Carrick Institute – Clinical Applications of Eye Movements Bundle On-demand

Carrick Institute – Clinical Applications of Eye Movements Bundle On-demand

Upon purchase, the first module will be added to your On-Demand Learning portal. You will have a credit on your file to use towards Advanced Clinical Applications of Eye Movements when you are ready to start.

Please email admissions when your ready to have access to Advanced Clinical Applications of Eye Movements.

You will have two years of access to each module.

Instructor:

This 50 hour clinical program is a comprehensive overview of the brain and eye movements highlighting hands-on examination and treatment protocols. A mastery of clinical examination procedures to quantify brain function and eye movements is necessary in the treatment of traumatic brain injuries and neurodegenerative diseases. Our participants will be trained to this level of mastery after completion of this course.

Participants will learn

• Examination of brain function
• Examination of voluntary and reflexogenic eye movements
• Examination of the visual striate cortex
• Examination of the medial superior temporal and middle temporal areas
• Examination of the frontal cortex
• Examination of the dorsolateral prefrontal cortex
• Examination of frontal eye fields
• Examination of supplementary high fields
• Examination of the superior colliculus
• Examination of the Pontine para-medial reticular formation
• Development of clinical treatments associated with disorders of the brain

These examination procedures promote localization and differential diagnoses of the nervous system.

Mastery of clinical procedures involving eye movements

• Saccade test
• Antisaccadic test
• Head and eye saccades
• Visual pursuits
• Reflexogenic by movement tests
• Volitional eye movement tests
• Vestibular tests
• Gaze fixation tests
• Optokinetic tests

Mastery of the understanding of the descending pathways involved in eye movements and their clinical applications

• Examination procedures that are specific to quantified the functional connections between the brain and brainstem
• Examination procedures that are specific for the Neostriata and basal ganglia
• Examination procedures that are specific for the subthalamic nucleus
• Examination procedures that are specific to the integration of major structures that projec to brainstem saccadic generators
• Examination procedures that are specific to the classification of fast and slow eye movements
• Diagnostic interpretation of pathology of functional eye movements

Brain function and the smooth pursuit system

• Examination procedures to identify function of the descending smooth pursuit pathway
• Examination procedures to identify the integration of cortical, subcortical and cerebellar influences to smooth pursuit function
• Interpretation of clinical signs specific to anatomical localization and neurophysiological function of the nervous system
• Understanding the functional deficits and compensation of specific lesions in the brain, basal ganglia, thalamus, cerebellum, brainstem and spinal cord and the development of treatment therapies specific to identified lesions
• Examination procedures that can identify pathology of function versus ablative pathology of smooth pursuit systems.
• Examination procedures specific to vestibular integration and eye movements
• Examination procedures specific to vestibular integration and eye movements

Clinical skills associated with vergence eye movements

• Clinical examination procedures of near and far visual perception
• Clinical treatment applications using environmental stimuli to affect vergence eye movements
• Clinical examination procedures specific to the midbrain
• Clinical examination procedures specific to the pons
• Clinical examination procedures specific to the cerebellum

Understanding the extraocular motor system

• Clinical examinations to quantified the pulse – step of neural integration
• Clinical examinations to measure pulse – step mismatches
• Clinical examinations to quantify the integrity of the brainstem generator
• Clinical examinations to quantify saccadic latency, velocity, duration and accuracy

The development of therapeutic treatment interventions

• Rubrics to assist in treatment development
• How to create a therapeutic practice
• How to increase beneficial clinical outcomes
• How to decrease failed clinical outcomes