iNTApharma Nanoparticle Analyzer
A direct path to bioparticle size, concentration, and composition
iNTApharma provides fast, label‑free nanoparticle characterization for teams working on gene and cell therapy vectors, extracellular vesicles, and next‑generation delivery systems—offering immediate insights into critical quality attributes (CQAs) across AdV, EV, LNP, and more.
What you get with iNTApharma nanoparticle characterization
Enhanced Data Depth
- More than Counting: Quantify and classify subpopulations label-free.
- iNTA Precision: Resolve complex samples in unprecedented resolution.
Increased Workflow Efficiency
- High Throughput: Integrated 18-well plate reader for long-run autonomy.
- Hands-Off Operation: No manual sample changes or cleaning flushes.
Sample Conservation
- Low Volume Requirement: Full analysis using only 50–100 µL.
- Precious Sample: Minimize waste of high-value or limited materials.
Operational Flexibility
- Smarter Handling: Load and seal 18-well-plates in biosafety cabinet.
- Benchtop Convenience: Bring sealed sample to instrument outside.
Operational flexibility with a smarter workflow
The 18-wellplate consumeable makes your life easier.
Fill consumeable in biosafety cabinet and seal it.
Place consumeable on instrument and start analysis.
Assess Critical Quality Attributes
Easy disposal of consumeable after "autoclaving" it for 30 min.
Applications of iNTA
Label-Free Discrimination of Extracellular Vesicles (EV)
This application note details how Interferometric Nanoparticle Tracking Analysis (iNTA) provides high-resolution, label-free quality control for adenoviral vectors (AdV). It is essential for researchers needing to distinguish intact viruses from contaminants or empty capsids, a task challenging for conventional methods like DLS or NTA.
Quality Assessment of Adenoviral Vectors
This application note highlights how Interferometric Nanoparticle Tracking Analysis (iNTA) achieves label-free discrimination of extracellular vesicles (EVs) from co-isolates like lipoproteins in complex biological fluids. It is a vital read for researchers seeking to bypass the limitations of traditional size-based separation and fluorescence labeling.
Get in touch with our iNTA experts
Directly talk to our application experts and learn how iNTA can support your work.