Flow
Cytometry
End-to-end solutions for immunophenotyping, cell cycle dynamics, and intracellular cytokine profiling at individual cell resolution for oncology and drug discovery.
Measuring Single-Cell Dynamics
Flow cytometry is the gold standard for researching immune response, cell signaling, and cell cycle dynamics. Whether you are researching oncology, stem cell biology, or drug discovery, our flow platforms deliver the single-cell resolution required for complex biological insights.
Immunology Ready
T/B cell phenotyping and intracellular cytokine detection.
Oncology Focus
Annexin V apoptosis mapping and cell cycle distribution.
Detection Core
By analyzing DNA content using FACS (Fluorescence-Activated Cell Sorting), we precisely determine the distribution of cells across different phases of the cell cycle, correlating fluorescence intensity with DNA quantity.
Analytical Cytometry Clusters
Immunophenotyping
End-to-end solutions for phenotyping immune cell subsets (T cells, B cells) and intracellular cytokine staining (ICS).
Cell Cycle Analysis
DNA content analysis using FACS to determine population distribution across G0/G1, S, and G2/M phases.
Apoptosis Detection
Comprehensive FACS-based assessment of programmed cell death and mitochondrial health.
FISH-Flow Services
Fluorescence In-Situ Hybridization integrated with flow cytometry for single-cell RNA quantification.
Phospho-Flow Signaling
Monitoring cell signaling pathways through Phospho-flow assays at individual cell resolution.
Custom High-Throughput
Tailored flow protocols for oncology, stem cell research, and industrial drug discovery.
Multiparametric Pipeline
Panel Design
Multi-color marker selection
Staining
Fluorescence conjugation
FACS Acquisition
Single-cell fluidic run
Gating
Population subset isolation
Analytics
Statistical population data
FISH-Flow RNA quantificationUnique Tech
"FISH-Flow involves hybridizing fluorescent oligos to RNA and quantifying fluorescence at a single-cell level using flow cytometry. This fusion of hybridization and cytometry allows for undisputed quantitative precision in transcript modeling."
Analytical Detection Core
Validated single-cell platforms for deep population readout.
FACS Platforms
Population-based sorting
Multi-Laser Optic
High-parameter detection
FISH-Flow Tech
RNA/DNA hybridization
Mitochondrial Read
Potency & Survival check
Intracellular ICS
Cyto-expression mapping
DNA Profiling
Cell cycle phase distribution
Dynamic
Sorting
"Regardless of whether you are researching immune response or cell cycle dynamics, our FACS-based analysis correlations provide undisputed population data."
Cytometry Specialized Tiers
Architecture of Cellular Readout
Phenotype Basic
Subset Identification
Signaling Master
Molecular Dynamics
Sorted Solutions
Industrial Discovery
Events
Captured
Download our technical handbook to explore multicolor immunophenotyping panels, FISH-Flow RNA protocols, and Phospho-flow signaling designers.