TechValidate Research on CytoFLEX

5 Charts


Beckman Coulter's CytoFLEX Flow Cytometer Customer Research

Would you agree with the following statements?

CytoFLEX was easy for lab personnel to learn and master
88%
The instrument setup and workflow decreases the learning curve for new users
60%
Features on the CytoFLEX make high color applications accessible to those new to flow cytometry
45%
Compensating high color applications is much simpler on the CytoFLEX
36%
The sensitivity has allowed us to see new populations in our samples
30%

Beckman Coulter's CytoFLEX Flow Cytometer Customer Research

What factors contributed to the decision to purchase the CytoFLEX?

Ease of use
83%
Resolution & sensitivity
63%
Sample loading options
46%
Small footprint
43%
Available laser pallet, spectrum range
38%
Customizable configurations
36%
Nanoscale resolution capabilities
30%
Upgradability
25%
Compensation Library
20%

Beckman Coulter's CytoFLEX Flow Cytometer Customer Research

Now that we have a CytoFLEX in our lab, spending on core lab fees has decreased by how much.

100%: 8%
76 - 99%: 27%
51 - 75%: 19%
26 - 50%: 23%
1 - 25%: 23%

Beckman Coulter's CytoFLEX Flow Cytometer Customer Research

Would you agree with the following statements?

Flow cytometry allows us to better understand our experimental data.
61%
Having the instrument accessible increases adoption of flow cytometry.
60%
Bringing a flow cytometer into my lab has increased overall productivity.
57%
We are designing more experiments using flow cytometry now that we have an instrument in our lab.
53%
Having an instrument accessible increases the expertise of lab personnel.
50%
Having a flow cytometer in our lab has resulted in more exploratory research leading to new lines of inquiry.
41%
Having a flow cytometer in our lab facilitates collaboration or partnership opportunities
37%

Beckman Coulter's CytoFLEX Flow Cytometer Customer Research

What are the reasons driving the adoption of single-cell analysis techniques?

Need to better comprehend the role of cellular heterogeneity
71%
Provides the means to better understand cellular interaction and communication
47%
Provides for more precise discrimination of cellular differentiation states
63%
Aligns with funding organization priorities
13%
Lack of reproducibility of observations from bulk analysis
17%



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