Question & Answers For:

BD Biosciences FACSCanto

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q.

What type of analysis is the BD Biosciences FACSCanto system best suited for?

a.

The BD Biosciences FACSCanto is designed for high-throughput flow cytometry analysis, ideal for applications in immunology, cancer research, and drug discovery. It excels in cell phenotyping, counting, and biomarker analysis, allowing for the simultaneous measurement of multiple parameters in single cells.

q.

How many parameters can be analyzed at once with the FACSCanto?

a.

The FACSCanto system can analyze up to eight parameters simultaneously using its three-laser system and multicolor capabilities.

q.

What is the sample acquisition rate of the BD Biosciences FACSCanto?

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The FACSCanto can acquire samples at a rapid rate of up to 10,000 events per second, allowing for efficient and high-throughput data collection.

q.

What software is used with the FACSCanto system for data acquisition and analysis?

a.

The FACSCanto is equipped with BD FACSDiva software, which facilitates seamless data acquisition, analysis, and management, making it especially suitable for complex multicolor experiments.

q.

How many sample tubes can the FACSCanto handle at once?

a.

The system can accommodate up to 10 sample tubes, ensuring flexibility and efficiency during experiments.

q.

Can the FACSCanto system be used for both research and clinical applications?

a.

Yes, the FACSCanto is designed for both research and clinical applications, offering advanced flow cytometry capabilities for a wide range of scientific and medical fields.

q.

What makes the BD Biosciences FACSCanto system efficient for complex experiments?

a.

The FACSCanto combines high-throughput sample acquisition, the ability to measure multiple parameters simultaneously, and powerful BD FACSDiva software, all of which streamline the process of conducting complex multicolor experiments.

q.

Is the FACSCanto suitable for use in cancer research?

a.

Yes, the FACSCanto is widely used in cancer research for tasks such as cell phenotyping, biomarker analysis, and monitoring cell behavior at a high resolution.

q.

What types of experiments benefit the most from using the FACSCanto?

a.

Experiments involving cell analysis, such as immunology studies, cancer research, drug discovery, and biomarker discovery, benefit greatly from the FACSCanto’s high sensitivity and throughput.