Flow Cytometry Blog

KCAS’ Flowmetric Site Quadruples Lab Space with Significant Investments in Spectral Flow and Cell-sorting

Solving the Challenges of Pharmacodynamic and Biomarker Analysis by Flow Cytometry for Support of Multiple Sites

Welcome to Our New State-of-the-Art Facilities - Here’s What it Means for You and Your Flow Cytometry Projects

The Role of Flow Cytometry in Cell & Gene Therapy Research

The Big-‘Cs’ for Flow Cytometer Maintenance

Flow Cytometry: Tailored Solutions Without Additional Qualification (a KCAS blog)

How Flow Cytometry is Changing the Way We Manage Sepsis

Deciphering The Complex Roles of Mitochondria

In Silico-Designed Antibodies- A Reality at Last?

Update on Global Immunity to Covid-19: Retrospective Review of Sweden’s Approach to the Pandemic

Using Flow Cytometry to Determine Mechanisms of Action for Therapeutic Antibodies

Quantitative Flow Cytometry

Flow Cytometry Applications

The Diversity of AML and Prominence of Phosphorylation in FLT3+ Therapy Resistance

Recommended Controls for Reproducible Flow Cytometry Data

Optimizing Indirect Staining for Flow Cytometry Applications

Tamoxifen Chemotherapy Resistance Development through mTOR Phosphorylation Events and Exosomes

Fresh Versus Frozen- Sample Considerations for Clinical Flow Cytometry

Clinical Advancements Fueled by the Covid-19 Pandemic

Flow Cytometry Services

KCAS Bioanalytical and Biomarker Services, a Vitruvian Partners Portfolio Company, Announces Acquisition of FlowMetric, LLC

Identifying Your CRO-Partner for Flow Cytometry Services

Deciphering Dendritic Cells Using Flow Cytometry

Optimal Cell Staining

Quantum Dots- Are They Ready for Primetime Flow Cytometry?

A Guide to Viability Staining for All Flow Cytometry Panels

Best Practices for Successful FACS

Cell Counting Best Practices

Rethinking Clinical Trials During A Global Pandemic

Clinical Flow Cytometry – Data Analysis

Good Clinical Flow Cytometry Starts with Sample Collection

Breakthrough Cases of Covid-19

Clinical Flow Cytometry - Instrumentation

Optimization of Cell Proliferation Analysis Using Flow Cytometry

What Is Small In Size And Large In Nomenclature?

Recommendations for Flow Cytometry-based Receptor Occupancy (RO) Assays

Flow Cytometry Assay Qualification and Validation Explained

Applications in Flow Cytometry to Support Monoclonal Antibody Development

Patient Monitoring Post-CAR T Therapy using Flow Cytometry and Functional Proteomic Analysis.

CAR-NK Cell Therapy Flow Cytometry Assay

What is Vaccine Efficacy? - Vaccine Efficacy Explained

Covid-19 vaccines, the Latest Developments

Future Solutions to Expand Access to CAR-Based Immunotherapies

Unlocking the Mechanisms of T Cell Exhaustion for the Advancement of Immune-Based Therapies

CAR-T Cell Therapy: The Road from Bench to Bedside

Defining Cellular Subset Diversity in T-Cell Memory Responses to Vaccine Protocols

Flow Cytometry Applications in Epigenetic Studies

Is Severe Covid-19 Linked to Autoimmunity?

Immunophenotyping Panel Development using Flow Cytometry in Non-human Primates Toxicology Studies

Clinical Utility of Flow Cytometric Leukocyte Subset Identification

Flow Cytometry Applications in Infectious Disease Research and Diagnosis

Flow Cytometry Applications In Vaccine Development

GLP concepts in Flow Cytometry

Sample Preparation for Flow Cytometry - Best Practices

COVID-19 Serological-Based Testing: The Impact on Global Public Health

CLIA & GCLP standards for clinical trial support

Global SARS-CoV-2 (Covid-19) Immunity: How Do We Get There?

