPLFE
K26‑ub VkKQEAKkVVNPLFE
K34 VVNPLFEKRPkNFGI
K34‑ub VVNPLFEkRPkNFGI
K37‑ub PLFEkRPkNFGIGQD
K48‑ac IGQDIQPkRDLTRFV
K48‑ub IGQDIQPkRDLTRFV
K48‑sc IGQDIQPkRDLTRFV
K56 RDLTRFVKWPRYIRL
Y71 QRQRAILYKRLkVPP
K72 RQRAILYKRLkVPPA
K72 RQRAILYKRLkVPPA
K75‑ub AILYKRLkVPPAINQ
K97‑ac QTATQLLkLAHkYRP
K97‑ub QTATQLLkLAHkYRP
K101 QLLkLAHKYRPETKQ
K101‑ub QLLkLAHkYRPETKQ
T106 AHkYRPETKQEKKQR
K125‑ub AEKKAAGkGDVPTkR
K125 AEKKAAGKGDVPTkR
K131‑ac GkGDVPTkRPPVLRA
K131‑ub GkGDVPTkRPPVLRA
K150‑ac VTTLVENkKAQLVVI
K150‑ub VTTLVENkKAQLVVI
K150 VTTLVENKKAQLVVI
K176‑ub FLPALCRkMGVPyCI
Y181‑p CRkMGVPyCIIKGKA
T198 GHLVHRKTCTTVAFT
S209‑p VAFTQVNsEDkGALA
K212‑ac TQVNsEDkGALAkLV
K212‑ub TQVNsEDkGALAkLV
K217‑ac EDkGALAkLVEAIRT
K217‑ub EDkGALAkLVEAIRT
Y230‑p RTNYNDRyDEIRRHW
K245‑ub GGNVLGPkSVARIAK
K259 KLEKAKAKELATKLG
K264 KAKELATKLG_____
  rat

 
K11 GKKAKGKKVAPAPAV
K20 APAPAVVKKQEAKkV
K26‑ac VKKQEAKkVVNPLFE
K26 VKKQEAKKVVNPLFE
K34‑ac VVNPLFEkRPKNFGI
K34 VVNPLFEKRPKNFGI
K37 PLFEkRPKNFGIGQD
K48 IGQDIQPKRDLTRFV
K48‑ub IGQDIQPkRDLTRFV
K48 IGQDIQPKRDLTRFV
K56 RDLTRFVKWPRYIRL
Y71 QRQRAILYkRLKVPP
K72‑ac RQRAILYkRLKVPPA
K72 RQRAILYKRLKVPPA
K75 AILYkRLKVPPAINQ
K97‑ac QTATQLLkLAHkYRP
K97 QTATQLLKLAHkYRP
K101‑ac QLLkLAHkYRPETKQ
K101 QLLkLAHKYRPETKQ
T106 AHkYRPETKQEKKQR
K125 AEKKAAGKGDVPTKR
K125 AEKKAAGKGDVPTKR
K131 GKGDVPTKRPPVLRA
K131 GKGDVPTKRPPVLRA
K150 VTTLVENKKAQLVVI
K150 VTTLVENKKAQLVVI
K150 VTTLVENKKAQLVVI
K176 FLPALCRKMGVPYCI
Y181 CRKMGVPYCIIKGKA
T198 GRLVHRKTCTTVAFT
S209 VAFTQVNSEDKGALA
K212 TQVNSEDKGALAkLV
K212 TQVNSEDKGALAkLV
K217‑ac EDKGALAkLVEAIRT
K217 EDKGALAKLVEAIRT
Y230 RTNYNDRYDEIRRHW
K245 GGNVLGPKSVARIAK
K259 KLEKAKAKELATKLG
K264 KAKELATKLG_____
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