The Fluidity One-W measures the rate of diffusion of proteins under steady state laminar flow in a microfluidic chip - a technique known as microfluidic diffusional sizing (MDS).
By measuring your proteins and their interacting partners in a close-to-native, biological background, you can expect more transferable results that accurately represent natural biological processes.
Work in crude biological mixtures with minimal preparation, while controlling for off-target binding. Gain valuable insights at the earliest possible stage.
Gain meaningful insights into protein complexes and their formation with less sample and in less time.
Solution state measurement coupled with high sensitivity means you can study proteins that are problematic for other systems such as:
-Multi protein complexes
-Intrinsically disordered proteins
Assess the quality of your protein complex even in early stage fractions, allowing you to optimize protocols early. Use insights on protein size, state and yield to rationalize how you move forward before you begin time consuming purification.
The minimal sample prep, easy-to-use design and wide dynamic range means you will spend less time setting up, and more time generating the data you need.
The Fluidity One-W is currently in development, and we’re enrolling early access partners to help us define the specification of the instrument based on their applications. If you'd like to learn more and potentially participate then get in touch
*The Fluidity One-W is currently in development. Exact specifications are not yet confirmed and may be subject to change