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There are many different paths that lead to an academic physiatric career and a lifelong interest in spinal cord injury (SCI) medicine. It is unfortunate that after decades of cellular-based research in multiple laboratories, there are still no interventions available that can reverse the neurologic loss that follows SCI. In contrast, medical rehabilitation research during the last 40 yrs has led to remarkable improvements in the lives of persons with SCI as evident in their increased life expectancy, shorter hospitalizations, fewer rehospitalizations, and more effective treatments for male sexual dysfunction and fertility, as well as spasticity, heterotrophic ossification, and neuropathic pain. Application of modern technology has improved the mobility of persons with SCI with better designed wheelchairs, decreased their dependency on others, facilitated their access to information, made communication and community integration easier, and so on. Although deaths related to urinary tract complications are now rare, better methods of managing the neurogenic bladder are still needed. Furthermore, better management methods are also needed for the neurogenic bowel, SCI pain, and osteoporosis of the paralyzed limbs. Even with proper prophylaxis, deep vein thrombosis and pulmonary embolism are still common, and clinicians have paid too little attention to reducing the risk for persons with SCI of developing obesity, diabetes mellitus, and cardiovascular disease. These challenges need to be met by medical rehabilitation research, by advocating for insurance policies that support the healthcare needs of persons with SCI, and by developing comprehensive disability policies, all with the support and leadership of academic physiatrists.
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PMID:Medical rehabilitation of people with spinal cord injury during 40 years of academic physiatric practice. 2231 33

Aggressive assessment and management of the secondary complications in the hours and days following spinal cord injury (SCI) leads to restoration of function in patients through intervention by a team of rehabilitation professionals. The recent certification of SCI physicians, newly validated assessments of impairment and function measures, and international databases agreed upon by SCI experts should lead to documentation of improved rehabilitation care. This chapter highlights recent advances in assessment and treatment based on evidence-based classification of literature reviews and expert opinion in the acute phase of SCI. A number of these reviews are the product of the Consortium for Spinal Cord Medicine, which offers clinical practice guidelines for healthcare professionals. Recognition of and early intervention for problems such as bradycardia, orthostatic hypotension, deep vein thrombosis/pulmonary embolism, and early ventilatory failure will be addressed although other chapters may discuss some issues in greater detail. Early assessment and intervention for neurogenic bladder and bowel function has proven effective in the prevention of renal failure and uncontrolled incontinence. Attention to overuse and disuse with training and advanced technology such as functional electrical stimulation have reduced pain and disability associated with upper extremity deterioration and improved physical fitness. Topics such as chronic pain, spasticity, sexual dysfunction, and pressure sores will be covered in more detail in additional chapters. However, the comprehensive and integrated rehabilitation by specialized SCI teams of physicians, nurses, therapists, social workers, and psychologists immediately following SCI has become the standard of care throughout the world.
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PMID:Advances in the rehabilitation management of acute spinal cord injury. 2309 13