tetanic stimulation

Tetanic stimulation of the afferent fiber evoked after-inhibition of the A δ DRR for various lengths of time.

重复电刺激传入神经对Aδ纤维DRR有长时间的后抑制效应。

We conclude that acute nerve injury induces LTP of C-fiber evoked field potentials in intact animals and that nerve transection is more powerful than electrical tetanic stimulation for induction of the spinal LTP.

这些结果表明，急性神经损伤可以诱导脊髓背角C纤维诱发电位LTP，且切断神经能更有效地诱导LTP。

The results also showed that the evoked field potentials were significantly decreased after a conditioning tetanic stimulation and finally recovered gradually within 15 min, which indicates tetanic stimulation-induced transient depression is present at HVC-RA synaptic transmission.

当以强直刺激作用于HVC，RA内诱发场电位随即显著减小，并在15min内逐渐恢复，表明HVC-RA突触传递在强直刺激过后出现了短时抑制。

When this is the case, the evaluation of the muscular response to a continuous tetanic stimulation may be useful.

在这种情况下，评估肌肉对持续强直刺激的反应性可能有用。

Conclusion There are different mechanisms between the 8-Br-cAMP-induced potentiation and LTP produced by tetanic stimulation.

结论强直电刺激诱导的LTP与8-Br-cAMP诱导的LTP可能是通过不同的机制实现的；