Balanced Inhibition Underlies Tuning and Sharpens Spike Timing in Auditory Cortex¶
Wehr, M., & Zador, A. M. (2003). Balanced Inhibition Underlies Tuning and Sharpens Spike Timing in Auditory Cortex. Nature, 426, 442-446.
Cited by¶
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Primes¶
- Excitation-Inhibition Balance
- The concurrency commitment is experimentally confirmed: recordings show that excitatory and inhibitory conductances onto a neuron rise and fall together, tracking the same upstream stimulus rather than one switching off, so the pattern is constitutive, not corrective.
This sourceShows excitatory and inhibitory conductances co-vary with the same stimulus (concurrent, not corrective) and that inhibition arriving milliseconds after excitation sharpens temporal precision.
- The concurrency commitment is experimentally confirmed: recordings show that excitatory and inhibitory conductances onto a neuron rise and fall together, tracking the same upstream stimulus rather than one switching off, so the pattern is constitutive, not corrective.
Verification¶
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Registry ID ref:af803af2617c · see in the full table