ESA neuroscience systems: delivering reliable, highest-sensitivity measurements -- very, very fast!

There have been many important advances in neuroscience in recent years, and ESA applications scientists and engineers have played a pivotal role, working closely with leading researchers to develop optimized analytical systems and methods to make those discoveries possible. ESA scientists and electrochemical-detection systems have helped researchers measure, and thus better understand, the intricate relationships and processes necessary for effective neurotransmitter functioning as well as the effects of pharmacological agents on the neurotransmitters involved in many important physiological functions. Of course, every breakthrough, every problem solved elicits brand new questions. There will be many more dramatic neuroscience discoveries in the years to come. Count on us to lead the way and facilitate those too.

Whether you’re doing basic in vivo research to unveil the secrets of the brain, or studying microdialysis perfusates to learn the effects of disease or drubs on central neurotransmission, you need precise, reproducible results, and you need them fast. ESA systems for neuroscience are ideal for measuring neurotransmitters, from dopamine, serotonin, and norepinephrine to acetylcholine and amino acids.

As researchers continue to look for greater temporal and spatial resolution with lower-volume, more-dilute samples, the ability to measure multiple analytes and receptor types simultaneously provides a distinct advantage. ESA’s special HPLC systems for neuroscience makes it easy to quantitate both excitatory and inhibitory neurotransmitters like norepinephrine, dopamine, and serotonin simultaneously in a single sample so you can glean the most information about multiple pathways in a single analysis. Click here to see the ESA advantage, compared to competing technologies.

If your study requires real-time monitoring, we offer products that make fast cyclic voltammetry a reality for neuroscience labs – letting you make measurements virtually at the speed of thought.