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Low affinity receptor for N-formyl-methionyl peptides. Additionally we are shipping FPR3 Antibodies (102) and and many more products for this protein.
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Taken together, our results suggest that intracellular FPR (show FPR1 Proteins) in naive CD4 (show CD4 Proteins) T cells and surface FPRs in activated CD4 (show CD4 Proteins) T cells might regulate immune responses by regulating CD4 (show CD4 Proteins) T cell activity.
The demonstrated proper folding and functionality of the cell-free produced human FPR3 opens a new avenue for the fast and efficient generation of human FPRs (and even other GPCRs) for structural and functional analysis.
The H. pylori-derived peptide Hp(2 (show DEFa3 Proteins)-20) stimulated eosinophil migration through the engagement of FPR2 (show FPR2 Proteins) and FPR3, and also induced production of VEGF-A (show VEGFA Proteins) and TGF-beta (show TGFB1 Proteins), two key mediators of tissue remodelling.
transcriptional variations of FPR3 occur by an alternative promoter during primate evolution.
F2L peptide, derived from the processing of nanomolar concentrations of heme-binding protein (HEBP)1 (show NFE2L2 Proteins), is active on FPR3 and able to induce recruitment of FPR3-expressing monocytes, macrophages, and mouse neutrophils
N-formyl peptide receptor 3 (FPR3) departs from the homologous FPR2 (show FPR2 Proteins)/ALX receptor with regard to the major processes governing chemoattractant receptor regulation, expression at the cell surface, and phosphorylation.
Results show that uPAR (show PLAUR Proteins) expression regulates the adhesive and migratory ability of CXCR4 (show CXCR4 Proteins)-expressing cells through a mechanism involving fMLP (show FPR1 Proteins) receptors and alpha-v integrins.
Human dendritic cells express functional FPRL2 throughout maturation. FPRL2 & its endogenous ligand may be involved in regulating DC trafficking during Ag uptake & processing s well as the T-cell-stimulating phase of the immune responses.
investigated the direct effect of LXA4 as well as the effect on agonist-induced biological responses using transfected HL-60 cells expressing FPR (show FPR1 Proteins), FPRL1 (show FPR2 Proteins) or FPRL2
an annexin 1 (show ANXA1 Proteins) peptide can activate FPR (show FPR1 Proteins), FPRL1 (show FPR2 Proteins), and FPRL2; results indicate that annexin 1 (show ANXA1 Proteins) participates in regulating leukocyte emigration into inflamed tissue by activating and desensitizing different receptors of the FPR (show FPR1 Proteins) family.
ALOX5AP (show ALOX5AP Proteins) Overexpression in Adipose Tissue Leads to LXA4 Production and Protection Against Diet-Induced Obesity and Insulin (show INS Proteins) Resistance
antagonist pretreatment or gene silencing of the RvD1 receptor, ALX/FPR2 (show FPR2 Proteins), abrogated the anti-inflammatory and pro-resolving actions of RvD1. These data indicate that RvD1 ameliorates IR-induced liver injury, and this protection is associated with enhancement of M2 polarization and efferocytosis via ALX/FPR2 (show FPR2 Proteins) activation
The genome of at least 19 strains encodes a non-functional Fpr3 variant, whereas at least 13 other strains express an intact receptor. These results provide a foundation for understanding the in vivo function of Fpr3.
Compared with wild-type mice, Fpr2 (show FPR2 Proteins)/3(-/-) animals exhibited exacerbation of disease severity, including hypothermia and cardiac dysfunction.
During ischemia, neutrophil Fpr2 (show FPR2 Proteins)/3 controls platelet/neutrophil aggregates with the rapid generation of circulating LXA4, which in turn modulates downstream vascular inflammatory responses evident during the reperfusion phase.
the ligand profile of mFpr-rs1 (show RS1 Proteins) is consistent with a role in vomeronasal pathogen sensing
lipoxin A(4)mediated the restoration of homeostasis of inflammation perpetuated by blocking COX-2 activity and PGE (show LIPF Proteins)(2) production during resolution of collagen-induced arthritis
This homologue receptor shows 89% sequence identity with murine lipoxin A4 receptor (show FPR1 Proteins) cDNA and functionally responds to LXA4 as a ligand.
Leukocyte antiadhesive and anti-inflammatory actions of annexin 1 (show ANXA1 Proteins) involve this receptor.
Low affinity receptor for N-formyl-methionyl peptides. Receptor for lipoxin A4. May have an olfactory function associated with the identification of pathogens or of pathogenic states.
, FMLP-related receptor II
, N-formyl peptide receptor 3
, formyl peptide receptor-like 2
, FMLP-related receptor I
, LXA4 receptor
, N-formyl peptide receptor 2
, N-formylpeptide receptor-like 1
, formyl peptide receptor-like 1
, formyl peptide receptor-related sequence 1
, lipoxin A4 receptor
, N-formyl peptide receptor-like 2 receptor