NanoCytes™
Fluorescently-labeled nanoparticles that match the optical properties of real extracellular vesicles (EVs).
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NanoCytes™ are advanced, cell-mimicking nanoparticles engineered to deliver biological cargo with exceptional precision and control. Designed for demanding research environments, NanoCytes™ provide a reliable, scalable platform for next-generation therapeutic and diagnostic development.
Engineered nano-biology for precise delivery
NanoCytes™ are built to emulate key structural and functional features of living cells, enabling highly targeted interaction with biological systems. Their tunable surface chemistry and customizable payload capacity support a wide range of applications, from in vitro assays to preclinical studies. Each NanoCytes™ batch is manufactured under tightly controlled conditions to ensure consistent size distribution, stability, and performance.
Versatile platform for research and development
Optimized for compatibility with common laboratory workflows, NanoCytes™ integrate seamlessly into existing experimental designs. Researchers can load NanoCytes™ with nucleic acids, proteins, or small molecules, then track and analyze delivery outcomes using standard analytical techniques. This flexibility makes NanoCytes™ a powerful tool for method development, screening, and proof-of-concept studies.
Reliable performance and streamlined workflows
NanoCytes™ are supplied ready to use, minimizing preparation time and reducing variability between experiments. Clear handling guidelines support reproducible results across different users and laboratories. By combining robust physical properties with biological relevance, NanoCytes™ help accelerate discovery while maintaining high data quality.
Key features and benefits of NanoCytes™:
- Cell-mimicking nanoparticle architecture for biologically relevant interactions
- Customizable payload capacity for nucleic acids, proteins, and small molecules
- Consistent size, stability, and performance across production lots
- Ready-to-use format that simplifies experimental setup and workflows
- Broad compatibility with standard analytical and imaging techniques
