Flow Cytometry Sub-micron Particle Size Reference Kit

Numéro de catalogue:  F13839

Invitrogen™  Applications liées: Flow Cytometry

Error lors du chargement de votre contenu!

  Numéro de catalogue
Choisir votre mod�le de prix
Taille unitaire
Prix ({{currency}}) Disponibilité Qté
{{product.sku}} {{product.sku}} également connu comme {{product.formattedSku}} 
{{product.availability.message}}
Ajouts

Votre stock sur site

›› {{supplyCenter.scName}}({{scProduct.stockOnHand}} En stock)
›› {{supplyCenter.scName}}(En rupture de stock)
›› {{supplyCenter.scName}}
This item is not currently available on-site. Depending on your Supply Center settings you may be able to add the item to cart above else use the Order Non-Stocked Items' tab on the Supply Center home page.
Haut de la page

Description

The Flow Cytometry Sub-micron Particle Size Reference Kit provides six sizes of green-fluorescent beads (ranging in diameter from 0.02 µm to 2.0 µm) packaged in individual vials. Each bead is uniform in size, and the green-fluorescent dyes are localized within the bead, which makes the beads brighter and more photostable than conventional surface-stained beads.

These size standards can help identify small bioparticles such as exosomes, bacteria, and viruses in experimental samples. This kit can also be used as a tool to verify instrument performance and establish parameters suitable for analyzing sub-micron particles, including:
• Particle size resolution limit and dynamic range
• Sensitivity of forward and side scatter photomultiplier tubes
• Level of instrument baseline noise
• Laser and optical alignment and stability
• Stability of the fluidics system

The bead diameters are determined by transmission electron microscopy, and the beads are provided as 2 mL suspensions with a density of ~1× 106 beads/mL.
For Research Use Only. Not for use in diagnostic procedures.

Spécifications

Color: Assorted Colors, Green
Diameter (Metric): 0.02 μm|0.1 μm|0.2 μm|0.5 μm|1.0 μm|2.0 μm
Product Size: 6 x 2 mL

Contenu et stockage

Store at 2-8°C. DO NOT FREEZE.

Documents

Manuels et protocoles