Which of the following changes would not increase the rate of inhalational induction?

Inhalational induction refers to the process of administering anesthesia through inhaled agents, with the goal of achieving rapid onset of unconsciousness and loss of awareness. Several factors can influence the rate at which the effects of inhalational agents are realized.

Utilizing an inotropic infusion does not directly affect the rate of inhalational induction because inotropic agents primarily focus on improving cardiac output and contractility rather than enhancing the delivery or absorption of anesthetic gases in the lungs. The induction process is significantly influenced by factors such as the agent's solubility, the rate of alveolar ventilation, and the partial pressure of the inhaled anesthetic. Therefore, it’s correct to conclude that a change related to inotropic medications wouldn't enhance the induction rate, since they do not modify the properties of the inhalational anesthetics.

In contrast, increasing alveolar ventilation would enhance the rate of inhalational induction by increasing the amount of anesthetic gas delivered to the alveoli, which elevates the partial pressure of the anesthetic in the bloodstream. Switching from Sevoflurane to Isoflurane typically impacts induction times, as Sevoflurane has a lower blood-gas solubility, making it more effective for rapid induction. Moreover, delivering anesthesia