The goal of this study will be to understand the biological mechanisms that are responsible to light-driven analgesia. Light presented to the retina has been shown to have pain relieving properties in pre-clinical and clinical studies. In this study the investigators will evaluate the functional connectivity between subcortical visual areas and non-image forming brain areas that are involved in pain sensation. The investigators will also evaluate how three colored light stimuli presented to the retina results in changes in whole brain evoked activation patterns in participants with chronic musculoskeletal pain and in healthy controls. The investigators will also assess while brain evoked activation patterns in response to a pressure pain stimulus in the presence of three light stimuli in individuals with chronic musculoskeletal pain and healthy controls.
Age range
18 Years
Sex
ALL
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Resting State Functional Connectivity-seed Voxel Analysis in Participants with cMSP and Healthy Controls
Timeframe: During 8 minute resting state scan as part of the ~1 hour scanning session
Whole Brain Evoked Activation Patterns in Response to Chromatic Stimuli Contrasted with Achromatic Stimuli in Participants with cMSP and Healthy Controls
Timeframe: During 6 minute functional imaging scan within the ~1 hour scanning protocol
Whole Brain Evoked Activation Patterns in Response to Chromatic Stimuli Contrasted with Achromatic Stimuli in Patients with cMSP and Healthy Controls Exposed to a Pressure Pain Stimulus
Timeframe: During 6 minute functional imaging scan within the 1 hour scanning protocol