Insplorion sells an Acoulyte instrument to Professor Sibani Lisa Biswal at Rice University, Houston, USA

Professor Biswal’s research at Department of Chemical and Biomolecular Engineering at Rice University, focuses on using chemical, biological, and engineering approaches to study soft materials such as colloids, polymers, lipids, and surfactants. Professor Biswal and her team will use the Acoulyte mainly within their research on lipids, proteins and nanoparticle interactions.

The Biswal group has extensive experience in using the acoustic QCM-D technology, which the Acoulyte combines to, within, among others, research covering lipid-surface interactions. A demo was set up earlier this year after the interest was sparked when the group was introduced to the work of Professor Pedersen at University of Wisconsin-Madison, a reference customer of Insplorion.  The Acoulyte will be shared within several groups at their department. The list price of the Acoulyte is about 0,5 MSEK to which an academic discount is applied.  

"We are happy to have Professor Biswal as a new user of our NPS technology and are certain that her work will continue to show the benefits of combining acoustic and optical real time measurements for soft matter applications", comments Patrik Dahlqvist, CEO at Insplorion.

Questions are answered by:
Patrik Dahlqvist, CEO Insplorion AB, +46 723 62 32 61 or patrik.dahlqvist@insplorion.com

Insplorion AB (publ)
Sahlgrenska Science Park
Medicinaregatan 8A                
SE-413 90 GÖTEBORG
SWEDEN

+46 31 380 26 95
info@insplorion.com
www.insplorion.com

This information is insider information that Insplorion AB (publ) is obliged to make public pursuant to the EU Market Abuse Regulation. The information was submitted for publication through Spotlight Stock Market, on September 2, 2019.

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Insplorion AB, with its disruptive sensor platform NanoPlasmonic Sensing (NPS), operates within three fields. Battery sensors, air quality sensors and research instruments. Our sensor technology optimizes battery control and usage and enables air quality sensors at home, in cars and in public environment, thanks to the small size, durability and cost efficiency at volume production. Our instruments give scientists around the world nanometer sensitive real time data of surface processes in fields like catalysis, material- and life science.

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We are happy to have Professor Biswal as a new user of our NPS technology and are certain that her work will continue to show the benefits of combining acoustic and optical real time measurements for soft matter applications.
Patrik Dahlqvist, CEO Insplorion