Using Viscosity to Probe and Characterize Proteins and Excipients
While it is defined as “a fluid’s resistance to flow”, at a molecular level viscosity is ...
Why Outsource Your Sample Testing
Anyone working in research and development knows the immense amount of preparation, ...
More Than Viscosity - Molecular Structure Characterization
When comparing viscometers, the primary differentiators are typically: Does it measure ...
Importance of Viscosity: How to Measure it
In simplest terms, viscosity is defined as “the resistance to flow” and is often referred ...
Importance of viscosity in cell culture media
Cell culture media is essential for many in labs in academia, national laboratories, and ...
Webinar Recording: Taming non-Newtonian Data with the WRM Correction
Last week, we hosted a webinar on the Weissenberg-Rabinowitsch-Mooney Correction, also ...
Great Customer Question: Can You Measure Zero Shear Viscosity
One of our customers recently asked a great questions about how to measure zero shear ...
Why is it important to do viscosity testing at greater than 1,000 1/s?
If you are not performing high shear viscosity testing on your proteins, then you are not ...
How To Select Your Desired Shear Rate
One of the most commonly asked questions we receive from our clients is centered around ...
Which RheoSense Chip do I use for my Application?
One of the common questions we get from our customers is, “Which chip do I use to test my ...
The Explanation of Rsquared Values on RheoSense Viscometer Software
I recently got a pretty challenging question from one of my customers who mentioned that ...
RheoSense Video Series: VROC Initium IQOQ
Earlier this year, we announced a start of an exciting collaboration between the Initium ...