Before revision:  These predictions were confirmed by pharmacological manipulations in vitro , inducing a switch between the two types of slow-waves. The results show that the strong adaptation found in anesthesia, but not in sleep, can produce a different type of slow oscillations, less sensitive to external inputs, that may prevent memory formation .
After revision:  These predictions were confirmed by pharmacological manipulations in vitro , inducing a switch between the two types of slow waves. Finally, we show that the strong adaptation found in anesthesia, but not in sleep, can produce a different type of slow oscillations, less sensitive to external inputs, that may prevent memory formation .