Patch clamp assays have never been easier!By integrating microfluidic perfusion with standard well plates, Fluxion has produced automated electrophysiology systems that look and operate much like a benchtop microplate reader. The IonFlux systems have made patch clamping simpler, faster and better than ever before. From the broadest range of protocols, to the richest set of features, the IonFlux systems will satisfy users with a demanding need for high fidelity data and those who need it easily.
Choose true giga-ohm seal performance or consistent ensemble recording, all on the same system.
Continuous perfusion is a system standard - just like a manual rig! The ideal system for ligand- gated ion channels.
Automated temperature control - run from 4º to 40º C.
2 configurations to meet the broadest range of needs, from most affordable system to highest throughput of 10,000 or more data points per day.
Affordable - prices starting at the same level as a manual patch clamp rig.
Scalable - can be integrated with a liquid handler for walk-away automation.
“I need to add electrophysiologycapabilities to my lab.”Discover how the Arnold lab at UWquickly developed a transienttransfection ion channel assay
“I need continuous perfusion to
perform a successful NMDA assay.”Discover what continuous perfusion
and synchronous operation can do for
one of the most challenging LGIC targets.
100% agonist exchange and no wait time
between compound additions make all the
“I need to increase my ion channelcompound screening throughput
andsuccess rate to the next level.”See how Pfizer scientists superchargedtheir LGIC assays, dramatically
increasing throughput and reducing
“I need a better hERG safety assay. My
current solution has low success rates
and highconsumable costs.”
Review data on key reference compounds
and the Novartis publication detailing hERG
performance and pharmacology, including
physiological temperature studies