Pediatric Multi-System Inflammatory Syndrome Partially Associated with COVID-19

Serological Testing for SARS-CoV-2

FlowMetric’s Response to COVID-19

Myeloid-Derived Suppressor Cells – Using Flow Cytometry to Understand these Immune Suppressive Heavyweights in Cancer

Keep Calm and Contract Your Cytometry

The Three P’s of Ploidy – Understanding Ploidy and Flow Cytometry

To Validate or Not Validate... That Is The Assay Validation Question

Data Dive - Wrangling Big Data Sets from Flow Cytometry

Preclinical Toxicology and Clinical Studies - Using Flow Cytometry throughout Development

Cytokine Release Syndrome and CAR-T cells: Challenges to Cutting-Edge Therapies

3 Tips For Hybridoma Development

Why Outsource Flow Cytometry?

Receptor Occupancy - Definition, Overview, & Applications

Do’s And Don’ts Of Clinical Flow Cytometry

Insights Begin with a Single Cell: Detection of Phosphorylated Proteins Using Flow Cytometry

Mind the Mechanism - Using Flow Cytometry to Determine Mechanisms of Action for Therapeutic Antibodies

PrimeFlow – Linking RNA and Protein Expression in a Single Cell by Flow Cytometry

Making Hybridomas Happen - 5 Tips For Creating and Optimizing Your Selection of Hybridoma Clones

Sorting out the Details: Three Factors to Consider for Cell Sorting by Flow Cytometry

Measuring Memory - Evaluating Memory T Cells In A Clinical Setting

Cyno versus Rhesus NHPs - Things to think about when choosing non-human primate samples in your Flow Cytometry Studies

Outstanding Omics: Genomics, Proteomics, and Flow Cytometry

Flow Cytometry for Cell Cycle Analysis

Three Reasons to Partner with a Specialty CRO

Where did my cells go? On summer vacation???

Detecting Minimal Residual Disease by Flow Cytometry

Receptor Occupancy in the Clinic

Whole Blood Flow Cytometry Assays for Immuno-Oncology

Tox talk: Using Different Animal Models for Flow Cytometry-Based Toxicology Studies

Test Tube Throwdown – Finding the Right Tube for the Job

Pairing Two Techniques: Cell Sorting & Mass Spectrometry

Data Visualization – t-SNE Plots Explained

Quality Control and Flow Cytometry: What is it and why do it?

Using Cell Sorting to Characterize Cell Lines

Using Flow Cytometry To Evaluate Infiltrating Immune Cells (TIL) In Immuno-Oncology Research

Panel Preferences: Which Markers are Best for Staining Regulatory T Cells?

Mechanical versus Enzymatic Dissociation of Tissue for Flow Cytometry

Fixed or Fresh: What’s better for preclinical flow cytometry evaluations?

What Is Flow Cytometry

Be a Probiotic Pro: Flow Cytometry for Probiotics Testing

Fresh versus Frozen Cells - Considerations for Flow Cytometry

ICS Assays – The Beauty of Specificity

Preclinical Flow Cytometry - More than Immunophenotyping

Keeping Control of your Flow Cytometry Assay – FMOs and Isotype Controls

Cell Sorting for Monoclonal Antibody Production

Five Facts about Phosphoflow Cytometry Assays

Sorting for Rare Cell Phenotypes

Getting a Go-To Gating Strategy

When Good Cells Go Bad - Monitoring Viability for Cytometry and Sorting

Data Transfer – The Devil’s in the Details

4 Tips to Achieve Optimal Panel Design

Staying Alive in 2019 - Live/Dead Stain in Flow Cytometry Panels

Fear Not, Flow Cytometry Assay Validation is Within Reach!

Critical Controls - Controls for Diseased Samples

To Fix or Not to Fix – How to Handle Clinical Samples for Flow Cytometry

Flow Cytometry Beyond Basic Research: Best Practices In GLP For Flow Cytometry Assays

Fast and Furious Flow Cytometry: HTS Assays

The Many Colors of Immunophenotyping

T Cell Exhaustion – Using Flow Cytometry to Monitor this Immuno-Oncology Impediment

Spooky Cytometry - Watch Out for Zombie Data and Dead Cells!

