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- W1971426007 abstract "In this report, we describe the system integration of a complementary metal oxide semiconductor (CMOS) integrated circuit (IC) chip, capable of both stimulation and recording of neurons or neural tissues, to investigate electrical signal propagation within cellular networks in vitro. The overall system consisted of three major subunits: a 5.0 mm × 5.0 mm CMOS IC chip, a reconfigurable logic device (field-programmable gate array, FPGA), and a PC. To test the system, microelectrode arrays (MEAs) were used to extracellularly measure the activity of cultured rat cortical neurons and mouse cortical slices. The MEA had 64 bidirectional (stimulation and recording) electrodes. In addition, the CMOS IC chip was equipped with dedicated analog filters, amplification stages, and a stimulation buffer. Signals from the electrodes were sampled at 15.6 kHz with 16-bit resolution. The measured input-referred circuitry noise was 10.1 μV root mean square (10 Hz to 100 kHz), which allowed reliable detection of neural signals ranging from several millivolts down to approximately 33 μVpp. Experiments were performed involving the stimulation of neurons with several spatiotemporal patterns and the recording of the triggered activity. An advantage over current MEAs, as demonstrated by our experiments, includes the ability to stimulate (voltage stimulation, 5-bit resolution) spatiotemporal patterns in arbitrary subsets of electrodes. Furthermore, the fast stimulation reset mechanism allowed us to record neuronal signals from a stimulating electrode around 3 ms after stimulation. We demonstrate that the system can be directly applied to, for example, auditory neural prostheses in conjunction with an acoustic sensor and a sound processing system." @default.
- W1971426007 created "2016-06-24" @default.
- W1971426007 creator A5007729963 @default.
- W1971426007 creator A5038575019 @default.
- W1971426007 date "2014-10-10" @default.
- W1971426007 modified "2023-10-17" @default.
- W1971426007 title "A CMOS IC-based multisite measuring system for stimulation and recording in neural preparations in vitro" @default.
- W1971426007 cites W131925969 @default.
- W1971426007 cites W164270033 @default.
- W1971426007 cites W1847574588 @default.
- W1971426007 cites W1856380311 @default.
- W1971426007 cites W1976537250 @default.
- W1971426007 cites W1978023046 @default.
- W1971426007 cites W1982756257 @default.
- W1971426007 cites W1984615588 @default.
- W1971426007 cites W1985803833 @default.
- W1971426007 cites W1987611644 @default.
- W1971426007 cites W1988467545 @default.
- W1971426007 cites W1990283232 @default.
- W1971426007 cites W1993899334 @default.
- W1971426007 cites W1994422013 @default.
- W1971426007 cites W1999201911 @default.
- W1971426007 cites W2004692311 @default.
- W1971426007 cites W2008621185 @default.
- W1971426007 cites W2011682105 @default.
- W1971426007 cites W2014154724 @default.
- W1971426007 cites W2014461681 @default.
- W1971426007 cites W2016971620 @default.
- W1971426007 cites W2020427697 @default.
- W1971426007 cites W2022121929 @default.
- W1971426007 cites W2025612376 @default.
- W1971426007 cites W2028942613 @default.
- W1971426007 cites W2036483999 @default.
- W1971426007 cites W2039080781 @default.
- W1971426007 cites W2042222615 @default.
- W1971426007 cites W2050303910 @default.
- W1971426007 cites W2051473177 @default.
- W1971426007 cites W2053012273 @default.
- W1971426007 cites W2056703304 @default.
- W1971426007 cites W2057995146 @default.
- W1971426007 cites W2058736458 @default.
- W1971426007 cites W2059484586 @default.
- W1971426007 cites W2063037331 @default.
- W1971426007 cites W2066333735 @default.
- W1971426007 cites W2072200491 @default.
- W1971426007 cites W2081494721 @default.
- W1971426007 cites W2086928633 @default.
- W1971426007 cites W2102297429 @default.
- W1971426007 cites W2104093558 @default.
- W1971426007 cites W2104110732 @default.
- W1971426007 cites W2106594227 @default.
- W1971426007 cites W2106926040 @default.
- W1971426007 cites W2108560657 @default.
- W1971426007 cites W2110284997 @default.
- W1971426007 cites W2110294196 @default.
- W1971426007 cites W2110736328 @default.
- W1971426007 cites W2112611349 @default.
- W1971426007 cites W2116268775 @default.
- W1971426007 cites W2119408902 @default.
- W1971426007 cites W2123099861 @default.
- W1971426007 cites W2126012359 @default.
- W1971426007 cites W2126462474 @default.
- W1971426007 cites W2132929775 @default.
- W1971426007 cites W2137842131 @default.
- W1971426007 cites W2138531353 @default.
- W1971426007 cites W2138862955 @default.
- W1971426007 cites W2140352227 @default.
- W1971426007 cites W2142894335 @default.
- W1971426007 cites W2146961662 @default.
- W1971426007 cites W2147084578 @default.
- W1971426007 cites W2147767292 @default.
- W1971426007 cites W2147909046 @default.
- W1971426007 cites W2148903852 @default.
- W1971426007 cites W2151501134 @default.
- W1971426007 cites W2152776190 @default.
- W1971426007 cites W2152963787 @default.
- W1971426007 cites W2153675913 @default.
- W1971426007 cites W2153710474 @default.
- W1971426007 cites W2157365188 @default.
- W1971426007 cites W2157485677 @default.
- W1971426007 cites W2159318368 @default.
- W1971426007 cites W2159421177 @default.
- W1971426007 cites W2160377239 @default.
- W1971426007 cites W2160489724 @default.
- W1971426007 cites W2161220967 @default.
- W1971426007 cites W2161754062 @default.
- W1971426007 cites W2164563113 @default.
- W1971426007 cites W2165280873 @default.
- W1971426007 cites W2170307675 @default.
- W1971426007 cites W3143932724 @default.
- W1971426007 cites W4233826950 @default.
- W1971426007 cites W77091309 @default.
- W1971426007 doi "https://doi.org/10.3389/fneng.2014.00039" @default.
- W1971426007 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4193337" @default.
- W1971426007 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25346683" @default.
- W1971426007 hasPublicationYear "2014" @default.
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