Abstract: A system for reversing the effects of inhaled anesthesia reactivates and restores electrical signaling of neurons that control brain function of a subject. The system is used to administer increased inhaled carbon dioxide to a subject while causing an increase in the subject's respiratory rate and tidal volume and, thus, an increase in the subject's minute ventilation. The changes in the subject's respiration are tailored to increase extracellular acidification around neurons that control brain function, which have been affected by the inhaled anesthesia, and to inhibit ion channel activity (e.g., TREK-1 ion channel activity, etc.) to reactivate and restore electrical signaling by such neurons.

Abstract: The present invention provides systems for generating and presenting tasks to at least one user include a workflow template memory that stores at least one workflow template. The workflow template identifies at least one task for the at least one user to complete. A workflow management component uses the workflow template to assign the at least one task to the at least one user. A graphical-user-interface at a client device associated with the at least one user displays the assigned task in a task field. When the at least one user selects the assigned task, a program connecting device provides the at least one user access to at least one of tools, information, and applications necessary for the at least one user to complete the assigned task.