MES Functional Movement Assessment & Corrective Exercise 1 — Questions and Answers
Question 1: Which movement assessment is most appropriate for identifying functional mobility limitations and fall risk in older adults with chronic conditions?
- Overhead squat assessment without additional tools
- Timed Up and Go (TUG) combined with Berg Balance Scale (Correct answer)
- 1-RM deadlift test
- Sit-and-reach flexibility test alone
Correct answer: Timed Up and Go (TUG) combined with Berg Balance Scale
The TUG and Berg Balance Scale together assess dynamic mobility, sit-to-stand ability, and balance in a functional context, directly predicting fall risk in older adults.
Question 2: During an overhead squat assessment, a client demonstrates excessive forward lean of the torso. Which combination of muscle imbalances most commonly causes this pattern?
- Tight hip flexors with weak hip extensors and tight soleus/gastrocnemius (Correct answer)
- Weak quadriceps and tight hamstrings
- Tight thoracic extensors and weak abdominals
- Short hip abductors and overactive IT band
Correct answer: Tight hip flexors with weak hip extensors and tight soleus/gastrocnemius
Tight hip flexors anteriorly tilt the pelvis, while tight calf muscles limit ankle dorsiflexion — both force the torso to lean forward to maintain balance during a squat.
Question 3: What is the primary purpose of a functional movement screen (FMS) in a clinical exercise setting?
- Determining 1-repetition maximum strength
- Identifying asymmetries and movement quality limitations that may increase injury risk (Correct answer)
- Measuring cardiovascular endurance capacity
- Diagnosing specific musculoskeletal pathologies
Correct answer: Identifying asymmetries and movement quality limitations that may increase injury risk
The FMS evaluates fundamental movement patterns and asymmetries to guide corrective exercise programming and reduce injury risk before performance training begins.
Question 4: Which corrective exercise strategy is most appropriate when a client demonstrates knee valgus (inward collapse) during a single-leg squat?
- Strengthening the quadriceps with knee extensions exclusively
- Activating and strengthening the hip abductors and external rotators (e.g., glute medius) while addressing tibial rotation control (Correct answer)
- Stretching the calves to improve dorsiflexion only
- Taping the knee into valgus to reinforce the pattern
Correct answer: Activating and strengthening the hip abductors and external rotators (e.g., glute medius) while addressing tibial rotation control
Knee valgus is primarily driven by hip abductor weakness and femoral internal rotation; targeting the gluteus medius and external rotators corrects the proximal cause of the collapse.
Question 5: For a client with chronic neck pain and upper-crossed syndrome, which corrective strategy directly addresses the characteristic muscle imbalance pattern?
- Strengthening upper trapezius and tightening pectorals
- Lengthening overactive upper trapezius/pectorals and strengthening inhibited deep neck flexors/lower trapezius (Correct answer)
- High-load cervical extension resistance training
- Eliminating all shoulder pressing movements permanently
Correct answer: Lengthening overactive upper trapezius/pectorals and strengthening inhibited deep neck flexors/lower trapezius
Upper-crossed syndrome involves tight upper trapezius, levator scapulae, and pectorals paired with inhibited deep neck flexors and lower trapezius; correcting both sides of the imbalance restores alignment.
Question 6: Which assessment tool is most appropriate for measuring core stability in a client recovering from lumbar surgery?
- Maximal sit-up test to fatigue
- McGill Torso Muscular Endurance Test Battery (flexion, extension, lateral endurance) (Correct answer)
- Olympic lift technique assessment
- High-load deadlift form evaluation
Correct answer: McGill Torso Muscular Endurance Test Battery (flexion, extension, lateral endurance)
The McGill Torso Endurance Battery assesses core stability through timed endurance holds in neutral spine positions, appropriate for post-surgical clients who need controlled loading.
Which movement assessment is most appropriate for identifying functional mobility limitations and fall risk in older adults with chronic conditions?