Systems and methods for a hyperbaric chamber

A method, the method comprising:

• placing a biological sample inside a hyperbaric chamber;
• pressurizing the hyperbaric chamber with a gas;
• wherein the hyperbaric chamber comprises:
• a stainless steel chamber;
• one or more sensors inside the stainless steel chamber, the one or more sensors configured to measure light from a light source, the one or more sensors comprise a camera configured to record an optical measurement of a rate of growth of the biological sample;
• and
• one or more platforms inside the stainless steel chamber;
• wherein the one or more sensors comprise a thermometer and a pressure sensor;
• wherein the chamber further comprises a regulator that is configured to adjust a speed of pressurization responsive to a temperature measurement from the one or more sensors,
• receiving a vital measurement of the biological sample from at least one of the one or more sensors, the vital measurement comprising an activity level of the biological sample;
• determining an adverse effect on the biological sample;
• adjusting a pressure of the gas responsive to the vital measurement;
• the adjusting configured to cause a positive effect on the biological sample;
• and
• adjusting the speed of the pressurization of the volume of air responsive to a temperature change of the volume of air that accompanies a pressure change of the volume of air when the temperature change is not equilibrated with a temperature change outside the hyperbaric chamber.

A hyperbaric chamber, the hyperbaric chamber comprising:

• a chamber that is configured to seal a volume of air at a pressure of up to 60 pounds per square inch, the chamber comprising:
• one or more ports that are configured to connect to an air supply;
• one or more platforms inside the chamber;
• one or more sensors that monitor an environment inside the chamber, the one or more sensors inside the hyperbaric chamber configured to measure light from a light source, the one or more sensors comprise a camera configured to record an optical measurement of a rate of growth of a biological sample;
• one or more window ports;
• a regulator that maintains the pressure inside the chamber;
• a control that is accessible from an individual outside the chamber;
• wherein the one or more sensors comprise a pressure sensor for gas inside the chamber,
• wherein the control transmits a signal to activate one or more components inside the chamber;
• and
• wherein at least one of the one or more sensors are configured to measure the biological sample to determine an adverse effect on the biological sample;
• wherein the chamber is further configured to modify a property of the volume of air, to achieve a positive effect on the biological sample, responsive to a vital measurement of the biological sample from the one or more sensors, the vital measurement comprising an activity level of the biological sample,
• wherein the one or more sensors comprises a thermometer;
• wherein the regulator is configured to adjust a speed of pressurization responsive to a temperature measurement from the one or more sensors, and
• wherein the regulator is further configured to adjust the speed of the pressurization of the volume of air responsive to a temperature change of the volume of air that accompanies a pressure change of the volume of air when the temperature change is not equilibrated with a temperature change outside the hyperbaric chamber.