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[♪ Music ♪] [STEMCELLTechnologies]
[T Cells] [B Cells]
[Monocytes] [NK Cells] [And more]
[RosetteSep™] [ReadySepGo]
[Highly Purified Cells Direct From Density Centrifugation]
[Vicki Stronge, PhD] [Product Manager, Immunology] Imagine if you could go
from whole blood to purified cells in just one step.
That is exactly how RosetteSep™ works.
Usually cell isolation begins by taking a blood sample,
performing density gradient centrifugation
to get peripheral blood mononuclear cells,
and then isolating purified cells from the PBMCs
via magnetic cell isolation.
RosetteSep™ combines these steps by isolating purified cell subsets
during density gradient centrifugation.
RosetteSep™ allows you to isolate cells from human whole blood
or buffy coat without using either columns or magnets.
["For us [RosetteSep™ is] the fastest and easiest way to isolate B cells with high efficiency."]
[-Alexandra Schulz, PhD student (Germany)]
It has been described as one of the fastest and easiest ways to isolate
highly purified immune cells.
Simply add the appropriate RosetteSep™ cocktail to your blood sample
and incubate for 20 minutes at room temperature.
Then perform a standard density gradient centrifugation.
RosetteSep™ works by crosslinking unwanted cells
to the red blood cells in the sample, forming immunorosettes.
The immunorosettes pellet during density gradient centrifugation,
leaving desired cells at the interface between the plasma
and the density gradient medium.
RosetteSep™ isolates cells with high purity, viability, and recovery.
The simplicity and speed of RosetteSep™ have made it the method of choice
in laboratories worldwide.
It is also used by HLA laboratories to ensure clear, reliable test results
from serology, flow crossmatch, and chimerism analysis.
Don't wait to save time, money and effort in your research.
To start using RosetteSep™ to isolate your cell type of interest,
request a free sample today at www.stemcell.com.
[Ready.Sep.Go]
[Cell Separation In As Little As 25 Minutes]
[♪ Music ♪]
[STEMCELLTechnologies] [Scientists Helping Scientists]
[www.stemcell.com]