Products
Innovating the Future of
Enzyme Detection
Chirally-Enriched Single-
Walled Carbon Nanotubes
Highly purified single-walled carbon nanotubes (SWCNTs) unlock the full potential of their extraordinary electrical, thermal, mechanical, and optical properties, making them ideal for advanced chemical reactions and nanoscale applications. Purity ensures consistent performance, while optimal concentrations enable uniform dispersion and precise reactant interaction.
The Future of
Biochemical Sensing
Arrives in 2026
Functionalized Nanosensors
The Nanoassay™ enables a simple protocol by providing highly stable nanoprobes tuned for your specific substrate. Functionalization eliminates the need for multiple reagents, improves specificity and reduces background noise.
- Enhanced specificity to target enzymes
- Real-time, label-free detection
- Modularity and tunability for multiplexed sensing
- Minimal sample preparation
- Non-covalent wrapping preserves optical properties
Mobile Nanoassay™ Kit
Bring the Lab to the Field” – The Zymosense Mobile Nanoassay™ Kit is the first portable, nanotechnology-enabled platform for measuring enzyme activity with laboratory precision—right at the point of use. Breaking from traditional dye-based methods, the Mobile Nanoassay™ Kit leverages functionalized nanosensors pre-wrapped with target substrate, eliminating the need for cumbersome “mix-and-measure” benchwork and enabling rapid, on-site analysis.
Near-Infrared Fluorometer
This advanced fluorometer leverages single-walled carbon nanotubes (SWCNTs) as near-infrared (NIR) fluorophores to measure enzyme activity with high sensitivity and minimal background interference. Unlike conventional plate readers, it operates in the 700–1500 nm range—the biological window—allowing for deep signal penetration through complex matrices like plant extracts, serum, or tissue lysates.
- Modularity and tunability for multiplexed sensing
- Minimal sample preparation
- Non-covalent wrapping preserves optical properties