Gait analysis and biomechanical study

Q: What is plantar fasciitis?

Plantar fasciitis is an inflammation of the plantar fascia, a tissue that connects the heel to the toes and supports the plantar arch. It can appear due to overload, use of inappropriate footwear, flat feet, being overweight or activities that involve a lot of impact, such as running. It causes pain in the heel, especially when walking or getting up.

Q: What is metatarsalgia?

Metatarsalgia is pain in the area of the sole of the foot, just below the metatarsal bones. It appears due to excessive pressure on this area due to high-impact activities, inappropriate footwear, flat feet, or deformities such as bunions. It can also be caused by being overweight or lack of proper support in the feet.

Q: What problems can be detected with a biomechanical analysis?

Problems can be identified such as: Flat feet or high arches (pes cavus). Hyperpronation Hypersupination Bad alignment of the lower extremities Gait problems that could be affecting your overall posture.

Q: How long does a biomechanical analysis take?

A biomechanical analysis usually lasts between 30 to 60 minutes, depending on the complexity of the case and the necessary tests.

Q: What are the benefits of biomechanical analysis?

Some of the benefits include: Injury prevention. Correction of posture and gait. Improvement of sports performance. Relief of chronic pain in feet, ankles, knees and back. Early diagnosis of problems such as flat feet or overpronation.

The stepping analysis is a study that evaluates the way in which a person walks, observing how he distributes weight and impact on his feet. It is performed to detect problems in the gait, such as excessive pronation (inward inclination) or supination (outward) among other pathologies, which can cause pain or injury. This analysis helps to choose the right shoes or design custom orthopedic templates.

At our clinic, biomechanical analysis is one of the most important tools to detect problems in the way you walk and posture that can affect the health of your feet, ankles, knees and even the spine. With a personalized evaluation it allows us to offer you a specific and effective treatment.

How do we perform biomechanical analysis?

1. Visual Evaluation

We begin with a detailed observation of your posture and gait. We analyze how you move and if there are any visible anomalies.

2. Footprint Tests

We use advanced technology, such as pressure platforms or sensor insoles, to study how you distribute your weight when walking or running. This helps us detect problems such as overloading of certain areas of the foot or irregularities in alignment.

3. Gait Analysis

Through gait pattern analysis, we can see how your feet interact with the ground during movement. This is essential to detect dysfunctions that may be causing discomfort or pain.

4. Footwear assessment

We evaluate your current footwear and advise you on the most appropriate type of shoe according to your foot type and activity.

5. Personalized treatment plan

After the analysis, we provide you with recommendations and treatment options, which may include personalized insoles, postural correction exercises, or changes to your physical activity routine and rest habits.

Orthopodological treatment (insoles)

6. Tracking

We make sure to do periodic checks to ensure that no changes occur in the structure of the foot or in the biomechanics.

Why is it important?

Proper biomechanical analysis allows problems to be detected at an early stage, before they become chronic or painful injuries. In addition, identifying the origin of certain pain or discomfort in other parts of the body, such as the knees, hips or back, can be essential to effectively treat symptoms and prevent future complications.

Who is it addressed to?

Biomechanical analysis is beneficial for anyone who wants to optimize their physical performance or who is experiencing pain in their feet, ankles, knees, hips, or back. It is also ideal for:

Athletes: To improve performance and prevent injuries.
People with chronic pain: Such as knee, back or foot pain.
Children: To detect alignment problems or malformations in the feet at an early age.
Pregnant: To adjust footwear and improve posture during pregnancy.

Frequent pathologies

Plantar fasciitis

Metatarsalgia

Lower extremity dysmetria

Repetitive ankle sprains

Hal·lux Abductus Valgus (Bunions)

Gait analysis and biomechanical study

How do we perform biomechanical analysis?

1. Visual Evaluation

2. Footprint Tests

3. Gait Analysis

4. Footwear assessment

5. Personalized treatment plan

6. Tracking

Why is it important?

Who is it addressed to?

Frequent pathologies

FAQ’s

What is plantar fasciitis?

What is metatarsalgia?

What problems can be detected with a biomechanical analysis?

How long does a biomechanical analysis take?

What are the benefits of biomechanical analysis?