Rehabilitation and biomechanics

Area of Science:

• Rehabilitation and biomechanics research.
• Geriatric medicine and physical therapy.
• Rheumatology and orthopedics.

Background:

• Reviews existing literature on rehabilitation and biomechanics.
• Addresses therapeutic heat, foot orthotics, exercise in elderly arthritis patients, muscle strengthening, and arthroplasty.
• Highlights the prevalence and impact of arthritis in nursing home populations.

Purpose of the Study:

• To review current research in rehabilitation and biomechanics.
• To evaluate the effectiveness of various therapeutic interventions.
• To present new findings on exercise and assistive devices.

Main Methods:

• Literature review across five key categories.
• Analysis of studies on superficial heat and microwave hyperthermia.
• Evaluation of foot orthotic devices and pressure measurement techniques.
• Review of exercise interventions for elderly individuals and rheumatoid arthritis patients.
• Assessment of isokinetic dynamometer reliability.

Main Results:

• Superficial heat may be detrimental; deep microwave hyperthermia shows therapeutic potential.
• Foot orthotics can reduce foot pressure; forefoot varus is a key issue.
• Arthritis significantly impacts elderly individuals, causing pain and functional limitations.
• Quadriceps strengthening is beneficial for frail elderly individuals.
• Dynamic training significantly improves strength, endurance, and aerobic capacity in rheumatoid arthritis patients without increasing disease activity.
• Home exercise programs are effective.
• Isokinetic testing is reliable for rheumatoid arthritis patients.

Conclusions:

• Deep microwave hyperthermia warrants further investigation.
• Appropriate footwear and orthotics are crucial for foot health.
• Targeted exercise programs, particularly dynamic training, are vital for managing arthritis and improving function in the elderly.
• Home-based rehabilitation programs are effective and should be encouraged.