Distinguish between a functional progression test and a time-based return-to-play benchmark.

Distinguish between a functional progression test and a time-based return-to-play benchmark.

• A. Time-based benchmarks are based on objective performance criteria, while functional progression uses time since injury.
• B. Functional progression tests use objective performance criteria to guide progression; time-based benchmarks rely on elapsed time since injury, not necessarily readiness.
• C. Both rely solely on physician opinion.
• D. Functional progression tests ignore performance data and focus on aesthetics.

Answer: (B)

The main idea is that recovery progression for return-to-play should be guided by how the athlete actually performs, not just how long they’ve been out. In a functional progression approach, progress is driven by objective performance criteria. Clinicians use standardized tests of strength, range of motion, neuromuscular control, and functional tasks (like strength tests, hop tests, balance, and agility) and only advance when the athlete meets predefined benchmarks that indicate readiness. Time-based benchmarks, on the other hand, move an athlete forward based on elapsed time since injury or surgery, regardless of whether performance criteria are met, which may not reflect actual readiness. This matches the idea that functional progression uses objective performance data to guide progression, while time-based benchmarks rely on elapsed time. The other options don’t fit because they either swap the concepts, rely solely on physician opinion, or claim performance data is ignored.

The main idea is that recovery progression for return-to-play should be guided by how the athlete actually performs, not just how long they’ve been out. In a functional progression approach, progress is driven by objective performance criteria. Clinicians use standardized tests of strength, range of motion, neuromuscular control, and functional tasks (like strength tests, hop tests, balance, and agility) and only advance when the athlete meets predefined benchmarks that indicate readiness. Time-based benchmarks, on the other hand, move an athlete forward based on elapsed time since injury or surgery, regardless of whether performance criteria are met, which may not reflect actual readiness.

This matches the idea that functional progression uses objective performance data to guide progression, while time-based benchmarks rely on elapsed time. The other options don’t fit because they either swap the concepts, rely solely on physician opinion, or claim performance data is ignored.