Stable long-term recordings from cat peripheral nerves
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Cited by (127)
Improving suction technology for nerve activity recording
2022, Journal of Neuroscience MethodsCitation Excerpt :A similar idea was also adapted for the design of cuff electrodes for nerve recording and stimulation. In this technology, the nerves are confined in a narrow space with non-conductive wall to approximate the biophysical relationships of the oil pool (Sauter et al., 1983; Stein et al., 1977). New designs of the cuff electrode allow the inside walls of a cylindrical polymeric sheath to be wrapped tightly around the nerve, and provides high-quality recording (Loeb and Peck, 1996).
A review for the peripheral nerve interface designer
2020, Journal of Neuroscience MethodsCitation Excerpt :Mathematically, the measured ENG is the second spatial difference of the voltage across the length of the cuff (Stein et al., 1977). Stein et al. (1977) provided a demonstration of EMG cancellation with a tripolar cuff, shown in Fig. 6. Monopolar, bipolar, and tripolar cuff recordings were recorded in the presence of EMG from nearby muscles, after which the muscles were denervated and the recordings were repeated.
The foreign body response to the Utah Slant Electrode Array in the cat sciatic nerve
2014, Acta BiomaterialiaCitation Excerpt :For example, a number of studies have reported no difference in morphometric parameters following implantation of cuff electrodes [12–16], indicating that the implantation of such devices, which do little physical damage to the nerve, can be relatively benign with regard to changes elicited from the FBR with regard to nerve fiber composition. Other studies using extraneural cuff-style electrodes have reported alterations in morphometric parameters, including changes in fiber density [17–19] and fiber diameter distributions [19–21], which are likely due to differences in electrode design and methodological approach. In contrast, the histological changes associated with the FBR to sieve, regenerative and intrafascicular electrodes – electrode types that induce more physical damage upon insertion or application – tend to be greater and include changes in fiber count [22–26], fiber density [26], fiber packing [22] and fiber diameter and/or g-ratio (ratio of axon diameter to the outer diameter of the myelinated fiber) distributions [25–28] as they involve a variable amount of nerve axotomy, depending on the size and design of the electrode used.
Clinical outcomes of peripheral nerve interfaces for rehabilitation in paralysis and amputation: a literature review
2024, Journal of Neural EngineeringSelective chronic recording in small nerve fascicles of sciatic nerve with carbon nanotube yarns in rats
2023, Journal of Neural Engineering
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Present address: University of Calgary Medical School, Calgary, Alberta, Canada.