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Notice: Temporary Suspension of New Experiment Creation
We have temporarily disabled the creation of new experiments as we are continuously running out of space. This issue has been impacting both uploads and downloads from FlowRepository. By taking this step, we aim to make downloads of existing data more reliable.
We apologize for the inconvenience and appreciate your understanding as we work on upgrading our hardware and improving the overall solution.
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Experiment Overview

Repository ID: FR-FCM-Z2N4 Experiment name: T cell phenotype MIFlowCyt score: 49.25%
Primary researcher: Sara De Biasi PI/manager: Sara De Biasi Uploaded by: Sara De Biasi
Experiment dates: 2020-03-04 - 2020-06-17 Dataset uploaded: Jun 2020 Last updated: Jun 2020
Keywords: [T cell] [human blood immunophenotyping ] [COVID-19] Manuscripts:
Organizations: University of Modena and Reggio Emilia, Modena, (Italy)
Purpose: We provide an in-depth investigation of the T cell compartment in a total of 39 patients affected by Covid-19 pneumonia.
Conclusion: For CD4+ T lymphocytes, we found a significant decrease in the number of naïve, central and effector memory cells and an increased percentage of terminally differentiated cells, regulatory T cells, and of those that were activated or that were expressing PD1 and CD57 markers. Analyses of patients' CD8+ T cells showed decreased numbers of naïve and central memory and increased amounts of activated cells, accompanied by increased percentages of activated cells and of lymphocytes expressing CD57, PD1, or both.
Comments: Compensated exported FCS files. 5000 events for CD4 T cells and 2500 events for CD8 T cells.
Funding: Glem Gas SpA (San Cesario, MO, Italy), Sanfelice 1893 Banca Popolare (San Felice S.P., MO, Italy) and Rotary Club Distretto 2072 (Clubs in Modena, Modena L.A. Muratori, Carpi, Sassuolo, Castelvetro di Modena), C.O.F.I.M. SPA & Gianni Gibellini, Franco Appari, Andrea Lucchi, Federica Vagnarelli, Biogas Europa Service & Massimo Faccia, Pierangelo Bertoli Fans Club, Maria Santoro and Valentina Spezzani are strongly acknowledged for their generous support to our research.
Quality control: Single stained beads
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