Q is for Quality - QA, QC and Flow Cytometry

Why GLP?

Immunophenotyping Across Species – Looking Beyond Mice and Humans

Things to Consider for Tumor-Infiltrating Lymphocyte (TIL) Research

Are Your Cells Feeling Ill? - Using Flow Cytometry to Measure Oxidative Stress

Why Stimulate Cells for Flow Cytometry?

The “Black Box” of Assay Validation and Regulatory Issues for Flow Cytometry

Advancing Monoclonal Antibody Selection

Sorting Out Your FACS Needs - Considerations for Downstream Analysis by Gene Expression

Getting Granular: Measuring Cytotoxic Cell Degranulation

Complex Color - Benefits of Using High Complexity Staining Panels for Flow Cytometry

Venturing Into Flow Cytometry Assay Validation

Five Things to Remember When Developing Receptor Occupancy Assays using Flow Cytometry

Basophil Activation Tests (BAT) - Customized Assays or Kits

Making Sure your Samples Arrive Alive - Clinical Logistics and Flow Cytometry

Sorting Out Fluorescence Activated Cell Sorting

Flow Cytometry - Driving CAR T Cell Therapy from Bench to Bedside

The Four “i’s” of Immunophenotyping

Off-the-Shelf or Custom Flow Cytometry Panels - What Works for You?

Choose Your Reportables Wisely

Flow Cytometry and Vaccine Development

Considerations For Developing Flow Cytometry Assays In Both GLP & GCP Studies

Using Flow Cytometry Toward Investigational New Drug (IND) Applications and First-in-Human (FIH) Clinical Trials

Flow Cytometry-Based Receptor Occupancy Assays

Tips for Measuring T Cell Proliferation by Flow Cytometry

Cross Reactive Antibodies for Flow Cytometry

Flow Cytometry for Plant Science and Agriculture

Making Meaningful Measurements - Understanding Flow Cytometry-based Receptor Occupancy Assays [VIDEO]

Strategies for Measuring Immune Cell Activation by Flow Cytometry

Stimulation Situation - Why Stimulate Cells for Flow Cytometry?

In Search of Mesenchymal Stem Cells (MSCs)

Method Match Up: Automated Cell Counter vs Hemocytometer

Five Fundamentals of Cell Sorting

Top 3 Things To Consider When Developing A Clinical Flow Cytometry Assay

Using Flow Cytometry in Preclinical Toxicology and Safety Assessment

Why is Assay Validation Important?

Flow Cytometry in the Era of Big Data and Omics

Flow Cytometry for Probiotics - Beyond Basic Research

What Species is Right for your Flow Cytometry Assay? Things to Consider When Using Multiple Species for your Experiments

No Species, No Problem! Flow Cytometry With Novel Targets Or Species

Cross Reactive Antibodies for Flow Cytometry - A Deeper Dive

Functional Assays by Flow Cytometry - Fast, Precise and Flexible

Top Ten Reasons to Use Flow Cytometry for Preclinical Development

Intracellular Cytokine Staining - Flow Cytometry’s Workhorse Assay for Assessing Cell Function [VIDEO]

Sticky Situations - Using Cells from Tissue or Peripheral Whole Blood for Flow Cytometry [VIDEO]

Cell Separation - Sorting Out Your Choices

Seeing the Whole Picture with Whole Blood Assays [VIDEO]

Some Stimulating Situations for Flow Cytometry

Outsource Like a Pro and SOAR to New Heights

CRO: From Service Provider to Research Partner

The 5 P’s for a Productive Relationship with Your CRO

Keeping The Vaccine Development Pipeline Flowing

Making Every Stem Cell Count: FlowMetric Unveils New Validated CD34+ Cell Enumeration Assay

FlowMetric CEO inspiring young minds at Neumann University

Why was FlowMetric established?