Review Article
In Vitro Studies of Neuronal Networks and Synaptic Plasticity in Invertebrates and in Mammals Using Multielectrode Arrays
Table 1
Summary of the plasticity protocols used in mammalian neuronal cultures.
| Reference | Year | Plasticity protocol |
| Maeda et al. [139] | 1998 | 20 bursts at 0.2 Hz, each with 11 pulses at an intraburst frequency of 20 Hz delivered from 5 electrodes |
| Jimbo et al. [140] | 1998 | 11 bursts at 0.2 Hz, each with 11 pulses at an intraburst frequency of 20 Hz |
| Jimbo et al. [141] | 1999 | 10 bursts at 0.2 Hz, each with 11 pulses at an intraburst frequency of 20 Hz |
| Tateno and Jimbo [142] | 1999 | 10 bursts at 0.2 Hz, each with 11 pulses at an intraburst frequency of 20 Hz, also delivered from a pair of electrodes |
|
Shahaf and Marom [143] | 2001 | Adaptive stimulation between a pair of electrodes at 1–3 s intervals repeated until the desired response is achieved (or for 10 min max) |
| Ruaro et al. [144] | 2005 | Bursts of 100 pulses delivered at the frequency of 250 Hz from 15 electrodes recreating an “L-shape” |
| Wagenaar et al. [25, 145] | 2006 | 150 trains of 20 pulse pairs. Bursts suppressed by means of a high frequency (50 Hz) distributed stimulation (not during tetanus delivery) |
| Chiappalone et al. [20] | 2008 | Jimbo protocol with additional trains of pulses at 0.2 Hz falling in the middle of the tetanic burst |
|
Le Feber et al. [146] | 2010 | Slow electrical stimulation (0.2–0.33 Hz) |
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