Rehabilitation
Showing 43 of 43 topics
A
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Protect graft, restore ROM and quadriceps strength, train neuromuscular control, and use objective criteria for return to sport.
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Stage-based pain control and capsular stretching with gradual strengthening; consider injections to accelerate recovery.
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Shape limb, protect skin, manage pain, and train gait and function with appropriate prosthetic components and energy conservation.
B
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Early positioning and splinting, ROM, edema control, and scar modulation (compression, silicone) with functional training.
C
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Supervised, progressive exercise with risk factor control after MI, PCI, CABG, or heart failure; monitor symptoms and hemodynamics.
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Optimize mobility with orthoses, spasticity control, and adaptive tech; plan transition goals for education, work, and independence.
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Pain control, short-term collar if needed, directional preference exercises, and traction; avoid early imaging unless red flags.
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Address attention, memory, executive function, and processing speed with structured, goal‑oriented therapy; manage mood/sleep; plan graded return to work/school.
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Rebuild participation after illness/injury using ICF framework, SMART goals, and barrier reduction across mobility, self‑care, cognition, and roles. Address environmental and psychosocial determinants explicitly.
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Recognize ICU-acquired weakness; start early mobilization, prevent complications, and plan long-term strengthening and nerve recovery monitoring.
D
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Driver rehab evaluates medical fitness to drive and provides training/adaptations. Combine clinic testing (vision, cognition, motor) with simulator/on‑road assessment; prescribe adaptive equipment and training.
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Screen before oral intake, use compensatory strategies and exercises, and escalate to instrumental assessment to reduce aspiration risk.
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Early screening, instrumental assessment (VFSS/FEES), diet texture modification, postural maneuvers, and targeted therapy reduce aspiration; coordinate with ICU/respiratory for trach/vent patients.
G
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Identify causes (sensory, neurologic, musculoskeletal), reduce fall risk, and match assistive devices to deficits.
H
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Protect repair while preventing adhesions using surgeon-specific protocols; progress from passive to active motion.
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Prevent and treat dysphagia and dysphonia with early therapy, ROM, and compensatory strategies during and after chemoradiation.
I
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Reduce delirium and functional decline with protocolized early mobility, minimizing tethers and coordinating with nursing and therapy.
L
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Favor active care with graded activity, core stabilization, and education; avoid routine imaging and prolonged rest.
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Cancer‑related lymphedema: diagnose clinically (Stemmer sign) and stage; first‑line is complete decongestive therapy (CDT) with compression, manual drainage, exercise, and skin care. Consider surgery for refractory disease.
M
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Combine energy conservation, exercise, spasticity control, and mobility aids; manage heat sensitivity and mood.
N
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Use intermittent catheterization, antimuscarinics, and bowel regimens with scheduled timing and suppositories; prevent infections and constipation.
O
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Match device to functional goals and impairment level; ensure proper fit, training, and skin care; reassess as function changes.
P
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Integrate exercise, CBT, sleep optimization, and non-opioid analgesics; taper long-term opioids with shared decision making when appropriate.
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Use cueing, amplitude-based training, and dual-task strategies to reduce freezing and falls; optimize meds timing with therapy.
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Men’s pelvic floor rehab targets post‑prostatectomy incontinence, chronic pelvic pain syndrome, and defecatory dysfunction with pelvic floor muscle training, biofeedback, bladder/bowel retraining, and pain modulation.
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Behavioral therapy and pelvic floor muscle training are first-line; consider biofeedback and referral if refractory.
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Screen for post-exertional symptom exacerbation, start low-intensity activity with pacing, and treat orthostatic intolerance.
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Early mobilization with protected weight bearing, edema control, and osteoporosis secondary prevention to reduce future fractures.
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Set functional goals, use botulinum toxin injections targeting focal spasticity, combine with therapy/splinting, and escalate to intrathecal baclofen or neurolysis for diffuse severe spasticity.
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Risk stratify, reposition, optimize nutrition, and use pressure redistribution surfaces; treat with debridement and moisture control.
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Improve dyspnea, exercise tolerance, and quality of life with supervised exercise, breathing training, and self-management education.
R
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Reduce pain, restore ROM, then strengthen rotator cuff and scapular stabilizers; avoid early aggressive overhead loading.
S
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Reduce tone that impairs function using stretching, positioning, oral antispasmodics, and focal chemodenervation; monitor weakness and sedation.
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Start early rehab, prevent pressure injury and DVT, manage autonomic, bowel, and bladder issues, and plan mobility with level-appropriate equipment.
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Identify hemi-neglect and use scanning training, limb activation, and environmental modifications to improve safety.
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Start rehab once medically stable; prioritize early, task-specific training, dysphagia screening, DVT prevention, and realistic functional goals.
T
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Respect surgical approach precautions, normalize gait, strengthen abductors, and prevent dislocation and DVT while restoring function.
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Control pain and swelling, restore extension first, progress flexion and quadriceps strength, and prevent thromboembolic and wound complications.
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Structure recovery with graded return to activity, cognitive pacing, headache and sleep management, and vestibular/oculomotor therapy when indicated.
V
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Use canalith repositioning for BPPV and gaze stabilization for unilateral vestibular loss; avoid prolonged vestibular suppressants.
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Use targeted vestibular therapy for unilateral/bilateral hypofunction, vestibular neuritis, PPPD, and post‑concussion; perform canalith repositioning for BPPV. Customize gaze stabilization, balance, and habituation drills.
W
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Proper seating prevents pressure injuries and improves function; choose cushion/backs based on risk and perform regular pressure relief and skin checks.
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Functional, job-specific conditioning with graded exposure and ergonomic modifications to restore work capacity.
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