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Flow Cytometry by Sartorius
Scientists use flow cytometry to investigate complex biological processes as part of routine cell analysis workflows. This research has significant impact to society as it drives progress in antibody discovery, T-cell engineering, and immuno-oncology. To speed up progress, investigations need a faster way to generate biologically relevant data from many samples.
Sartorius recognizes the need to update decades old complexity in flow cytometry instruments that utilize inefficient, disjointed sampling and data analysis workflows. Our intuitive flow cytometers can take you from sample to biologically relevant data faster than any instrument on the market. Additionally, elegant and easy to use software empower you to make sense of complex datasets and move your research forward.
| Catalog No. | Product | Net Price | |||
|---|---|---|---|---|---|
| SART19-0127 | Octet® SPR Carboxymethyl Dextran Low Density (CDL) Sensor Chip | 288 | |||
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| SART19-0053 | Octet® SPR COOH1 Sensor Chip | 288 | |||
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| SART19-0053 | Octet® SPR COOH1 Sensor Chip | 288 | |||
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| SART18-5136 | Octet® High Precision Streptavidin 2.0 (SAX2) Biosensors | 952 | |||
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| SART18-5136 | Octet® High Precision Streptavidin 2.0 (SAX2) Biosensors | 952 | |||
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| SART18-5137 | Octet® High Precision Streptavidin 2.0 (SAX2) Biosensors | 4296 | |||
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| SART18-5138 | Octet® High Precision Streptavidin 2.0 (SAX2) Biosensors | 15256 | |||
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| SART18-5045 | Octet® Aminopropylsilane (APS) Biosensors | 370 | |||
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| SART18-5045 | Octet® Aminopropylsilane (APS) Biosensors | 370 | |||
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| SART18-5046 | Octet® Aminopropylsilane (APS) Biosensors | 1640 | |||
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