Body Composition: Using our advanced body composition methods, we are able to assess whole-body and regional body composition (bone density, lean- and fat-mass) to the nearest gram. Additionally, we can assess levels of intracellular, extracellular and total body water. This allows great sensitivity to detect changes in body composition.

• Bone mineral density
• Full-body DXA scan
• Regional DXA scan
• Intracellular/Extracellular Fluid Balance
• Localized Muscle Hypertrophy/Atrophy
• Muscle Quality

Ultrasonography: With our state-of-the-art ultrasonography system, we are capable of capturing and constructing 4D, multi-planar views of the human anatomy. This system allows for precising imaging of connective tissue and quantification of key variables of skeletal muscle such as muscle thickness, cross sectional area, pennation angle and fascicle length. Additionally, using pulse wave doppler, real-time measures of flow mediated dilation can be assessed.

• Flow-mediated dilation
• Blood flow
• Muscle Cross Sectional Area
• Muscle Pennation Angle & Fascicle Length
• Muscle Thickness

Cardiovascular health is much more than traditional blood pressure. Using Bluetooth technology sensors, we have the ability to measure several indicators of cardiovascular and arterial function simultaneously. Measures of aerobic capacity and sympathetic output can also be evaluated.

• Peripheral and Central Arterial Function
• Peripheral and Central Blood Pressure
  • 24-hour monitoring
• VO₂ Max
• Ventilatory Threshold
• Continuous Heart Rate & Heart Rate Variability Monitoring

Using indirect calorimetry with a mixing chamber to quantify volume of respiratory gases, accurate measurements of resting or exercising energy expenditure can be assessed. Through this “gold standard” method of calorimetry, measures of oxidative capacity to determine contribution of substrate to overall energy expenditure can be monitored.

• Resting and Exercising Metabolism
• Energy Substrate Utilization

We offer a plethora of clinical lab test to evaluate the impact of treatment on specific biomarkers to measure efficacy and safety.

• Complete Blood Count
• Comprehensive Metabolic Panel
• Lipid Panel
• Thyroid Panel
• Inflammatory Marker Panel
• Hormone Panel
• Liver Function
• Kidney Function
• Glucose Tolerance
• Plasma Amino Acid Profiles

Our markerless 3D whole-body biomechanical analysis provides us with an intricate and precise vision of joint and muscle functionality. Using whole-body functional movement screenings we can precisely evaluate upper- and lower- body movement efficiency, mobility, power, joint stability, balance, form, overall strength, loading patterns/efficiency and joint torque.

• Joint Stability
• Movement Efficiency
• Bilateral and Unilateral Force & Power Output
• Identify Primary Muscle Movers
• Quantify Maximal Joint Torque

Functional cognitive capacity correlates with visual and behavioral issues such as oculomotor abilities, visuospatial processing, and visual attention. We offer objective measures to quantify cognitive function with real-time biofeedback.

• Dynamic Visual Acuity
• Reaction Time
  • Saccadic Latency
  • Visual Reaction Time
• Processing Speed
• Multiple Object Tracking
• Pattern Recognition
• Depth Perception
• Contrast Sensitivity
• Hand-Eye Coordination
• Post-Concussion Monitoring

Gait analysis is important for coordination to perform activities of daily living as well as performing a maximal effort sprint. We contain the ability to evaluate both ends of the spectrum with an array of technologies, providing the capability to analyze all phases of walking and sprinting gait.

• Walking
  • Identify walking gait stability
  • Ambulatory walking assessment
• Sprinting
  • Identify stretch shortening cycle efficiency
  • Profile force output
• Characterize acceleration ability
• Quantify stride length and stride frequency

Our medical-grade dynamometer is highly utilized within research, performance, and rehabilitation. This state-of-the-art equipment provides us with a unique capability of isolating upper- and lower-body muscle groups throughout isometric, isokinetic, and isotonic movements. This modality delivers valuable insight on characterizing contractile capabilities throughout a variety of velocities.

• Isometric
• Isokinetic
• Isotonic
• Identify agonist:antagonist strength-velocity profile

This technology captures muscle activation in real-time. Indicators such as contractile strength, fatigue, motor unit recruitment, muscle coordination, and neural excitability can be assessed.

• Muscle Activation
  • Peak and Average
• Coordination Between Muscle Groups
• Quantify Neurological Adaptations

Our measurement capabilities provide us with real-time analyses and highly extensive data export capabilities to analyze movement capacity, efficiency and symmetry. The sensitivity of our technologies provides a comprehensive report on force, velocity, and power output for each phase of the movement.

• Identify symmetry indices
• Characterize loading patterns
• Eccentric utilization ratio
• Dynamic strength index
• Force/Velocity profiling