barrelcortexfunction2016.com
Sponsors
http://barrelcortexfunction2016.com/Sponsors.html
Barrel Cortex Function 2016. 19-20th of May, 2016. VU UniversityAmsterdam, the Netherlands. See "PROGRAM" page for meeting booklet. Royal Netherlands Academy of Arts and Sciences (KNAW).
synchroslice.net
Lohres - Links
http://www.synchroslice.net/en/links
Oocytes ready-to-use for cDNA or mRNA injection or electrophysiological recording and Lab Equipment.
coulbourn.com
About Us
http://www.coulbourn.com/aboutus.asp
Join our mailing list! Coulbourn Instruments has been in operation in the Lehigh Valley for more than 35 years. The company is an acknowledged leader in the design, manufacturing and marketing of laboratory instrumentation for the life sciences. Its equipment is in use in the pharmaceutical industry, in university research laboratories and in independent laboratories worldwide. Flexibility, durability and ease of use are hallmark features of Coulbourn apparatus. For those applications involving physiolog...
multielectrodedevices.com
Qwane Biosciences - MEA Products
http://www.multielectrodedevices.com/New_MEAs.html
The MEA60 biochips are adapted to the commercially available MEA60 signal amplification and data acquisition system from Multi Channel Systems MCS. Reutlingen, Germany). MEA60 Biochips are fabricated on glass chips and include 60 recording/stimulation sites made of platinum, or gold electrodes. We offer various microelectrode arrangements and geometries (planar and 3D tip-shaped electrodes) as described in the MEA60 product section below. Qwane Standard MEA60 Biochip Products. MEA60 Biochips - 8x8 matrix.
neurint.ls.biu.ac.il
Neural Interfaces lab
http://neurint.ls.biu.ac.il/Links.html
45, 2009), Journal of Neuroscience. 71, 2009), Progress in Neurobiology.
neural.bme.ufl.edu
Links
http://neural.bme.ufl.edu/page14/page14.html
Neural and Hybrid Computing Laboratory. Department of Biomedical Engineering, University of Florida. MEA Users News List. Other Links you might be interested in:. Links to various neural modeling packages available. NEURON Web Site @ Duke. SNNAP - Simulator for Neural Networks and Action Potentials. BBP Blue Brain Project. EEG Based Brain Computer Interface Technology. Mental typewriter' controlled by thought alone. 18:35 09 March 2006. NewScientist.com news service. December 10, 2004.
neural-engineering.eu
Consortium | Neural Engineering
http://www.neural-engineering.eu/consortium/index.html
Universitat Politecnica de Catalunya. Director of Research: Alessandro Torcini. Director of Publicity: Simon Schultz. Director of Training: Jordi Garcia-Ojalvo. Industry Representative: Maria Lopez. Experimental Representative: Noah Russell. Research Facilitator: David Hawker. Center for Neural Dynamics, Ottawa). Gatsby Computational Neuroscience Unit, UCL). The NETT Research Fellows. 2013 Simon Schultz Contact Me.
stz799.de
STZ 799
http://www.stz799.de/en_index.html
STC Autonomous Nervous System and Safety Studies. The STC Autonomous Nervous System and Safety Studies was founded in 2004 expressly for the coordination of the clinical pilot-study with a subretinal implant. Clinical Pilot Study Retina Implant. A prospective open pilot study with functional placebo-control to evaluate the efficacy and tolerability of a subretinal implant in blind patients. This is the first clinical study in humans with a subretinal implant. Organisation and Coordination of the Study.
stz799.de
STZ 799
http://www.stz799.de/index.html
STZ Autonomes Nervensystem und Sicherheitsstudien. Das STZ Autonomes Nervensystem und Sicherheitsstudien wurde 2004 eigens für die Koordination der Klinischen Pilot-Studie mit einem subretinalen Netzhautimplantat gegründet. Klinische Pilot-Studie Retina Implant. A prospective open pilot study with functional placebo-control to evaluate the efficacy and tolerability of a Subretinal Implant in blind patients. Blinde Patienten mit erblichen Netzhautdegenerationen. Organisation und Koordination der Studie.
jar-labs.vomifix.com
MEA - JAR-Labs
http://www.jar-labs.vomifix.com/mea.html
Prof C.K. Yeung. The Microelectrode Array (MEA). We currently have two different MEA systems in our laboratory: MEA-1 is a 64-channel system originally designed and built by our collaborators in Germany (Max-Planck-Institute for Polymer Research); and MEA-2, a 60-channel system. Was obtained following a project grant being successfully awarded in 2010. MEA-1 Chip - Individual Components and Channel Organisation. We have designed different electrode patterns for different purposes. We aim to acheive:.
