Flow Cytometry (FACS) Analyzers

Overview
In recent years, there is a wide offering of flow cytometry analyzers from numerous manufacturers. As a researcher, trying to ascertain which of these flow cytometers is optimal for your own research needs is a daunting undertaking. With almost 4 decades of experience in the field of flow cytometry, we will be happy to provide you with a no-obligation analysis of your flow cytometry needs – and advise the pros and cons of any flow cytometers you are considering to purchase. Please feel free to call us to discuss this further.
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Use Cases
Clinical Diagnostics: Leukemia/lymphoma classification, HIV monitoring, and transplant compatibility testing where results directly impact patient care

Immunology Research: Phenotyping complex immune populations where subtle shifts in cell subsets drive disease

Drug Development: Mechanism of action studies where understanding which specific cells respond to your compound can save millions in development costs

Microbiology: Rapidly assessing microbial viability or antibiotic resistance where time matters

Stem Cell Research: Purifying and characterizing stem cell populations where cellular heterogeneity is the norm

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Unique Benefits
• Single-cell detail AND population statistics simultaneously. This isn't just nice to have - it's the difference between seeing that your cancer drug kills 30% of "cells" versus discovering it kills 90% of tumor cells but none of the contaminating fibroblasts.

• The multi-parameter capability lets you see relationships that are completely invisible otherwise. I've watched researchers have "eureka" moments discovering cell populations they'd missed for years because they couldn't correlate 5+ markers simultaneously before.

• For rare events, FACS is often the only practical option. When you're looking for circulating tumor cells at 1-in-10,000 frequency, microscopy becomes an exercise in futility while FACS just works.

• You're analyzing intact, viable cells that can be sorted and used in downstream applications - not just cellular debris after lysis.

• When you need to understand complex cellular heterogeneity, there's often no substitute for flow cytometry.
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The ID7000 spectral flow cytometer from Sony Biotechnology revolutionizes the analysis of complex cell populations. Unlike traditional flow cytometers with pre-defined fluorescence channels, the ID7000 leverages cutting-edge spectral detection technology. This approach captures the complete emission spectrum for each fluorescent signal, enabling unparalleled resolution and differentiation of even overlapping fluorochromes. The system boasts industry-leading capabilities with the ability to accommodate up to 8 lasers and run fluorescent panels exceeding 40 colors simultaneously. This translates into an exceptional level of multiplexing, allowing researchers to explore a vast array of cellular markers in a single experiment.

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Stratedigm’s automation suite is designed based on the same principles as our flow cytometers – innovative, compact, and flexible. By controlling all steps in high-throughput flow cytometry, users can quickly and easily create multi-plate experiments, acquire data, and perform in-depth analysis on thousands of samples all in one software platform. From single plates and eppendorf tubes to hundreds of plates, the Stratedigm automation suite has you covered.

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Flow Cytometry is an extremely effective tool for cell counting and molecular analysis but is usually limited to particles larger than ~400nm. Many emerging fields such as virology, microbiology, extra-cellular particles, and exosomes require higher sensitivity. The Apogee A60’s novel optical design allows detection of particles from 110nm thus making FACS analysis available for these disciplines. With up to 3 forward scatter detectors and 9 fluorescent channels, it is now possible to classify small particles at great speed and with robust statistics.
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