Research Catalog · peptide family
Hypothetical Protein-Derived Peptides — Research Products
6 catalog items
| Catalog # | Product | Type | Species | Size | Price | Add to cart |
|---|---|---|---|---|---|---|
| 048-77 | Hypothetical Protein XP_149121 (97-122) amide / P550 (Mouse) | Peptides | Mouse | 100 µg | $179.00 | |
| B-048-77 | Hypothetical Protein XP_149121 (97-122) amide / P550 (Mouse) – Biotin Labeled Biotin-labeled | Labeled Peptides | Mouse | 20 µg | $341.00 | |
| FG-048-77A | Hypothetical Protein XP_149121 (97-122) amide / P550 (Mouse) – FAM Labeled Fluorescent-labeled | Labeled Peptides | Mouse | 1 nmol | $341.00 | |
| T-048-77 | Hypothetical Protein XP_149121 (97-122) amide / P550 (Mouse) – I-125 Labeled I-125 labeled | Labeled Peptides | Mouse | 10 µCi | $1159.00 | |
| FR-048-77 | Hypothetical Protein XP_149121 (97-122) amide / P550 (Mouse) – Rhodamine Labeled Fluorescent-labeled | Labeled Peptides | Mouse | 1 nmol | $341.00 | |
| 048-75 | Hypothetical Protein XP_294524 (190-196) amide (Human) / Hypothetical Protein XP_ 149121 (116-122) amide (Mouse) / P52 / QPRF-7 | Peptides | Human, Mouse | 200 µg | $104.00 |
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.
Hypothetical Protein-Derived Peptides — frequently asked
What are hypothetical protein peptides?
They are synthetic peptides matching regions of proteins predicted from genome sequence but not yet isolated or characterised. Product names usually cite a database accession such as an XP_ identifier, a residue range and the source species.
Is their function known?
In general, no. The parent proteins are computational predictions, so no receptor, pathway or physiological role should be assumed. Where activity has been reported, it typically rests on a small number of primary studies needing independent confirmation.
Which formats are supplied?
Unlabeled peptides are available alongside biotin, FAM, rhodamine and radioiodinated conjugates. These formats support pull-down and capture workflows, fluorescence detection and microscopy, and radioligand binding or tracer experiments in exploratory laboratory studies.