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Invitrogen™ xMAP Sheath Fluid Plus
Description
xMAP Sheath Fluid Plus is the delivery medium that carries the sample to the optics component of Luminex xMAP technology-based instruments. It is needed to operate all Luminex 200 and FLEXMAP 3D systems.
xMAP Sheath Fluid Plus is the delivery medium that carries the sample to the optics component of Luminex xMAP technology-based instruments. It is needed to operate all Luminex 200 and FLEXMAP 3D systems.
This reformulated sheath product replaces the original xMAP Sheath Fluid (Cat. No. 4050015). The new sheath formulation is updated from a single preservative to a mixture of three preservatives to allow for greater transit stability and to reduce the likelihood of future acquired microbial resistance.
For Research Use Only. Not for use in diagnostic procedures. Not intended for human or animal therapeutic or diagnostic use.
Specifications
Specifications
| Quantity | 20 L |
| Packaging | Container |
Frequently Asked Questions (FAQs)
xMAP Sheath Concentrate PLUS, RUO (Cat. No. 4050023) is a 20X concentrated version of xMAP Sheath Fluid Plus (Cat. No. 4050021). It needs to be diluted before use.
xMAP Sheath Concentrate PLUS, RUO (Cat. No. 4050023) is a reformulation of xMAP Sheath Fluid Concentrate (Cat. No. 4050018). The formulation is updated from a single preservative to a mixture of three preservatives to allow for greater transit stability and to reduce the likelihood of future acquired microbial resistance.
In-house testing has been done to confirm that assays deliver expected results when using xMAP Sheath Fluid Plus. White Paper is available upon request from Technical Support (techsupport@thermofisher.com).
Yes, there are instructions available for flushing the instrument and replacing the sheath fluid. Please contact Technical Support at techsupport@thermofisher.com for these instructions.
xMAP Sheath Fluid Plus (Cat. No. 4050021) replaces the original xMAP Sheath Fluid (Cat. No. 4050015). The new sheath formulation is updated from a single preservative to a mixture of three preservatives, specifically, sodium azide, sodium benzoate and diazolidinyl urea. This allows for greater transit stability and reduces the likelihood of future acquired microbial resistance.
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