ORDB: Publication facts - The oscillations and the intermittent firing pattern are Ca2+ or SK channel independent, but are completely eliminated by TTX, suggesting that they are due to an interaction between voltage-gated K+ conductances and a persistent or possibly the inactivating sodium conductance responsible for spike generation.”

Data

Name

The oscillations and the intermittent firing pattern are Ca2+ or SK channel independent, but are completely eliminated by TTX, suggesting that they are due to an interaction between voltage-gated K+ conductances and a persistent or possibly the inactivating sodium conductance responsible for spike generation.”

Paper having this fact

Bracci E, Centonze D, Bernardi G, Calabresi P (2003) Show Other

Location within paper

Location length

Reference Id

598

Species

Other categories referring to The oscillations and the intermittent firing pattern are Ca2+ or SK channel independent, but are completely eliminated by TTX, suggesting that they are due to an interaction between voltage-gated K+ conductances and a persistent or possibly the inactivating sodium conductance responsible for spike generation.”

Neuronal Currents.Publication facts (3)

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