**Lower Leg Dysfunction: Corrective Exercise and Sample Routine
**
By Brent Brookbush DPT, PT, MS, PES, CES, CSCS, ACSM H/FS
Typical Findings During Movement Assessment:
Overhead Squat Assessment:
Goniometry:
- Limited Dorsiflexion (Less than 20°)
- Limited Knee Extension (90/90) (Greater than 20°)
- Limited Hip Internal Rotation (90/90) (Less than 45°)
- Limited Hip External Rotation (90/90) (Less than 45°)
Specific Flexibility:
Strength Assessment:
- Tibialis Anterior Compensation (toe extension)
- Tibialis Posterior Weakness (compensation may include toe flexion)
- Gluteus Medius Weakness and/or Compensation (hip flexion)
- Gluteus Maximus Weakness or Compensation (knee flexion, external rotation, or adduction)
- Core Compensation (abdominal distension)
Typical length change and motor behavior of involved musculature:
Overactive (Release and Stretch):
- Lateral Gastrocnemius
- Soleus
- Fibularis Longus
- Fibularis Brevis
- Extensor Digitorum Brevis
- Tensor Fascia Latae /Vastus Lateralis /Iliotibial Band Complex
- Biceps Femoris
- Gluteus Minimus
- Deep Longitudinal Subsystem
Underactive (Activate and Integrate):
- Tibialis Anterior
- Tibialis Posterior
- Medial Gastrocnemius
- Flexor Hallucis Longus
- Flexor Digitorum Longus
- Pens Anserinus Group
- Gluteus Medius
- Gluteus Maximus
- Deep Rotators of the Hip
- Posterior Oblique Subsystem
For a complete analysis of Upper Body Dysfunction check out this article - Lower Leg Dysfunction
Brookbush Institute – Integrated Warm-up/Corrective Exercise Template:
- Release
- Mobilize (When appropriate)
- Stretch
- Isolated Activation
- Core Support (Optional)
- Stability Integration (Optional)
- Reactive Integration (Optional)
- Subsystem Integration
It is the intent of the Brookbush Institute that the personal trainer will artfully select exercises from the appropriate progressions to create a workout that has an immediate impact on the quality of movement and “feels-like” a warm-up. To create this effect it is important to choose at least one exercise for each modality, that each exercise can be done in quick succession (without rest), and creates a series of exercises that increases in intensity from “Activated Isolation to Whole Body Exercise.” Be careful not to rely too heavily on unilateral exercises as this will decrease intensity. The result is a sophisticated approach to exercise selection that can improve the quality of movement while maintaining the intensity of a general warm-up.
It is not uncommon for a new client to feel like a significant amount of work has been accomplished at the end of the integrated warm-up, especially when the sequence is repeated 2-3 times. Further, it is not uncommon for Brookbush Institute faculty to solely utilize the “Integrated Warm-Up template” as the initial phase of training, or in periods between high-intensity training.
Exercise Repertoire:
Lower Body Self Administered Release Techniques Playlist:
Self Administered Mobilization:
Static Stretching Playlist:
Note: The "Kneeling Hip Flexor", "Standing Adductor", and "Calve (and Peroneal) Stretch" are the most commonly used for Lower Leg Dysfunction
Lower Body Isolated Activation Playlist:
Core Integration Playlist:
Lower Leg Integration Playlist:
Typical Integrated Warm-Up/Corrective Exercise Routine:
Note: All exercises are linked to video
Release (Hold each for 30 -120 seconds or until a release is felt):
Mobilization (Perform 10 - 15 repetitions, holding for 2 seconds at end range):
**Stretch *(Hold each for 30 -120 seconds or until a release is felt):***
Isolated Activation (10-20 reps, 1-3 sets, form is more important than load):
Core Support (10-20 reps, 1-3 sets, form is more important than load):
Integrated Stabilization (Try and maintain single leg balance for 60 seconds on each side)
Reactive Integration (10-20 reps, 1-3 sets, form is more important than load):
Subsystem Integration (10-20 reps, 1-3 sets, form is more important than load):
Note: You may perform the exercises from "Isolated Activation" to "Subsystem Integration" in circuit (no rest in-between sets), and perform that circuit 1 - 3 times.
© 2011 Brent Brookbush
Questions, comments, and criticisms are welcomed and encouraged –