Research Catalog · peptide family
Urokinase Plasminogen Activator Receptor (uPAR) Peptides — Research Products
8 catalog items
| Catalog # | Product | Type | Species | Size | Price | Add to cart |
|---|---|---|---|---|---|---|
| 072-46 | u PAR (84-95) | Peptides | Other species | 200 µg | $179.00 | |
| B-072-46 | u PAR (84-95) – Biotin Labeled Biotin-labeled | Labeled Peptides | Other species | 10 µg | $271.00 | |
| FC3-072-46 | u PAR (84-95) – Cy3 Labeled Fluorescent-labeled | Labeled Peptides | Other species | 1 nmol | $680.00 | |
| FC5-072-46 | u PAR (84-95) – Cy5 Labeled Fluorescent-labeled | Labeled Peptides | Other species | 1 nmol | $680.00 | |
| FG-072-46A | u PAR (84-95) – FAM Labeled Fluorescent-labeled | Labeled Peptides | Other species | 1 nmol | $271.00 | |
| T-072-46 | u PAR (84-95) – I-125 Labeled I-125 labeled | Labeled Peptides | Other species | 10 µCi | $1159.00 | |
| FR-072-46 | u PAR (84-95) – Rhodamine Labeled Fluorescent-labeled | Labeled Peptides | Other species | 1 nmol | $341.00 | |
| 072-47 | u PAR (84-95) Scrambled Peptide | Peptides | Other species | 200 µg | $179.00 |
All items are supplied for in vitro laboratory research use only — not for human or veterinary use, diagnosis or therapy. Prices are per unit as listed; each catalog number ships with its Certificate of Analysis.
Urokinase Plasminogen Activator Receptor (uPAR) Peptides — frequently asked
What is uPAR?
uPAR is a GPI-anchored, three-domain cell-surface receptor for urokinase-type plasminogen activator, also called CD87. It concentrates plasminogen activation at the cell surface and interacts with vitronectin and integrins, linking proteolysis to adhesion and migration.
Why is the (84-95) region used?
Residues 84-95 lie in the linker between receptor domains I and II and become exposed after cleavage. The region contains the SRSRY motif reported to be chemotactic, and it is studied as a released fragment with activity separate from intact uPAR.
What is the scrambled peptide for?
The scrambled version contains the same amino acids in a different order, so it controls for effects caused by composition, charge or nonspecific interactions. Comparing it with the ordered sequence tests whether an observed response is genuinely sequence-dependent.