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Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation

Clinical flow cytometry is a reliable methodology for whole blood cell phenotyping for different applications. The BD FACSLyric™ system comprises a flow cytometer available in different optical configurations, BD FACSuite™ Clinical software, and optional BD FACS™ Universal Loader. BD FACSuite Clinic...

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Autores principales: Omana-Zapata, Imelda, Mutschmann, Caren, Schmitz, John, Gibson, Sarah, Judge, Kevin, Aruda Indig, Monika, Lu, Beverly, Taufman, Doreen, Sanfilippo, Alan M., Shallenberger, Wendy, Graminske, Sharon, McLean, Rachel, Hsen, Rubal I., d’Empaire, Nicole, Dean, Kimberly, O’Gorman, Maurice
Formato: Online Artículo Texto
Lenguaje:English
Publicado: Public Library of Science 2019
Materias:
Acceso en línea:https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6349332/
https://www.ncbi.nlm.nih.gov/pubmed/30689658
http://dx.doi.org/10.1371/journal.pone.0211207
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author Omana-Zapata, Imelda
Mutschmann, Caren
Schmitz, John
Gibson, Sarah
Judge, Kevin
Aruda Indig, Monika
Lu, Beverly
Taufman, Doreen
Sanfilippo, Alan M.
Shallenberger, Wendy
Graminske, Sharon
McLean, Rachel
Hsen, Rubal I.
d’Empaire, Nicole
Dean, Kimberly
O’Gorman, Maurice
author_facet Omana-Zapata, Imelda
Mutschmann, Caren
Schmitz, John
Gibson, Sarah
Judge, Kevin
Aruda Indig, Monika
Lu, Beverly
Taufman, Doreen
Sanfilippo, Alan M.
Shallenberger, Wendy
Graminske, Sharon
McLean, Rachel
Hsen, Rubal I.
d’Empaire, Nicole
Dean, Kimberly
O’Gorman, Maurice
author_sort Omana-Zapata, Imelda
collection PubMed
description Clinical flow cytometry is a reliable methodology for whole blood cell phenotyping for different applications. The BD FACSLyric™ system comprises a flow cytometer available in different optical configurations, BD FACSuite™ Clinical software, and optional BD FACS™ Universal Loader. BD FACSuite Clinical software used with BD™ FC Beads and BD CS&T Beads enable universal setup for performance QC, instrument control, data acquisition/storage, online/offline data analysis, and instrument standardization. BD Biosciences sponsored the clinical evaluation of the BD FACSLyric 10-color configuration at seven clinical sites using delinked and de-identified blood specimens from HIV-infected and uninfected subjects to enumerate T-, B-, and NK-lymphocytes with the BD Multitest™ reagents (BD Multitest IMK kit and BD Multitest 6-color TBNK). Samples were analyzed on the BD FACSLyric system with BD FACSuite Clinical software, and on the BD FACSCanto™ II system with BD FACSCanto clinical software and BD FACS 7-Color Setup beads. For equivalency between methods, data (n = 362) were analyzed with Deming regression for absolute count and percentage of lymphocytes. Results gave R(2) ≥0.98, with slope values ≥0.96, and slope ranges between 0.90–1.05. The percent (%) bias values were <10% for T- and NK cells and <15% for B- cells. The between-site (n = 4) total precision was tested for 5 days (2 runs/day), and gave %coefficient of variation below 10% for absolute cell counts. The stability claims were confirmed (n = 186) for the two BD Multitest reagents. The reference intervals were re-established in male and female adults (n = 134). The analysis by gender showed statistically significant differences for CD3(+) and CD4(+) T-cell counts and %CD4. In summary, the BD FACSLyric and the BD FACSCanto II systems generated comparable measurements of T-, B-, and NK-cells using BD Multitest assays.
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spelling pubmed-63493322019-02-15 Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation Omana-Zapata, Imelda Mutschmann, Caren Schmitz, John Gibson, Sarah Judge, Kevin Aruda Indig, Monika Lu, Beverly Taufman, Doreen Sanfilippo, Alan M. Shallenberger, Wendy Graminske, Sharon McLean, Rachel Hsen, Rubal I. d’Empaire, Nicole Dean, Kimberly O’Gorman, Maurice PLoS One Research Article Clinical flow cytometry is a reliable methodology for whole blood cell phenotyping for different applications. The BD FACSLyric™ system comprises a flow cytometer available in different optical configurations, BD FACSuite™ Clinical software, and optional BD FACS™ Universal Loader. BD FACSuite Clinical software used with BD™ FC Beads and BD CS&T Beads enable universal setup for performance QC, instrument control, data acquisition/storage, online/offline data analysis, and instrument standardization. BD Biosciences sponsored the clinical evaluation of the BD FACSLyric 10-color configuration at seven clinical sites using delinked and de-identified blood specimens from HIV-infected and uninfected subjects to enumerate T-, B-, and NK-lymphocytes with the BD Multitest™ reagents (BD Multitest IMK kit and BD Multitest 6-color TBNK). Samples were analyzed on the BD FACSLyric system with BD FACSuite Clinical software, and on the BD FACSCanto™ II system with BD FACSCanto clinical software and BD FACS 7-Color Setup beads. For equivalency between methods, data (n = 362) were analyzed with Deming regression for absolute count and percentage of lymphocytes. Results gave R(2) ≥0.98, with slope values ≥0.96, and slope ranges between 0.90–1.05. The percent (%) bias values were <10% for T- and NK cells and <15% for B- cells. The between-site (n = 4) total precision was tested for 5 days (2 runs/day), and gave %coefficient of variation below 10% for absolute cell counts. The stability claims were confirmed (n = 186) for the two BD Multitest reagents. The reference intervals were re-established in male and female adults (n = 134). The analysis by gender showed statistically significant differences for CD3(+) and CD4(+) T-cell counts and %CD4. In summary, the BD FACSLyric and the BD FACSCanto II systems generated comparable measurements of T-, B-, and NK-cells using BD Multitest assays. Public Library of Science 2019-01-28 /pmc/articles/PMC6349332/ /pubmed/30689658 http://dx.doi.org/10.1371/journal.pone.0211207 Text en © 2019 Omana-Zapata et al http://creativecommons.org/licenses/by/4.0/ This is an open access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0/) , which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
spellingShingle Research Article
Omana-Zapata, Imelda
Mutschmann, Caren
Schmitz, John
Gibson, Sarah
Judge, Kevin
Aruda Indig, Monika
Lu, Beverly
Taufman, Doreen
Sanfilippo, Alan M.
Shallenberger, Wendy
Graminske, Sharon
McLean, Rachel
Hsen, Rubal I.
d’Empaire, Nicole
Dean, Kimberly
O’Gorman, Maurice
Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title_full Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title_fullStr Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title_full_unstemmed Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title_short Accurate and reproducible enumeration of T-, B-, and NK lymphocytes using the BD FACSLyric 10-color system: A multisite clinical evaluation
title_sort accurate and reproducible enumeration of t-, b-, and nk lymphocytes using the bd facslyric 10-color system: a multisite clinical evaluation
topic Research Article
url https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6349332/
https://www.ncbi.nlm.nih.gov/pubmed/30689658
http://dx.doi.org/10.1371/journal.pone.0211207
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