Range of Motion

Definition: Joints must be moved through their maximal Range of Motion periodically to maintain their ROM.
Purpose of ROM Activities:
  - Ensures joint and soft tissue structures maintain existing mobility.
  - Minimizes the effects of immobilization and prevents the development of contractures.
  - Commonly used after injuries or surgeries.

Systemic Disease: Affects the overall physical condition of the joints and soft tissues.
Joint Issues: Problems such as arthritis or injuries can limit movement.
Neurological Disorders: Impacts motor function and control, affecting ROM.
Muscular Diseases: Conditions like muscular dystrophy can reduce muscle contraction ability.
Surgery: Post-operative conditions may restrict movement.
Trauma: Injuries can lead to swelling and pain, reducing ROM.
Inactivity: Sedentary lifestyle contributes to stiffness and loss of flexibility.
Immobilization: Extended periods without movement lead to stiffness and atrophy.

Passive ROM (PROM): Movement is performed by an external force; no muscle contraction is involved.
Active Assisted ROM (AAROM): Involves assistance from an external force to complete the movement; motion is partly active and partly passive.
Active ROM (AROM): Involves active contraction of the muscles to produce movement of the joint.

Characteristics:
  - Movement created externally (e.g., therapist, machine).
  - Should not involve voluntary muscle contraction.
  - Can be facilitated by gravity, machines, or other people.
Important Note: PROM is distinct from stretching, as it is performed within the available range of motion.

Characteristics:
- Movement is partly voluntary, aided by an external force.
- Example: Using pulleys, where the unaffected arm helps move the affected arm.

Characteristics:
- Requires active contraction of muscles that cross a joint to produce movement.
- Example: A patient raising their leg without assistance.

Defined as PROM performed continuously to a joint by a mechanical device for extended periods.
Uses:
  - Post-surgery rehabilitation.
  - Pain management initiatives.
  - Promotes early recovery of ROM.
Customizability: Allows for programming of range, rate, and duration of movement.

Examples:
  - Using a skateboard or a friction-free surface to facilitate movement.
  - Employing towels for motion.
  - Using equipment like a reciprocal exercise unit for upper or lower body ergometer exercises.
Benefits:
- Uses the strength of the unaffected extremity.
- Supports reciprocal patterning, endurance training, and strengthening.

Intrinsic Factors:
- Influence of the anatomy of the joint.
- Joint congruency and elasticity of ligaments and tendons.
Extrinsic Factors:
- Age, body size, disease, and history of injury can affect ROM.

Negative Outcomes:
  - Loss of bone density can begin within weeks due to absence of loading and muscle contraction, potentially leading to osteopenia or osteoporosis.
  - Degeneration of cartilage, as articular cartilage relies on the movement of synovial fluid for nourishment.
  - Fibrosis and adhesions in collagenous tissue through immobilization.
  - Muscle atrophy and contractures due to inactivity, resulting in reduced contractile force and size.

Utilized when a patient is unable or not allowed to move.
  - Aims to:
    - Maintain soft tissue and joint integrity.
    - Decrease the risk of contractures.
    - Improve circulation and reduce pain.
    - Assist healing processes and foster movement awareness.
Additional Uses:
- Evaluates limits of motion, joint stability, and soft tissue elasticity.
- Demonstrates desired motions during exercises and prior to passive stretching.
Application:
- Upper Extremity (UE). Instruction on how to perform PROM focusing on shoulder motions.

Timing: Should start when the patient can actively contract muscles and move segments.
Benefits Include:
  - Similar advantages as PROM while encouraging muscle elasticity and contractility.
  - Provides essential sensory feedback and enhances circulation.
  - Assists in reducing swelling and promoting healing.

Medical Limitations: When physician's orders prohibit ROM or if motion interferes with the healing process (indications such as increased swelling, discoloration, or heat).
Symptoms Indicating Caution: Increased pain with movement or pushing motion beyond the available range, which would be considered as stretching, not ROM.
Specific Health Concerns: Address conditions such as blood clots or deep vein thrombosis (DVT).

PROM Limitations:
- Will not prevent muscle atrophy or develop strength or endurance.
AROM Limitations:
- Will not necessarily enhance the strength of stronger muscles but can help in developing skill and coordination in the specific movement pattern.

Objectives Include:
  - Maintain muscle elasticity and contractility.
  - Offer sensory feedback to reinforce motor patterns.
  - Provide a stimulus necessary for maintaining bone integrity.
  - Enhance circulation to help prevent clot formation.
  - Aid in the development of motor skills.
  - Lower the risks of developing contractures and pain.
  - Slow down the rate of muscle atrophy.
  - Address emotional and psychological components of recovery by reducing feelings of depression.

Key Steps:
  - Engage in effective communication with the patient to clarify the purpose of exercises.
  - Determine the appropriate ROM type based on PT orders.
  - Ensure proper alignment of the patient in a comfortable position, including draping if necessary.
  - Support the moving body part and areas of poor structural integrity during movement.
  - Carefully monitor speed, range of motion, and the patient's tolerance to the exercises.