Photobiomodulation device for accelerating surgical rehabilitation and method thereof

A method for accelerating surgical rehabilitation using a photobiomodulation device, comprising:

• positioning an irradiator configured with a plurality of treatment panels comprise a plurality of light-emitting diodes (LEDs) at a predefined distance from a target anatomical region using an adjustable expandable arm connected to a mainframe mounted on a mobile structure with a plurality of lockable wheels;
• activating the photobiomodulation device through a user interface comprising one or more clickable elements configured to control one or more treatment parameters comprising at least one of:
• preset and named treatment designed protocols selection, wavelength selection, irradiance, energy delivered in per unit area, emission mode, irradiator configuration mode, one of:
• a flat mode and a curved mode of the irradiator, and one of:
• a sequential mode and a concurrent mode, at a time of selecting multiple wavelengths, and treatment time;
• determining, by one or more sensors, at least one of:
• target anatomical region temperature during operation and distance between the irradiator and the target anatomical region to generate temperature data and distance data;
• obtaining, by one or more microcontrollers through a data obtaining subsystem, at least one of:
• the temperature data and the distance data from the one or more sensors in real time;
• and
• regulating, by the one or more microcontrollers through a treatment control subsystem, the one or more treatment parameters based on at least one of:
• the temperature data and the distance data to emit at least one of:
• red-light, blue light, yellow light, and infrared light at a predefined wavelength,
• wherein the emitted at least one of:
• the red-light, the blue light, the yellow light, and the infrared light, configured to stimulate at least one of:
• mitochondrial activity, mitigate bacterial loads, regulate sebaceous gland activity, modulate inflammatory cytokines to avert inflammation, promote lymphatic drainage, boost cellular growth and immune responses and enhance cellular regeneration at the target anatomical region for accelerating surgical rehabilitation.

A non-transitory computer-readable storage medium storing computer-executable instructions that, when executed by one or more microcontrollers, cause the one or more microcontrollers to perform operations for accelerating surgical rehabilitation, the operations comprising:

• obtaining at least one of:
• temperature data and distance data from one or more sensors associated with a photobiomodulation device in real time;
• triggering at least one of:
• one or more alerts and one or more termination commands of an irradiator associated with the photobiomodulation device if at least one of:
• the temperature data and the distance data falls outside a predefined threshold temperature data and a predefined operational distance range respectively;
• performing a comparative analysis between real-time predefined wavelength of each light-emitting diode (LED) of a plurality of LEDs and factory-calibrated reference wavelength for detecting output deviations in predefined wavelengths to calibrate each LED of the plurality of LEDs in each treatment panel of the plurality of treatment panels of the irradiator;
• logging rehabilitation session data including at least one of:
• timestamp, selected wavelengths, energy delivered per unit area, irradiance, emission mode, and sensor readings into one or more databases;
• and
• regulating one or more treatment parameters based on at least one of:
• the temperature data and the distance data for emitting at least one of:
• red-light, blue light, yellow light, and infrared light at the predefined wavelengths by the plurality of LEDs,
• the emitted at least one of:
• the red-light, the blue light, the yellow light, and the infrared light, configured to stimulate at least one of:
• mitochondrial activity, mitigate bacterial loads, regulate sebaceous gland activity, modulate inflammatory cytokines to avert inflammation, promote lymphatic drainage, boost cellular growth and immune responses and enhance cellular regeneration at the target anatomical region for accelerating surgical rehabilitation.