ClusteringFlow cytometry (FC) devices count and measure cells in fluids in an automated procedure. In this paper we present our work in progress on the clustering of FC data. We compare standard clustering algorithms such as K-means, Ward’s clustering, etc., to the more advanced approach of sequential superparamagnetic clustering (SSC). We found Ward’s hierarchical clustering to perform best regarding internal cluster validation measures, while SSC yielded the best results based on the visual inspection of the clustering results
International audienceAnalytical flow cytometry (FCM) is well suited for the analysis of phytoplankt...
Recent technological developments in high-dimensional flow cytometry and mass cytometry (CyTOF) have...
Flow cytometry is used in cell therapy manufacturing to determine critical quality attributes such a...
Starting from well-known model-based clustering models equivalent formulations for some special mode...
Scanning flow cytometry (SFCM) is characterized by the measurement of time-resolved pulses of fluore...
<div><p>Scanning flow cytometry (SFCM) is characterized by the measurement of time-resolved pulses o...
Flow cytometry has become a standard method to analyze bacterioplankton. Analysis of samples by flow...
This Final Year Project report documents the process of using dimension reduction and unsupervised c...
Like many modern techniques for scientific analysis, flow cytometry produces massive amounts of data...
Like many modern techniques for scientific analysis, flow cytom-etry produces massive amounts of dat...
Background: Recent biological discoveries have shown that clustering large datasets...
Background: The capability of flow cytometry to offer rapid quantification of multidimensional chara...
Flow cytometry allows inexpensive monitoring of large and diverse cell populations using fluorescent...
Project (M.S., Electrical and Electronic Engineering) -- California State University, Sacramento, 20...
Analytical flow cytometry (FCM) is well suited for the analysis of phytoplankton communities in fres...
International audienceAnalytical flow cytometry (FCM) is well suited for the analysis of phytoplankt...
Recent technological developments in high-dimensional flow cytometry and mass cytometry (CyTOF) have...
Flow cytometry is used in cell therapy manufacturing to determine critical quality attributes such a...
Starting from well-known model-based clustering models equivalent formulations for some special mode...
Scanning flow cytometry (SFCM) is characterized by the measurement of time-resolved pulses of fluore...
<div><p>Scanning flow cytometry (SFCM) is characterized by the measurement of time-resolved pulses o...
Flow cytometry has become a standard method to analyze bacterioplankton. Analysis of samples by flow...
This Final Year Project report documents the process of using dimension reduction and unsupervised c...
Like many modern techniques for scientific analysis, flow cytometry produces massive amounts of data...
Like many modern techniques for scientific analysis, flow cytom-etry produces massive amounts of dat...
Background: Recent biological discoveries have shown that clustering large datasets...
Background: The capability of flow cytometry to offer rapid quantification of multidimensional chara...
Flow cytometry allows inexpensive monitoring of large and diverse cell populations using fluorescent...
Project (M.S., Electrical and Electronic Engineering) -- California State University, Sacramento, 20...
Analytical flow cytometry (FCM) is well suited for the analysis of phytoplankton communities in fres...
International audienceAnalytical flow cytometry (FCM) is well suited for the analysis of phytoplankt...
Recent technological developments in high-dimensional flow cytometry and mass cytometry (CyTOF) have...
Flow cytometry is used in cell therapy manufacturing to determine critical quality attributes such a...