Leslie Morse, DO
Shanker Nesathurai, MD
Pradeep Suri, MD
The Spaulding-Harvard Spinal Cord Injury Model Systems (SCIMS) Rehabilitation Program is committed to rehabilitation research to find best practices and opportunities to improve the lives of those with paralysis resulting from spinal cord injury. Our efforts not only focus on researching new rehabilitation strategies but also look at ways to prevent long-term complications related to paralysis.
Under the leadership of Dr. Leslie Morse, Associate Director of Research and Director of Spinal Cord Injury Research, several research studies are currently underway for SCI including:
Investigation of the Mechanisms of Transcranial Direct Current Stimulation of Motor Cortex for the Treatment of Chronic Pain in Spinal Cord Injury
As part of the Spaulding-Harvard SCI Model System research program, Dr. Felipe Fregni and his team are investigating the effects of transcranial direct current stimulation (tDCS), a form of non-invasive brain stimulation, on chronic central pain in spinal cord injury. We are also using electroencephalography (EEG) and transcranial magnetic stimulation (TMS) to measure changes in the brain, both before and after tDCS. Our primary aim is to see if using tDCS stimulation can help reduce the chronic central pain associated with spinal cord injury.
Investigation of the Mechanisms of Transcranial Direct Stimulation of Motor Cortex Coupled with Visual Illusion for the Treatment of Pain in Spinal Cord Injury
Under the leadership of Dr. Felipe Fregni, Spaulding is investigating the effects of transcranial direct current stimulation (tDCS), a form of non-invasive brain stimulation, combined with watching a visual illusion on chronic central pain associated with spinal cord injury. During tDCS stimulation, the participant watches a "visual illusion." The participant will see a video of walking legs on a treadmill, and their torso reflection in a mirror. They are asked to imagine themselves walking while they are watching the illusion. We are also using electroencephalography (EEG) and transcranial magnetic stimulation (TMS) to measure changes in the brain, both before and after tDCS. Our primary aim is to see if using a visual illusion combined with the tDCS stimulation can help reduce the chronic central pain associated with spinal cord injury.
FES-Rowing versus Zoledronic Acid to Improve Bone Health in SCI: A Comparative Clinical Trial
The project, which is funded by the Department of Defense and directed by Dr. Leslie Morse, aims to compare the effect of FES-row training alone versus FES-rowing plus Zoledronic Acid on bone density of the paralyzed lower extremity and to compare the effect of FES-row training alone versus FES-rowing plus Zoledronic Acid on bone micro architecture of the paralyzed lower extremity.
Effectiveness and Generalizability of Hybrid-FES Exercise for Physiologic Declines in Spinal Cord Injury
The purpose of this research project is to determine the effectiveness and generalizability of an unique aerobic exercise paradigm (hybrid FES-rowing) as an intervention to promote improved health and function in individuals with chronic SCI and to explore this form of exercise as a prevention for the declines that occur within the first years after acute SCI. Our primary outcomes relate to exercise capacity and cardiovascular risk, however given the range of effects exercise can have, we are examining secondary measures of bone density, pulmonary function, psychological effect, social integration, and clinical status.
The Spaulding ExPD Program – FES-row Training for SCI
Spaulding’s ExPD program’s mission is to provide appropriate exercise to improve health in those with physical disability. We focus on FES rowing for those with SCI, which requires a level of performance comparable to the able-bodied and can be integrated into currently existing communities of able-bodied rowers and therefore may be an optimal exercise intervention for the SCI population.
Adiposity and Bone Loss in Spinal Cord Injury
Under the leadership of Dr. Leslie Morse, Spaulding-Harvard SCI Model System is investigating the the degree of bone formation, bone resorption, and rate of bone loss longitudinally at the distal femur and proximal tibia in subjects with chronic SCI with varying degrees of neurologic impairment and in able-bodied subjects, and to determine the relationship between regional fat distribution assessed directly from DXA scan data and longitudinal change in BMD at the distal femur and proximal tibia, and assess the relationship between circulating levels of adipose derived hormones (leptin and adiponectin) with bone loss at the distal femur and proximal tibia.
Longitudinal Assessment of Fracture Risk in Spinal Cord Injury
SCI causes rabid and severe osteoporosis. This increases the risk of lower extremity fractures. Our study aims to determine the rate and location of post-SCI fractures as well as identifying risk factors for post-SCI fractures.
My therapists at Spaulding are the nicest people. I can't say enough about how much they helped me. They changed my life. They are just fantastic.
—A Patient Thanking Therapists