Buy FAM Substance P Peptide Online: Premium ≥95% HPLC Fluorescein-Labeled Substance P for Fluorescence Microscopy & Receptor Binding Assays
Buy FAM Substance P Peptide Online: Deep-Dive into Core Features & Technical Specifications
Table
| Specification | Detail |
|---|---|
| Product Name | FAM-Substance P (Fluorescein-Labeled) |
| Available Sizes | 1 mg, 5 mg |
| Purity | ≥95% by HPLC |
| Label | FAM (Fluorescein Amidite) |
| Excitation Wavelength | ~494 nm |
| Emission Wavelength | ~518 nm |
| Molecular Formula | C63H98N18O13S + FAM conjugate |
| Appearance | Lyophilized orange-red powder |
| Storage | -20°C, dry and dark, protected from light |
| Application | Fluorescence microscopy, receptor binding assays, cellular uptake studies |
| Salt Form | Acetate (typical) |
| Synthesis Method | Solid-phase peptide synthesis with site-specific FAM conjugation |
| Quality Control | Triple-verification protocol |
Complete Breakdown of Benefits When You Buy FAM Substance P Peptide Online
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Verified Potency & Labeling: Every batch achieves ≥95% HPLC purity with confirmed FAM conjugation. Therefore, your assays maintain scientific rigor without free-dye contamination.
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Photostable Imaging: The FAM fluorophore resists rapid photobleaching under standard excitation. Consequently, you capture longer time-lapse sequences during fluorescence microscopy sessions.
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Multi-Domain Utility: Perfect for fluorescence microscopy, receptor binding assays, and cellular uptake studies. Furthermore, you apply one premium conjugate across multiple experimental designs.
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Transparent Sourcing: We publish full sequence data, labeling ratios, and lab results. Therefore, you trust what enters your microscope without hidden substitutions.
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Scalable Quantities: Choose 1 mg for pilot imaging or 5 mg for expanded receptor binding assays. Consequently, you control project costs while maintaining supply continuity.
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Light-Protected Packaging: Amber vials shield the fluorescein label from ambient light degradation. Furthermore, you preserve conjugate integrity during storage.




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