CNS oxygen toxicity is often referred to as the "Bert Effect," named after Paul Bert, the physiologist who first described it in the 19th century. Unlike pulmonary oxygen toxicity, which develops over many hours or days, CNS toxicity can strike within minutes.
Several prevention strategies can help minimize the risk of CNS oxygen toxicity: cns o2 toxicity
In a hyperbaric chamber, management involves simply removing the oxygen mask and breathing chamber air. In a diving scenario, the situation is much more dire. A seizure underwater often leads to the loss of the regulator and subsequent drowning. CNS oxygen toxicity is often referred to as
He needed to ascend. Just a few feet. Decrease the pressure, decrease the partial pressure of the oxygen. In a diving scenario, the situation is much more dire
This differs from pulmonary oxygen toxicity (Lorrain Smith effect), which occurs with longer, lower-dose exposure.