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Title	Description
Root cause investigation for pharmaceutical water systems	In this whitepaper we discuss some typical sources of contamination in water systems and how root-cause investigations can be supported using on-line Total Organic Carbon (TOC) analysers.
Absolute Counting using the CytoFLEX {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	In this whitepaper we compare and contrast syringe-based and peristaltic pump-based fluidics system for the application of beadless absolute counting. Topics important to the validation of a counting assay are discussed.
Validating On line TOC Analysers for Product Release using ICH Q2 {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by Author Tony Harrison is a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
21CFR part 11 Data Integrity for On-line WFI Instruments	Whitepaper by author Tony Harrison, a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
Optimizing Workflow Efficiency of Cleanroom Routine Environmental Monitoring with Beckman Coulter Life Sciences MET ONE 3400 Portable Air Particle Counters {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by author Tony Harrison, a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
Importance of TOC measurement in WFI in light of European Pharmacopoeia EP 2.2.44 change {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by Author Tony Harrison is a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
SPRIselect User Guide {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	SPRI Based Size Selection
Offline Flow Cytometry Analysis Software: Importance of Scaling and Data Visualization {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Learn about the flow cytometry open platform data structure and how it facilitates for robust offline analysis
Quality Control Electronic Records for 21 CFR part 11 Compliance	This paper describes how Quality Control instruments can be optimised for pharmaceutical use, helping to improve the integrity of the data in the final electronic record.
Cleanroom Routine Environmental Monitoring, 21 CFR part 11 Data Integrity FDA Guidance {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by author Tony Harrison, a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
European Pharmacopoeia EP 2.2.44 and Total Organic Carbon {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by Author Tony Harrison is a Compliance and Applications Specialist for Beckman Coulter Life Sciences \| Published 2017
Whitepaper: Standardizing multi-color flow cytometry applications with DURAClone reagents {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	A whitepaper discussing DURAClone reagents are a robust solution for standardizing multi-color flow cytometry applications
Specifying Non-Viable Particle Monitoring for Aseptic Processing	This paper details key considerations when implementing a continuous non-viable particle monitoring (NVP) system.
Whitepaper: Long Term Stabilization of Tandem Dyes for Use in High Complexity, Multi Variant Flow Cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	A whitepaper discussing long-term stabilization of tandem dyes for use in high-complexity, multi-variant flow cytometry
Whitepaper: DuraClone improves standardization of compensation workflow for high-content multicolor applications by flow cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	A whitepaper discussing how DuraClone improves standardization of compensation workflow for high-content multicolor applications by flow cytometry
Automating Biopharma Quality Control to Reduce Costs and Improve Data Integrity	This whitepaper takes a look at four common quality control procedures and how automation can help improve data integrity by reducing opportunities for human error, whilst also saving time and reducing operating costs. The four quality control procedures discussed in this paper form a common thread in the biopharmaceutical manufacturing industry and are water quality testing, cleanroom routine environmental monitoring, biological cell counting and viability testing and final injectable drug particulate testing.
Avoid the Pitfalls when Automating Cell Viability Counting for Biopharmaceutical Quality Control	In this paper we show one example of how identifying viable cells by minimum diameter alone can introduce variability of circa 33% in the reported cell concentration. This paper describes how to avoid these common pitfalls when user is adopting a new automated method of cell counting.
Flow Cytometric Analysis of Endothelial Progenitor Cells {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Dorota Sadowicz, Vasilis Toxavidis, John Tigges \| Beth Israel Deaconess Medical Center \| Harvard Stem Cell Institute
Long Term Stabilization of Tandem Dyes for Use in High Content, Multi Variant Flow Cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Snehita Sattiraju, Tewfik Miloud, Neha Girish, Murthy Pendyala, Sridhar Ramanathan \| Beckman Coulter India Pvt Limited, Bangalore Development Centre, Bangalore, INDIA and Beckman Coulter Life Sciences, Immunotech, Marseille, FRANCE
Major Swiss Medical Research Center Increases Cell Sorting Capability {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	The Geneva Medical College has doubled its activities since 2010, and has an increasing number of reseachers
Comparing the AQUIOS CL PLG Application to the FC500 MCL FlowCARE PLG Application {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	The performance of the AQUIOS PLG System (or application) was assessed by comparing the results to the comparator estimation of difference as described in CLSI EP9-A3 Measurement Procedure Comparison and Bias Estimation Using Patient Samples; Approved Guideline, Third Edition.
Offline Flow Cytometry Analysis Software: Importance of Scaling and Data Visualization {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	This whitepaper discussed the flow cytometry open platform data structure and how it facilitates for robust offline analysis, the importance of data scaling and display features in ensuring your data looks consistent with the native environment, and illustrates specific examples comparing the native display to an offline data analysis software across a variety of platforms and manufacturers.
