Cytek Investor Day Presentation Deck
Application of FSP in Multiple Myeloma Diagnostics
High-parameter and Effective Multiple
Myeloma Diagnostic Panel on the Cytek NL-
CLC Improves Sample Efficiency
Li Xiong¹, Wen Du2,3, Yao-Kun Ma¹, Lei Qin¹, Qing Yuan¹, Yu Liu¹, Shi-
Ying Xu¹, Juan-Hua Zheng¹, Xiao-Jian Xu¹, Fang-Ying Shang¹, Shi-
Ang Huang2,3, Jin-E Zheng 2,3
1Flow cytometry laboratory, Wuhan Kindstar Medical Laboratory Co.,
Ltd, Wuhan, China
2Center for Stem Cell Research and Application, Institute of
Hematology, Union Hospital, Tongji Medical College, Huazhong
University of Science and Technology, Wuhan, China
3Biological Targeted Therapy, Key Laboratory in Hubei, Wuhan, China
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Presented by Kindstar Medical Laboratory, China at ICCS 2021
Compared the antigen expression and diagnostic results obtained from the
Cytek NL-CLC vs. the widely used BD FACS Canto flow cytometer
Converted four 6-, 7- color tubes to one 23-color tube
Found no significant difference in detection accuracy between the instruments.
• However, Cytek NL-CLC has many advantages including more detection
parameters in a single tube, lower compensation interference, easier
processing with small-volume samples
Established a new standard 23-color panel for highly accurate detection of MM
A Selection of Application Areas for FSP
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Results
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(1) Both Cylek NL-CLC full-spectrum flow cytometer and BD FACSCanto II flow cytometer
could effectively classify cells from all bone marrow samples (Figure 1). There was no
significant difference in cell ratios between the two cytometers (differences < 7.1%).
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B
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Figure 1. The Cell population distribution in bone marrow samplec defeated by different panels (A:
Cytak 28-oollor panel; B: BD 3-0olor panal). Abnormal plasma balls are colored in red.
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