Hyperbaric oxygen therapy (HBOT) calibrations based on in-chamber brainwave metrics

A method for performing hyperbaric oxygen therapy (HBOT) comprising:

• determining an initial set of Alpha, Beta, Gamma, Delta, and Theta values of a human from electroencephalography (EEG) signals obtained from a human prior to HBOT therapy;
• receiving EEG signals obtained from EEG electrodes from the human inside a hyperbaric chamber at a first pressure and subject to a first gas mixture, said first pressure and said first gas mixture representing first HBOT settings for a first HBOT treatment period;
• determining a first set of Alpha, Beta, Gamma, Delta, and Theta values of the human from the EEG signals at the first HBOT settings;
• adjusting settings of the hyperbaric chamber to a second pressure and a second gas mixture representing second HBOT settings, wherein the second HBOT settings are different from the first HBOT settings in that at least one of the second pressure and the second gas mixture is different from the first pressure and the first gas mixture;
• receiving EEG signals obtained from EEG electrodes from the human inside the hyperbaric chamber at the second pressure and subject to the second gas mixture for a second HBOT treatment period;
• determining a second set of Alpha, Beta, Gamma, Delta, and Theta values of the human from the EEG signals at the second HBOT settings;
• and
• based on comparisons of the initial set, the first set, and the second set of Alpha, Beta, Gamma, Delta, and Theta values determining which of the initial set, the first set, and the second set quantitatively represents readings for the most favorable quantitative cognitive neurological, emotional, or psychological state for the human;
• responsive to a determination that the initial set correlates to the most favorable quantitative cognitive, neurological, emotional or psychological state for the human, recommending that the human not proceed with future HBOT treatments at the first HBOT settings or the second HBOT treatment setting;
• responsive to a determination that the first set correlates to the most favorable quantitative cognitive, neurological, emotional, or psychological state for the human, recommending that the human proceed with a set of one or more future HBOT treatments at the first HBOT settings, and proceeding to conduct said one or more future HBOT treatments at the first HBOT settings to quantitively improve a cognitive, neurological, emotional, or psychological state of the human;
• and
• responsive to a determination that the second set correlates to the most favorable quantitative cognitive neurological, emotional, or psychological state for the human, recommending that the human proceed with a set of one or more future HBOT treatments at the second HBOT settings, and proceeding to conduct said one or more future HBOT treatments at the second HBOT settings to quantitively improve a cognitive state of the human.