in vivo Solutions for Extracellular Recording
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multichannel1? systems a division of Harvard Bioscience, Inc. Up to 256 channels • Real-time signal detection and feedback • Adapters to all commercially available probes • Wireless system

Wireless recording system The Wireless-Systems from Multi Channel Systems With its excellent signal-to-noise ratio, it is the ideal are the all-in-one solution for amplifying, recording, solution for spikes, LFP, EEG, ECG, EMG, and ECoG. and analyzing in vivo data from 4, 8, 16 or 32 Additional inputs to the interface board allow the channels. The amplifier bandwidth is 1 Hz to 5 kHz, synchronization of the data with external devices. sampled at 20 kHz per channel (up to 32 channels Multi Channel Systems offers two different Wireless- simultaneously, higher at less channels). With a...

multichannel^ systems Innovations in Electrophysiology Depending on the number of channels, you can connect one, two or four filter amplifiers at the same time running different experiments on each of them. Open the data acquisition and analysis software MC_Rack up to four times at once and control your amplifiers independently. The USB-ME-System has an integrated DSP (Digital Signal Processor) which makes a real-time signal detection/feedback possible. Light-weight and small-sized headstages Multi Channel Systems offers miniature and micro preamplifiers (MPA or pPA) with 2, 8, 16, and 32...

Impedance testing device nanoZ Multichannel microelectrode arrays for neuronal recording require testing of electrode site impedances to identify faulty sites, and conditioning of sites for effective microstimulation. Manual methods are labor intensive. The nanoZ was specifically designed for testing multichannel electrodes, and has several electroplating modes for automated impedance matching, site activation, and site re-juvenation. It can accurately measure the impedance of a 64-channel electrode in under a 15 seconds. Adapters for NeuroNexus probes, MEAs, and connectors from Millmax and...

Flexible and easy-to-use software The data acquisition and analysis program MC_Rack is highly adaptable with unlimited possibilities. It is included with all in vivo-systems from Multi Channel Systems. For routine lab work, the program is set up like an instrument rack on a workbench: • Combine virtual instruments (e.g. oscilloscope, filter, spike sorter, and much more). Virtual instrument rack: Use taskoriented template racks or design your own. Select any permutation of data streams for displaying, analyzing, exporting, etc. Apply several digital filters with different cutoff frequencies...

Acute and chronic recordings Recording systems from Multi Channel Systems are compatible with all kinds of in vivo electrode arrays on the market. Spike activity from acute or chronically implanted electrodes can be recorded with high resolution. It is possible to monitor any channel as an audio output in real-time, which helps positioning the electrode in the brain. All relevant parameters can be monitored online on all channels. The screenshot in the right shows data from an electrode array chronically implanted in a rat brain. Spikes are sorted online, overall spike rate and...

Compact, functional, and flexible systems • Complete plug and play data acquisition system with light-weight and functional components • Modular system, can be easily upgraded and combined with other instrumentation • Adapters for all standard microelectrode arrays such as NeuroNexus probes • Plug-and-play systems Perfect for a wide variety of applications • Real-time signal detection and feedback • Simultaneous spike and local field potential recording • Multi-unit and single-unit recording from awake behaving animals • Supports multitrode analysis for improved spike sorting • Wireless...

<a SmartE p hys multichannel^? systems ◦ division of Harvard Btosclence, Inc. • Made • in Germany © December 2016 Multi Channel Systems MCS GmbH Product information is subject to change without notice. Products that are referred to in this document may be either trademarks and/or registered trademarks of the respective owners. The publisher and the author make no claim to these trademarks.