High Content DuraClone Reagents on the CytoFLEX Flow Cytometer: Instrument Setup using the CytoFLEX Compensation Library {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Dr. Nicole Weit, Dr. Andreas Böhmler, Dr. Michael Kapinsky \| Published 2015
DuraClone Improves Standardization of Compensation Workflow for High Content Multicolor Applications by Flow Cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Multiparametric flow cytometry is a valuable tool for clinical research as it allows the use of multiple dyes, including tandems, to monitor several markers simultaneously
Detection of Both Surface Proteins and Intracellular Phospho-Determinants in Whole Blood Using the PerFix-p Reagent System {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: William L. Godfrey, Li Yang, Samantha Bauchiero, James W. Tung, Valerie Mallet, Lidice Lopez, Vincent Shankey, Emmanuel Gautherot
Room Temperature Stable Unitized Reagents for High Content, High Throughput Flow Cytometry Applications {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Neha Girish, Jean-Marc R Busnel, Samee Saif, Nathalie Dupas, Tewfik Miloud,Vishakha Mangale, Emmaunel Gautherot, Sridhar Ramanathan
Hydraulic Particle Counter Sample Preparation {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	The number one contributor to an inaccurate Particle Counter sampling result is improper sample preparation
ROC - Remote Online Counter Basic Setup Requirements {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	The new ROC (Remote Online Counter) is the direct replacement for the PM4000 series instruments
Changes to GMP Force Cleanroom Re-Classifications {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Whitepaper by author Tony Harrison, Senior Marketing Manager, Particle Counting & Characterization Business Unit
Designing “Backbone” Multi-Color Panels for T-cell and Treg Populations with Allowance for Drop-In Reagents {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: William L. Godfrey, Jonel G. Lawson, Carlos A. Garcia, Enrique Rabellino, Jeffrey R. Cobb, and James W. Tung
Comparison of the Analysis Capabilities of Beckman Coulter MoFlo XDP™ and Becton Dickinson FACSAria™ I and II {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Dr. Carley Ross, Angela Vandergaw, Katherine Carr and Karen Helm
Use of Precision Profiles to Estimate Precision of Lymphocyte Subset Analysis by Flow Cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Robert Magari, Diana, B. Careaga, Karen, K. Lo, Xiangyang Dong, Elena Afonina, Liliana, M. Tejidor
Comparison of Sorting Capabilities of Beckman Coulter MoFlo™ XDP and Becton Dickinson FACSAria™ I and II {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Dr. Carley Ross, Angela Vandergaw, Katherine Carr and Karen Helm
Demonstration of the Analytical Performance of the Navios Flow Cytometer in a Multi-Center Study {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Diana Careaga, Robert Magari, Karen Lo, Michael Keeney, Janice Popma, Joanne Luider, Aito Ueno, Gerard Lozanski, Bruce Briggs, Elena Afonina, Enrique Rabellino and Liliana Tejidor
Hematopoietic Bone Marrow Cell Sorting Without Compromise: 7 Lasers, Eight Colors, Six Way Sorting A Novel Approach {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Vasilis Toxavidis, John Tigges & Meritxell Alberich Jorda
Enumeration of T, B, and NK Subpopulations in Aged Whole Blood Samples using the Aquios CL Instrument with Tetra Application {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Violetta Headley, Xiangyang Dong, Raquel Cabana, Veronica Trujillo, Michael Thomas, Robert Magari and Elena Afonina
Evaluation of the Analytical Performance of the Aquios CL Flow Cytometer in a Multi-Center Study {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	A multi-center study was conducted to establish the performance of the AQUIOS CL Flow Cytometer with AQUIOS Tetra Panel reagents for lymphocyte subset analysis
CytoFLEX System Performance Evaluation {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Performance testing of cytometry instruments is utilized to characterize the capability of the cytometer to perform high complexity applications
Epithelial Cell Death Analysis of Cell Cycle by Flow Cytometry {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Savithri Balasubramanian, John Tigges, Vasilis Toxavidis and Heidi Mariani
Comparing the Aquios CL Flow Cytometer, the Facscalibur Flow Cytometer and the Unicel DXH 800 Hematology Analyzer Tetra Applications {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	The comparability of the AQUIOS Tetra System was assessed by comparing the results with the predicate method using the estimation of difference as described in CLSI EP9-A3 Method Comparison and Bias Estimation
Comparison of Aquios Tetra and Navios Tetra System Performance {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Violetta Headley, Michael Keeney, Dominika Benjamins, Justin Rohrbach, Robert Ortega, Karen Lo, Liliana Tejidor and Elena Afonina
Standardized Compensation Setup for the ClearLLab LS (Lymphoid Screen) Application {E588CF40-730C-4137-A5DC-8DDEAB7CF7D9}	Authors: Pooja Dalvi, Bharathi Ravi, Badri Natrajan, Neha Girish, Xiangyang Dong

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