NEUROSERVICE is the world-leading CRO for in vitro electrophysiological assays dedicated to CNS and PNS pharmacology.
NEUROSERVICE has a unique expertise for the recording of brain and spinal cord acute slices with Multi-Electrode Arrays and Patch-Clamp.
NEUROSERVICE provides an exceptional expertise for the design, the performance and the analysis of complex electrophysiological/pharmacological protocols. With a large band-width and short turnarounds, NEUROSERVICE accelerates your CNS Drug Discovery programs until the IND claim.
Thanks to a complete master of Multi-Electrode Arrays and Patch-clamp techniques, NEUROSERVICE is able to investigate your compound effects on neuronal networks and single neurons. Depending on the pathology targeted by your compound, NEUROSERVICE researchers will propose protocols related to the “regions of interest”. We can isolate any brain region and perform the most adapted protocol to reveal your compound properties: pharmacological properties, target(s), Mechanism(s) of Action, and safety issues.
We can record spontaneous firing activities, evoked-responses (electrical or chemical stimulations), synaptic transmission, short-term and long-term synaptic plasticity. In addition we can investigate more subtle parameters such as miniature excitatory or inhibitory currents or perform single-channels recordings.
NEUROSERVICE elegant protocols allow documenting the profile of agonists, partial agonists, inverse agonists, competitive and non-competitive antagonists, positive or negative allosteric modulators.
NEUROSERVICE performs recordings from various rodent and human tissue:
NEUROSERVICE is a world-renowned leader in patch clamp electrophysiology.
The patch clamp techniques allows the in vitro evaluation of compounds under the most physiologically relevant conditions.
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Multi Electrode Array (MEA) is mid-throughput technique enabling parallel and multi-site extra-cellular recordings within a single brain slice. Multi Electrode Array is the adequate technique to get an exceptional macroscopic view of neuronal networks.
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Calcium Imaging is a mid-throughput technique used to evaluate Calcium ions activity in functioning neurons.
By measuring individual cells or global neuronal networks calcium dynamics, Calcium Imaging allows a high resolution analysis of studied neuronal culture.
Our analysis tool allow focus on area of interest, so that AP firing can be measured locally.
High Density Multi Electrode Array system provides high-quality recording data at sub-cellular resolution from neuronal cultures. Thanks to a partnership with Maxwell Biosystems, we benefit from the MaxTwo system, a high-throughput recording equipment with 6 recordings wells.
Thanks to High Density MEA, Neuroservice helps understand the global firing activity of your neuronal culture and determine the validity of your culture.
NEUROSERVICE has a long experience for the characterization of genetically-modified rodents (mice or rats) for many neurodegenerative and neuro-muscular diseases.
Compounds can be evaluated in brain slices or spinal cord slices prepared from commercially available transgenic mice or rats (acute exposure or chronic exposure).
Recordings can be performed in slices prepared from rats (up to 18 months) or mice (up to 24 months).
NEUROSERVICE has dedicated assays for pain-killer compounds: cultured rodent sensory neurons (from DRG), spinal cord recordings and discrimination between layers 1-2 and layers 4-5 in the dorsal horn.
Based on the MEA technique, NEUROSERVICE proposes a quick screening assay on capsaicin-evoked firing activity (morphine and lidocaine as reference compounds).
Download the one-pager for a comprehensive overview of Neuroservice in vitro electrophysiology solutions for CNS and Pain preclinical drug discovery.
Learn moreNEUROSERVICE has strong experience in characterizing electrophysiological properties of MSNs in HD mouse models (including R6/2 and zQ175) with or without chronic dosing treatments or acute compound exposure.
Learn moreUsing the perforated patch-clamp technique, Neuroservice can provide experimental scientific support to drug discovery programs targeting cation-chloride cotransporters.
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