BioReady Covalent Gold Conjugation Kit for Lateral Flow - 40 nm Gold Nanospheres
Referencia AUZR40-10M
embalaje : 1kit
Marca : NanoComposix
Contact local distributor :
Teléfono : +1 850 650 7790
This kit eliminates the need to pre-screen and validate critical reagents and supplies to ensure your best chance of success. Kit components include:
- BioReady carboxyl 40 nm or 80 nm gold particles, 20 OD
- Desalting column for removal of interfering reagents (NaCl, azide, tris, glycine)
- EDC and Sulfo-NHS
- All buffers necessary to complete the conjugation
- Step-by-step conjugation procedure and optimization
- Complementary technical and assay development support available upon request; contact us at techsupport@nanocomposix.com
No experience needed! Our kit is the optimal solution for conjugation experts and anyone new to lateral flow looking to improve existing tests or develop the next novel LF assays.
Protocols
Don’t see the size you’re looking for? Please contact us about custom and semi-custom ordering.
Specifications & CoA
| TEM Diameter | Size Distribution (CV) | Example Certificate of Analysis (How do I read this?) |
|---|---|---|
| 40 nm ± 4 nm | ≤ 15% | Download Example CoA |
| 80 nm ± 5 nm | ≤ 15% | Download Example CoA |
Note: approximate ranges below are dependent on diameter
- Hydrodynamic diameter (DLS): TEM diameter plus to 30 nm
- Zeta potential: –25 to –80 mV
- pH of solution: 5.5 to 7.
- Particle surface: PEG12-carboxylic acid
- Solvent: USP Purified Water
- Peak wavelength (λmax): 525 to 545 nm
More Info & Documentation
- Purchasing Information
- Storage & Handling
- UV-Vis QC Check Excel Template for monitoring particle stability over time
- Safety Data Sheet (SDS)
Protocols
- 40 nm Kit Components
- 80 nm Kit Components
- Procedure for Gold Conjugation Kit
- Covalent conjugation tutorial video
White Papers
- Lateral flow assay development guide – comprehensive, step-by-step walkthrough of all of the stages of lateral flow assay design and best-mode protocols
- Covalent binding for robust, reliable, and reproducible lateral flow assays
AUZR 40nm 80nm
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