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.
Thank you for your patience.

Download-button_s

Experiment Overview

Repository ID: FR-FCM-Z2ZJ Experiment name: Comparison of PBMC sample aliquots acquired in parallel on a CyTOF2 and a Helios mass cytometer MIFlowCyt score: 65.75%
Primary researcher: Brian Lee PI/manager: Adeeb Rahman Uploaded by: Brian Lee
Experiment dates: 2017-11-13 - 2019-03-25 Dataset uploaded: Mar 2019 Last updated: Aug 2019
Keywords: [Helios] [CyTOF2] [Comparison] Manuscripts: [31364278] Cytalogo
Organizations: Icahn School of Medicine at Mount Sinai , New York, NY (United States of America)
Purpose: To evaluate the performance of Fluidigm's 3rd generation Helios mass cytometer compared to the 2nd generation CyTOF2 on PBMC sample aliquots.
Conclusion: We find divergent behavior and performance between biological samples and the synthetic EQ beads used for instrument calibration and acquisition normalization. While the Helios mass cytometer resulted in higher median signal intensities and lower coefficients of variance (CV) on the synthetic EQ beads, we observed reduced median signal and higher CVs on the PMBC sample aliquots when compared to the CyTOF2.
Comments: None
Funding: Not disclosed
Quality control: One stained PBMC sample was divided into multiple aliquots for acquisition on the same CyTOF2 and Helios instruments.


Experiment variables

Sample Type
· CyTOF2 171120_HIMC03_N_CyTOF2_1.2M_45ulmin.fcs · 171122_HIMC03_N_CyTOF2_1.2M.fcs · 171127_HIMC03_S_CyTOF2_1.2M_0_norm2.fcs
· Helios 171120_HIMC03_N_Helios_1.8M_30ulmin_01.FCS · 171122_HIMC03_N_Helios_1.8M.fcs · 171122_HIMC03_S_Helios_1.8M_0_norm2.fcs

Download FCS Files or login and see the dataset in your inbox for further annotation details.