program page health

Specialized Technology

State-of-the-art technology to diagnose and treat balance and dizziness disorders.

Fyzical utilizes state-of-the-art specialized technologies designed to give the most accurate diagnosis and targeted treatment for balance and dizziness disorders.

Some of the specialized technologies we use include:

Epley Omniax Chair

Precise and Professional

The Omniax, available at our Fort Myers location, was designed to precisely align the semicircular canal being treated to be parallel with gravitational pull of the earth allowing maximum force to reposition the particles (calcium crystals) quickly and efficiently.

Continue Reading

Vestibular Auto-Rotation Test (VAT)

Vestibular Auto-Rotation Test (VAT®) is an 18 second sinusoidal head-turn test of the horizontal and vertical visual-vestibulo-ocular response (VVOR) for the diagnosis, treatment planning, and monitoring of patients with dizziness, balance and mobility problems associated with vestibular disease.

Continue Reading

Computerized Dynamic Posturography (CDP)

The technique commonly referred to in the clinical literature as Computerized Dynamic Posturography (CDP) was developed though a series of basic research studies on human movement control, which were funded by the National Institutes of Health and NASA in the 1960's and 1970's.

cdp techCDP as a clinical tool for evaluating the sensory and motor components of balance control was first described by Nashner, et al1 in 1982 and the technique became available commercially in 1986 when NeuroCom International, Inc. introduced the EquiTest® system. CDP, is now considered to be the standard quantitative method for isolating and assessing the sensory and motor components of balance.

Computerized Dynamic Posturography (CDP) is a unique assessment technique used to objectively quantify and differentiate among the wide variety of possible sensory, motor, and central adaptive impairments to balance control. As such, CDP is complementary to clinical tests designed to localize and categorize pathological mechanisms of balance disorders. CDP can identify and differentiate the functional impairments associated with the pathological processes. By itself, CDP cannot diagnose pathology or site-of-lesion.

Because of the complex interactions among sensory, motor, and central adapting processes, CDP requires separate protocols to adequately differentiate among impairments. To quantify the failure of adaptive mechanisms to select appropriate sensory inputs and movement response patterns, CDP exposes the patient to a variety of controlled visual and support surface conditions.

cdp sotThe benefits of Computerized Dynamic Posturography are well documented in the clinical literature. The contribution of CDP information to positive treatment outcomes has been demonstrated in numerous controlled studies . A thorough overview of CDP methodology and clinical applications can be found in "Practical Management of the Dizzy Patient," edited by Joel A. Goebel (Lippincott Williams & Wilkins Publishers 2000).

As defined by the American Academy of Otolaryngology-Head and Neck Surgery and the American Academy of Neurology, CDP includes1:

1. Isolation and Quantification of orientation inputs from the visual, vestibular and somatosensory systems

2. Isolation and Quantification of central integrating mechanisms for selecting functionally appropriate orientation sense(s)

3. Isolation and Quantification of functionally appropriate movement strategy(s) in a variety of controlled task conditions

4. Isolation and Quantification of motor output mechanisms for generating timely and effective postural movements

As defined, CDP is the only method validated by controlled research studies to isolate the functional contributions of vestibular inputs, visual inputs, somatosensory inputs, central integrating mechanisms, and neuromuscular system outputs for postural and balance control.1

Balance ControlDuring CDP testing, the patient stands on a movable, dual forceplate support surface within a moveable surround (enclosure). Under control of a computer, the force platform can either move in a horizontal plane (translate), or rotate out of the horizontal plane.3 Standardized test protocols expose the patient to support surface and visual surround motions, during which the patient's postural stability and motor reactions are recorded. These test protocols include:

1. Sensory Organization Test (SOT)

2. Motor Control Test (MCT)

3. Adaptation Test (ADT)

cdp balanceflowchartDuring the SOT, the utility of visual, vestibular, and proprioceptive inputs in controlling spontaneous sway is eliminated without provoking motor reactions by moving the support surface and the visual enclosure in response to the patient's postural movements. During the motor control protocols (MCT and ADT), reactions are provoked by unexpected abrupt movements of the support surface. Because the measures of postural stability, as well as the motions of the support surface and visual surround, are precisely controlled and calibrated relative to the patient's height and weight, standardized graphical summaries can compare the patient's results to those of age-matched asymptomatic (normal) individuals.

Reproduced with permission from NeuroComm International, Inc.

Fyzical enjoys the adaptability of the CDP system to adapt to individual therapy or training needs. Furthermore, in the world of balance and vestibular assessment, there is no better way to scientifically validate a patient's improvement.

 

Videoelectronystagmography (VNG)

VNG (Videoelectronystagmography) is designed to test inner ear and central motor functions. VNG measures the movements of the eyes directly through infrared cameras and is considered to be more accurate, consistent, and comfortable for the patient.

Continue Reading