Sentence examples similar to for timing dependent from inspiring English sources

Together, these data reveal no effect of Ro 25-6981, and only a small effect of ifenprodil on t-LTD or t-LTP in P11 15 mice, suggesting that GluN2B subunit might not be essential for timing-dependent plasticity at layer 4-to-layer 2/3 synapses.

Our result indicates that endocannabinoids are not obligatory for all forms of timing-dependent synaptic depression and suggests that at least 2 distinct forms of presynaptic NMDA receptor-dependent LTD can be dissociated, one dependent on endocannabinoid signaling and the GluN2B subunit (Sjöström et al. 2003), and another independent of endocannabinoids and dependent on the GluN2C/D subunit.

Furthermore, how does the millisecond order timing dependence in STDP relate to the second order timing dependence during reward-based learning (for example, see Drew and Abbott, PNAS, 2006, "Extending the effects of spike-timing-dependent plasticity to behavioral timescales")?

The observational studies could not adjust for time dependent imbalance of severity: timing of return of spontaneous circulation is a determinant of both outcome and treatment (those who rapidly respond to initial resuscitation procedures would have a higher chance of survival and a lower chance of being given of adrenaline).

Families were advised to conduct the call for between 15 60 minutes, with actual timing dependent on the individual situations.

Follow the package directions for timing.

[33] found that homeostasis needs to have a faster rate of change for spike-timing dependent plasticity to achieve stability.

Reversible regulation of GluR1-S831 and GluR1-S845 phosphorylation correlates with bidirectional synapse-specific plasticity in the hippocampus [26], [27] and is required for spike-timing dependent plasticity in the visual cortex [28].

We show that this mechanism provides for the selective activation and phase locking of the cells in the network, underlying input-correlated spatio-temporal pattern formation, and could be the basis for reliable spike-timing dependent plasticity.

Regarding the plasticity, we consider Hebbian rules, specifically for spike timing-dependent plasticity (STDP), and with regard to network, we consider that the connections are randomly distributed.

Our results demonstrate that synfire chains can emerge during the development, and can serve as an infrastructure for learning timing-dependent motor or sensory functions.