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High-sensitivity biosensor based on the SwichSENSE principle using DNA as a fixation tool.

[Features] - A high-sensitivity sensor approximately 100 times more sensitive than conventional biosensors: Detection limit of 10 fM - Capable of detecting structural changes in proteins with high precision (±0.1 nm) - By using nucleic acids to present molecules on the chip, various molecules can be easily presented and exchanged on the chip through hybridization - The density of the molecules presented on the chip can be easily controlled. Immobilization of two types of molecules is also possible. - Compatible with 96/384 well plates. Modular design allows for high-throughput capabilities.

A new measurement method that enables real-time interaction analysis on cells!

At heliXcyto, a newly designed cellTRAP biochip with a cage made of biocompatible polymer captures various types of single cells on the chip and directly measures the association rate constant kon and dissociation rate constant koff through real-time interaction measurements on the cell surface.

It is possible to set various crystallization conditions! A compact micro-dispensing system for protein crystallization.

【Features】 ■ Compact micro-dispensing system ■ Minimum 100 + 100 nl (protein + precipitant) sitting drop ■ Setup for 96-well plates possible with 9.79 μl of protein ■ Additive screening possible ■ Hanging drop and micro-batch dispensing also possible

A flow imaging microscope capable of particle size distribution and particle image analysis in solution. It is used for detecting impurities in biopharmaceuticals.

The FlowCam series is a particle image analysis system that combines digital imaging technology with optical microscopy technology. It captures high-speed images of microparticles in solution through an optical microscope and performs automatic analysis in real-time. It can simultaneously obtain information on particle size distribution and particle images. In addition to particle size and concentration, the ability to evaluate particle shape through image analysis allows for detailed analysis of samples that cannot be understood through simple particle size distribution.