Thermo Scientific™ Cyto-Plex™ Carboxylated Particles

Save time when measuring analytes with Thermo Scientific™ Cyto-Plex™ Carboxylated Particles, open platform particles for suspension array analysis.

Overview
Brand: Thermo Scientific™

Manufacturer Part Number: FM5CR04

FLRDPS 5UM L4 7.3E7 1MLCyto-Plex CM - Flow Cytometry Fluorescent

UNSPSC: 41116148

Code: LE

Additional Details:
Additional Details: Weight: 0.11200kg



Alerts: Contains sodium azide.

Product Code. 11888343

Quantity Price
1 £ 123.0 / Each
Estimated Shipment
21-12-2016
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Description and Specification

Specification

Additive Sodium Azide Preservative, 0.05% Tween-20
Color Red
Composition Polystyrene with copolymer grafted surface
Contents Polystyrene microspheres in water
Description Cyto-Plex Carboxylated Particles, 5µm
Diameter (Metric) 5µm
Dye Type Firefli™ Fluorescent Red (635/700nm)
Fill Volume 1 or 5mL
Includes Material Safety Data Sheet (MSDS) and Package Insert Sheet
Level Level 4
Particle Density 1.06g/cm³
Particle Size (Metric) 5µm
Quantity 1mL
Stability Product stable for a minimum of 12 months
Storage Requirements Refrigerate when not in use; do not freeze. Store upright and keep bottle tightly sealed. Mix product by gentle inversion by hand or vortex mixer.
Surface Modification Carboxylate-Modified
Uniformity ≤2% CV

Suspension array analysis is a powerful technique enabling the simultaneous detection and quantitation of multiple analytes with a single sample. Using color coded microspheres with the appropriate dyes, these tests can now be carried out using commonly available flow cytometers.
  • Cyto-Plex™ microspheres consist of a highly uniform polystyrene particle with fluorescent intensities which are completely separated from each other
  • Carboxylated particles provide different sizes and levels of fluorescent intensities for analysis of multiple analytes
  • Use of a single diameter particle for all dye levels saves time by only requiring the development and optimization of one bead chemistry; multiple diameters can be combined to increase the number of analytes measured in one test
  • High-density binding sites and low non-specific binding enable coupling with a wide variety of antibodies, nucleic acids and other biomolecules
  • Microspheres have a maximum emission at 700 nm and can be excited with either 488 nm or 633 nm lasers
  • Emission can be collected in either the PE-Cy5 or APC channels
  • Since there is little or no emission in the FITC and PE channels, probes utilizing either of these dyes can be effectively used as reporters

Recommended for:

  • Open platform microspheres for suspension array analysis in flow cytometry