Understanding Differences in Range of Motion: A Guide for Registered Massage Therapists and Clients

Range of Motion (ROM) is a pivotal concept in the world of physical therapy, chiropractic care, and especially for Registered Massage Therapists (RMTs). As a student studying for the MBLEx, you should have a clear understand the differences of the different types of ROM. ROM refers to the full movement potential of a specific joint. The amount of movement possible can significantly differ between individuals and understanding these nuances can drastically affect the effectiveness of treatment plans.

Bonus: Test your knowledge of ROM with a quiz below!

What is Range of Motion?

In human anatomy, the Range of Motion (ROM) is the complete movement capacity of a joint, typically its scope of flexion and extension. For instance, your elbow joint allows you to fully extend and flex your arm – this represents its ROM.

ROM is usually quantified in degrees, and most joints have a generally accepted normal ROM. For instance, a healthy knee should have a ROM of 0 to 135 degrees, meaning it can extend completely (0 degrees) and flex up to roughly 135 degrees.

Different Types of Range of Motion

There are three primary types of ROM: active, passive, and resisted.

  • Active Range of Motion (AROM): The degree of movement a person can achieve unaided at a joint. If a client can lift their arm up overhead without assistance, this demonstrates AROM.
  • Passive Range of Motion (PROM): The degree of movement at a joint when the movement is performed by someone else, such as a massage therapist or physiotherapist. If a client can only lift their arm halfway up, but the therapist can move it to a fully overhead position, this demonstrates the client’s PROM.
  • Resisted Range of Motion (RROM): This is the degree of movement a person can achieve against resistance. This assessment provides information about the strength and integrity of the muscles and tissues surrounding the joint. If a client can move their arm fully overhead against some resistance, this is indicative of their RROM. A discrepancy between AROM and RROM might signal a muscle weakness or injury.

It’s crucial to note that PROM can often exceed AROM due to muscle weakness, pain, or neurological issues. Conversely, RROM may be less than both AROM and PROM if muscle strength is compromised.

Joint/Body PartNormal AROM (Degrees)Normal PROM (Degrees)Normal RROM (Degrees)
Shoulder Flexion0-1800-1800-180
Elbow Flexion0-1500-1500-150
Wrist Flexion0-800-900-80
Hip Flexion0-1200-1200-120
Knee Flexion0-1350-1350-135
Ankle Dorsiflexion0-200-300-20

Note: This table showcases approximate values and may slightly differ based on age, gender, and individual differences.

The Role of Massage Therapy in Improving ROM

RMTs aim to help clients optimize their ROM, enhancing their mobility, decreasing pain, and improving their quality of life. Massage therapy can facilitate an increase in ROM by:

  • Reducing muscle tension: Overly tense muscles can limit a joint’s motion. Massage therapy can reduce this tension and improve ROM.
  • Increasing circulation: By enhancing blood flow to an area, massage can promote healing, reduce stiffness, and increase ROM.
  • Reducing pain: If pain limits a client’s active range of motion, massage therapy can help to alleviate the pain, potentially increasing AROM.

Conclusion

Understanding the different types of Range of Motion—Active, Passive, and Resisted—is critical for both RMTs and their clients. Recognizing these differences can aid in formulating effective treatment plans and measuring progress. Moreover, having clients understand these concepts can empower them to participate more actively in their recovery process, leading to better outcomes.

Quiz Time!

1. How does active range of motion (AROM) differ from passive range of motion (PROM)?

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B.
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D.

2. Your client has recently undergone shoulder surgery and is in the initial stages of recovery. As an RMT, how would you apply passive range of motion (PROM) in this situation?

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B.
C.
D.

3. When a client cannot achieve the normal AROM for a particular joint, what might this indicate?

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B.
C.
D.

4. A client with arthritis complains of reduced mobility in their wrist. How can you use PROM in your assessment?

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B.
C.
D.

5. Your client has recently recovered from a knee surgery and wants to evaluate their muscle strength. How would RROM be used in this situation?

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B.
C.
D.

 

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