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i-colloid
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    • Gold Nanoparticles
      • 20 nm Gold
      • 40 nm Gold
    • Gold-Platinum (AuPt) Nanoparticles
    • Gold Conjugation Service
  • Applications
    • Lateral Flow Immunoassay
    • Cell and Tissue Imaging
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    • Protocols
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    • About IMRA
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    • News
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  • Contact Us
  • Products
    • Gold Nanoparticles
      • 20 nm Gold
      • 40 nm Gold
    • Gold-Platinum (AuPt) Nanoparticles
    • Gold Conjugation Service
  • Applications
    • Lateral Flow Immunoassay
    • Cell and Tissue Imaging
  • Support
    • Technical Notes
    • Protocols
    • Publications
    • Storage and Handling
    • SDS
  • Company
    • Contact Us
    • About IMRA
    • Supplier Resources
      • Terms and Conditions of Purchase
      • List of Prohibited Substances and Components
    • News
    • Events
    • Careers
  • Contact Us

Protocols

  • Passive Conjugation of Antibodies to i-colloid 20 nm Gold
  • Passive Conjugation of Antibodies to i-colloid 40 nm Gold
  • Passive Conjugation of Antibodies to i-colloid 40 nm Gold-Platinum
© 2019 IMRA America, Inc.
IMRA® is a registered servicemark of IMRA America, Inc.
IMRA® is a trademark of IMRA America, Inc.
NanoBio Division

Headquarters & Manufacturing

The Femtosecond Fiber Laser Company

Add to Order
40 nm Gold Nanoparticles

Size Optimized for Lateral Flow

Product Features:

  • No capping agents or surfactants
  • High-purity laser-fabrication
  • Bare surface for efficient conjugation
  • No capping agents or surfactants
  • High colloidal stability during conjugation
  • Long shelf-life
  • Red color
  • Size optimized for lateral flow immunoassays
  • Use with 40 nm gold-platinum nanoparticles for multiplex lateral flow

Specifications:

  • Average Size (by disc centrifugation): 40 ± 3 nm
  • Size Distribution (%CV): <18%
  • Peak Wavelength: 524.0 ± 2.5 nm

Protocols:

  • Passive Conjugation of Proteins to i-colloid 40 nm OD1 Gold and Gold-Platinum Nanoparticles
  • Passive Conjugation of Proteins to i-colloid 40 nm OD5 and OD10 Gold Nanoparticles
  • i-colloid 40 nm Gold and Gold-Platinum Conjugation Optimization
  • Sequential Conjugation to i-colloid 40 nm Gold Nanoparticles (coming soon)

Technical Notes:

  • Consistent Lateral Flow Performance with i-colloid 40 nm Gold
  • Equivalent Performance of i-colloid 40 nm Gold and Gold-Platinum
  • Multicolor, Multiplex Lateral Flow with i-colloid Nanoparticles
20 nm Gold Nanoparticles

Laser-fabricated, Surfactant-free

The 20 nm Gold nanoparticles are fabricated by pulsed-laser ablation.

Product Features:

  • No capping agents or surfactants
  • High biomolecule conjugation
  • High purity and colloidal stability

Specifications:

  • Average Size (by disc centrifugation): 20 ± 2 nm
  • Size Distribution (%CV): <25%
  • Peak Wavelength: 521.0 ± 2.5 nm

Protocols:

  • Passive Conjugation of Proteins to i-colloid 20 nm Gold
  • I-colloid Gold and Gold-Platinum Conjugation Optimization
  • Sequential Conjugation to i-colloid 20 nm Gold

Technical Notes:

  • Imaging with Multi-functionalized i-colloid 20 nm Gold
40 nm Gold-Platinum Nanoparticles

Laser-fabricated, surfactant-free

The 40 nm Gold-platinum nanoparticles are fabricated by pulse-laser ablation.

Product Features:

  • High biomolecule conjugation with no capping agents or surfactants
  • Homogeneous Gold and Platinum distribution
  • Black color from absorption across entire visible spectrum
  • High purity and colloidal stability
  • Size optimized for lateral flow immunoassays
  • Use with 40 nm gold nanoparticles for multiplex lateral flow

Specifications:

  • Average Size (by disc centrifugation): 40 ± 5 nm
  • Gold-Platinum absorbs in entire visible spectrum: OD is measured at 400 nm

Protocols:

  • Passive Conjugation of Proteins to i-colloid 40 nm Gold and Gold-Platinum
  • i-colloid Gold and Gold-Platinum Conjugation Optimization

Technical Notes:

  • Equivalent Performance of i-colloid 40 nm Gold and Gold-Platinum
  • Multicolor, Multiplex Lateral Flow with i-colloid Nanoparticles