Functional Biomechanical Analysis

Functional biomechanics

- an engineering approach to analytics -

(listen to the entire article)

This presentation provides an overview of more than 12 years of dedicated research aimed at facilitating the tracking of characteristics and disorders within the locomotor system.

Petar Bačić

In essence, functional biomechanical analysis furnishes valuable insights into the functional capabilities of the human body, encompassing factors such as:

Range of Motion
Muscle Strength
Force Production
Neuromuscular Control and/or Fatigue, among others.

This contrasts with diagnostic modalities primarily focused on structural aspects, including:

Magnetic Resonance Imaging
Computer Tomography
X-ray (Roentgen)
Ultrasound

Any inquiry into human movement invariably revolves around specific research objectives. The origins of biomechanical analysis, as practiced today, find their roots in the analysis of gait, representing a fundamental cyclic human movement. The emphasis on the cyclical nature of motion is underscored by its repeatability over defined time intervals and its amenability to standardization among targeted groups of participants. This approach yields dependable and replicable data, suitable for both qualitative and quantitative motion analysis.

Identification of Pain Conditions

Employing this approach allows for precise identification of changes that may be correlated with motion performance or pain-related conditions. This data forms the basis for crafting tailored individual training regimens and monitoring their progress. Functional biomechanical diagnostics, therefore, facilitates effective performance training, high-quality rehabilitation of pain-related conditions, and injury prevention in sports.

Analytical Procedures

Moreover, numerous well-defined biomechanical analysis protocols have been developed, mandating strict adherence to ensure the acquisition of valid data for the purposes of rehabilitation or sports performance training.