Research Catalog · peptide family
SHAAG Peptide (Chemokine 46-63) — Research Products
7 catalog items
| Catalog # | Product | Type | Species | Size | Price | Add to cart |
|---|---|---|---|---|---|---|
| 072-32 | SHAAG Peptide / Chemokine (46-63) (Human) | Peptides | Human | 100 µg | $163.00 | |
| B-072-32 | SHAAG Peptide / Chemokine (46-63) (Human) – Biotin Labeled Biotin-labeled | Labeled Peptides | Human | 10 µg | $271.00 | |
| FC3-072-32 | SHAAG Peptide / Chemokine (46-63) (Human) – Cy3 Labeled Fluorescent-labeled | Labeled Peptides | Human | 1 nmol | $595.00 | |
| FC5-072-32 | SHAAG Peptide / Chemokine (46-63) (Human) – Cy5 Labeled Fluorescent-labeled | Labeled Peptides | Human | 1 nmol | $595.00 | |
| FG-072-32A | SHAAG Peptide / Chemokine (46-63) (Human) – FAM Labeled Fluorescent-labeled | Labeled Peptides | Human | 1 nmol | $271.00 | |
| T-072-32 | SHAAG Peptide / Chemokine (46-63) (Human) – I-125 Labeled I-125 labeled | Labeled Peptides | Human | 10 µCi | $1159.00 | |
| FR-072-32 | SHAAG Peptide / Chemokine (46-63) (Human) – Rhodamine Labeled Fluorescent-labeled | Labeled Peptides | Human | 1 nmol | $341.00 |
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.
SHAAG Peptide (Chemokine 46-63) — frequently asked
What is the SHAAG peptide?
It is a synthetic peptide corresponding to residues 46-63 of a human chemokine, named informally after its N-terminal residues. It represents a defined region of the parent protein rather than a separately characterised signalling molecule.
How are chemokine fragment peptides used?
They are used to map receptor or glycosaminoglycan contact regions, to raise region-specific antibodies, and as competitors or controls in binding assays. Activity relative to the intact chemokine varies and should be established experimentally in each system.
Which labeled versions are available?
The same sequence is offered with biotin, FAM, rhodamine or radioiodine labels, allowing capture, fluorescence and tracer formats to be run on one peptide. The unlabeled peptide is typically used alongside them as a competitor.