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Home > Product > 파티클 > Thermo > Flow Cytometry
제 품 명 : Cyto-Plex™
Carboxylated Particles
제 조 사 : Thermo
제품코드 : FM4CR01
    · 관련자료:Cyto-Plex-Carboxylatemodified5μm12analytes.pdf
관련자료: Cyto-Plex-Carboxylatemodified4μm12analytes.pdf (370,449 KB)
 
   
상세설명


Cyto-Plex™ Low Intensity Calibrator Particles

Thermo Scientific Cyto-Plex Carboxylated Particles are open platform particles for suspension array analysis.

Cyto-Plex Carboxylated Particles provide different sizes and levels of fl uorescent intensities for analysis of multiple analytes. The Cyto-Plex particles consist of a highly uniform polystyrene carboxylate- modifi ed particle with fl uorescent intensities which are completely separated from each other.

The 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-specifi c binding enable coupling with a wide variety of antibodies, nucleic acids and other biomolecules.

Cyto-Plex Carboxylated Particles 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.
  • Cyto-Plex microspheres consist of a highly uniform polystyrene particle with fluorescent intensities which are completely separated from each other
  • 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

Specifications
Composition Polystyrene microspheres containing encapsulated dyes
Dye Type Firefli Fluorescent Red (635/700nm)
Uniformity <= 2% C.V.
Particle Density 1.06 g/cm3
Fill Volume 1 or 5mL
Concentration 1.4 x 108 particles/mL(4 μm), 7.3 x 107 particles/mL(5 μm)
Content Dyed polymer microspheres in water
Additive 0.05% tween-20 dispersant / Surfactant with 2mM Soidum Azide Preservative
Stability ≥ 12 months
Includes Material Safety Data Sheet (MSDS) and Package Insert Sheet
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.

Specifications
Composition Polystyrene microspheres containing encapsulated dyes
Dye Type Firefli Fluorescent Red (635/700nm)
Uniformity <= 2% C.V.
Particle Density 1.06 g/cm3
Fill Volume 1 or 5mL
Concentration 1.4 x 108 particles/mL(4 μm), 7.3 x 107 particles/mL(5 μm)
Content Dyed polymer microspheres in water
Additive 0.05% tween-20 dispersant / Surfactant with 2mM Soidum Azide Preservative
Stability ≥ 12 months
Includes Material Safety Data Sheet (MSDS) and Package Insert Sheet
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.

Caroboxylated Microspheres
4 μm mean diameter C.V. < 2% Concentration approximately 1.4 x 108 particles/mL
  1 mL 5 mL
Level Cat. No. Cat. No.
Level 1 (low) FM4CR01 FM4CR01B
Level 2 FM4CR02 FM4CR02B
Level 3 FM4CR03 FM4CR03B
Level 4 FM4CR04 FM4CR04B
Level 5 FM4CR05 FM4CR05B
Level 6 FM4CR06 FM4CR06B
Level 7 FM4CR07 FM4CR07B
Level 8 FM4CR08 FM4CR08B
Level 9 FM4CR09 FM4CR09B
Level 10 FM4CR010 FM4CR010B
Level 11 FM4CR011 FM4CR011B
Level 12 (high) FM4CR012 FM4CR012B

Caroboxylated Microspheres
5 μm mean diameter C.V. < 2% Concentration approximately 7.3 x 107particles/mL
  1 mL 5 mL
Level Cat. No. Cat. No.
Level 1 (low) FM5CR01 FM5CR01B
Level 2 FM5CR02 FM5CR02B
Level 3 FM5CR03 FM5CR03B
Level 4 FM5CR04 FM5CR04B
Level 5 FM5CR05 FM5CR05B
Level 6 FM5CR06 FM5CR06B
Level 7 FM5CR07 FM5CR07B
Level 8 FM5CR08 FM5CR08B
Level 9 FM5CR09 FM5CR09B
Level 10 FM5CR010 FM5CR010B
Level 11 FM5CR011 FM5CR011B
Level 12 (high) FM5CR012 FM5CR012B

Amine Microspheres
4 μm mean diameter C.V. < 2% Concentration approximately 1.4 x 108 particles/mL
  1 mL 5 mL
Level Cat. No. Cat. No.
Level 1 (low) FM4NR01 FM4NR01B
Level 2 FM4NR02 FM4NR02B
Level 3 FM4NR03 FM4NR03B
Level 4 FM4NR04 FM4NR04B
Level 5 FM4NR05 FM4NR05B
Level 6 FM4NR06 FM4NR06B
Level 7 FM4NR07 FM4NR07B
Level 8 FM4NR08 FM4NR08B
Level 9 FM4NR09 FM4NR09B
Level 10 FM4NR010 FM4NR010B
Level 11 FM4NR011 FM4NR011B
Level 12 (high) FM4NR012 FM4NR012B

Amine Microspheres
5 μm mean diameter C.V. < 2% Concentration approximately 7.3 x 107particles/mL
  1 mL 5 mL
Level Cat. No. Cat. No.
Level 1 (low) FM5NR01 FM5NR01B
Level 2 FM5NR02 FM5NR02B
Level 3 FM5NR03 FM5NR03B
Level 4 FM5NR04 FM5NR04B
Level 5 FM5NR05 FM5NR05B
Level 6 FM5NR06 FM5NR06B
Level 7 FM5NR07 FM5NR07B
Level 8 FM5NR08 FM5NR08B
Level 9 FM5NR09 FM5NR09B
Level 10 FM5NR010 FM5NR010B
Level 11 FM5NR011 FM5NR011B
Level 12 (high) FM5NR012 FM5NR012B
 

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