In resistive exercise progression, which sequence is recommended?

In resistive exercise progression, which sequence is recommended?

• A. Isometric - Eccentric - Concentric
• B. Eccentric - Isometric - Concentric
• C. Isometric - Concentric - Eccentric
• D. Concentric - Isometric - Eccentric

Answer: (A)

This sequence reflects loading healing or strengthening tissue in a progressive, safe way that builds control, strength, and function. Starting with isometric contractions lets the muscle activate and the joint stabilize without any movement, which often helps reduce pain and establishes safe activation patterns. Next comes eccentric loading, where the muscle lengthens under tension; this provides a strong stimulus for strength gains and tendon remodeling while still allowing controlled progression. Finally, concentric contractions reintroduce movement and power work, leveraging the tolerance gained from the earlier phases to handle dynamic, shortening work. If you jump straight to movement under load, you risk aggravation or insufficient tissue adaptation; the isometric phase protects and stabilizes, the eccentric phase builds robustness, and the concentric phase restores functional movement.

This sequence reflects loading healing or strengthening tissue in a progressive, safe way that builds control, strength, and function. Starting with isometric contractions lets the muscle activate and the joint stabilize without any movement, which often helps reduce pain and establishes safe activation patterns. Next comes eccentric loading, where the muscle lengthens under tension; this provides a strong stimulus for strength gains and tendon remodeling while still allowing controlled progression. Finally, concentric contractions reintroduce movement and power work, leveraging the tolerance gained from the earlier phases to handle dynamic, shortening work. If you jump straight to movement under load, you risk aggravation or insufficient tissue adaptation; the isometric phase protects and stabilizes, the eccentric phase builds robustness, and the concentric phase restores functional movement.