Abstract: An aspect disclosed herein involves methods and systems for determining a neurospinal functional index (NSFI) provide a single index quantifying a plurality of neurospinal functions, for example, algometry, range of motion, electromyography, thermography, and heart rate variability. Embodiments of the NSFI are useful in providing an objective index of a patient's neurospinal function, for example, in chiropractic assessments.

Abstract: Systems and methods for collecting, analyzing, and/or displaying EMG data in the paraspinal muscles, include generating normalized EMG data using reference EMG data. Also disclosed are novel EMG parameters that are useful for at least one of diagnosis, determining a course of treatment, and/or monitoring a patient's response to a course of treatment.

Abstract: A thermal scanning system and method. The thermal scanning system comprises a handheld thermal scanning device with wheels and three infrared sensors that are spaced to scan skin temperature on opposite sides of patient spinal columns of different sizes. Two out of the three sensors are selected for a particular patient, and the wheels are adjustable to accommodate the two selected sensors. The handheld device further calculates the distance traveled by the wheels by measuring the rotation of the wheels. The device has a trigger that allows a user to annotate the location of various anatomical landmarks, such as particular regions of a patient's spinal column. The device is adapted to take discrete temperature readings or rolling temperature readings. The thermal scanning system provides graphical displays and data analysis of the temperature readings from the sensors.

Abstract: A thermal scanning system and method. The thermal scanning system comprises a handheld thermal scanning device with wheels and three infrared sensors that are spaced to scan skin temperature on opposite sides of patient spinal columns of different sizes. Two out of the three sensors are selected for a particular patient, and the wheels are adjustable to accommodate the two selected sensors. The handheld device further calculates the distance traveled by the wheels by measuring the rotation of the wheels. The device has a trigger that allows a user to annotate the location of various anatomical landmarks, such as particular regions of a patient's spinal column. The device is adapted to take discrete temperature readings or rolling temperature readings. The thermal scanning system provides graphical displays and data analysis of the temperature readings from the sensors.

Abstract: A thermal scanning system and method. The thermal scanning system comprises a handheld thermal scanning device with wheels and three infrared sensors that are spaced to scan skin temperature on opposite sides of patient spinal columns of different sizes. Two out of the three sensors are selected for a particular patient, and the wheels are adjustable to accommodate the two selected sensors. The handheld device further calculates the distance traveled by the wheels by measuring the rotation of the wheels. The device has a trigger that allows a user to annotate the location of various anatomical landmarks, such as particular regions of a patient's spinal column. The device is adapted to take discrete temperature readings or rolling temperature readings. The thermal scanning system provides graphical displays and data analysis of the temperature readings from the sensors.