نتایج جستجو برای: multiple unit recording

تعداد نتایج: 1168810  

2008
Jun Yamamoto Matthew A. Wilson

Yamamoto J, Wilson MA. Large-scale chronically implantable precision motorized microdrive array for freely behaving animals. J Neurophysiol 100: 2430–2440, 2008. First published July 30, 2008; doi:10.1152/jn.90687.2008. Multiple single-unit recording has become one of the most powerful in vivo electro-physiological techniques for studying neural circuits. The demand has been increasing for smal...

2013
David E. Carlson Joshua T. Vogelstein Qisong Wu Wenzhao Lian Mingyuan Zhou Colin R. Stoetzner Daryl Kipke Douglas Weber David B. Dunson Lawrence Carin

We propose a methodology for joint feature learning and clustering of multichannel extracellular electrophysiological data, across multiple recording periods for action potential detection and classification (“spike sorting”). Our methodology improves over the previous state of the art principally in four ways. First, via sharing information across channels, we can better distinguish between si...

Journal: :Journal of neuroscience methods 1995
C M Gray P E Maldonado M Wilson B McNaughton

The majority of techniques for separating multiple single-unit spike trains from a multi-unit recording rely on the assumption that different cells exhibit action potentials having unique amplitudes and waveforms. When this assumption fails, due to the similarity of spike shape among different cells or to the presence of complex spikes with declining intra-burst amplitude, these methods lead to...

1998
TROND NORDTUG

The objective of the present work has been to develop a method for measuring the rate of oxygen consumption on a routine basis during toxicity testing and environmental monitoring. This requires a method that is reliable over long periods and can be used with a minimum of maintenance work in a variable environment. The system should consist of a compact unit easily transported and available at ...

Journal: :Biomedical physics & engineering express 2017
L Chen S J Ilham T Guo S Emadi B Feng

Electrode arrays interfacing with peripheral nerves are essential for neuromodulation devices targeting peripheral organs to relieve symptoms. To modulate (i.e., single-unit recording and stimulating) individual peripheral nerve axons remains a technical challenge. Here, we report an in vitro setup to allow simultaneous single-unit recordings from multiple mouse sciatic nerve axons. The sciatic...

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