How to ensure flow control for multiplexing

Microscopy techniques are constantly evolving with the aim of offering more precise images with high-resolution capabilities. Automation is becoming an essential feature for these techniques. Fluorescence microscopy requires the injection of different reagents sequentially.  A multiplexing system offers automation and precision for any protocol.

What is Fluigent technology for multiplexing

Automation and flexible configuration of fluidics sequences

Our microfluidic valves are integrated into our system to allow fast permutation between reagents and samples in a completely automated environment able to manage up 20 solutions & work with 96 well-plates.

Easy integration through our software and SDK

Our software centralizes the control of all the device’s components to ensure full monitoring and visibility of the process to the user, allowing for cost-effective and time-saving results

Fluigent’s pressure-driven technology

Our pressure controllers display a pulseless flow with drastically reduced response times and unmatched stability (0.1% CV) & accuracy, perfectly suited for biological applications making use of sensitive samples.

What are the advantages of multiplexing

In fluorescence microscopy, the number of targets for imaging requires several reagents to be injected. Sequential labeling with microfluidics allows for a much larger number of targets to be addressed.

Manual injection or standard pipetting can harm biological samples. Turbulent flow can damage the sample due to shear stress. Secure reproducibility

Find more information on Fluigent’s multiplexing technology and the offering here: https://www.fluigent.com/microfluidic-oem/applications/localization-microscopy/