When using heat, which ROM approach is preferred?

When using heat, which ROM approach is preferred?

• A. AROM
• B. PROM
• C. Isometric only
• D. No ROM during heat

Answer: (A)

Heat makes muscles and connective tissues more pliable and reduces joint stiffness, creating an window where movement can produce greater gains in flexibility. Using active range of motion during this time takes advantage of that increased tissue extensibility and also engages the patient's muscles, promoting motor control, strength, and functional movement patterns. Passive ROM can help maintain motion but doesn’t recruit the patient’s own muscle activation to the same extent, and isometric movements don’t involve actual joint motion, while delaying or skipping ROM during heat forgoes the opportunity to improve both flexibility and functional movement. Therefore, active range of motion while heating is the best approach.

Heat makes muscles and connective tissues more pliable and reduces joint stiffness, creating an window where movement can produce greater gains in flexibility. Using active range of motion during this time takes advantage of that increased tissue extensibility and also engages the patient's muscles, promoting motor control, strength, and functional movement patterns. Passive ROM can help maintain motion but doesn’t recruit the patient’s own muscle activation to the same extent, and isometric movements don’t involve actual joint motion, while delaying or skipping ROM during heat forgoes the opportunity to improve both flexibility and functional movement. Therefore, active range of motion while heating is the best approach.