Focused on the basal ganglia and cerebellum, this seminar explores the neurological underpinnings of dynamic postural stability and fine motor control.
Participants will learn how to assess and address neurological imbalances affecting movement, with practical applications for musculoskeletal disorders, fall prevention, and optimizing motor function for both injury recovery and enhanced athletic performance.
Surround Inhibition for Fine Motor Control
The Concept
Neurological Wind-up as a Consequence of Basal Ganglionic and Cerebellar Cortex Dysfunction
How this can adversely affect patients both neurologically and in terms of their general health?
How this manifests clinically?
How to manage it?
How proprioceptive deficits and central sensory processing problems interfere with proper control and coordination of movement?
How this contributes to musculoskeletal and movement disorders?
Musculoskeletal Consequences
Abnormal movement patterns
Injury susceptibility related to basal ganglionic
Cerebellar dysfunction
Dynamic Postural Stabilisation
Sensory and motor requirements for effective movement.
How to rehabilitate fine motor control and movement timing with easy-to-prescribe no-tech exercises.
Challenging the Postural Stabilisation System Through Sensory Perturbations
Cognitive Consequences of Basal Ganglionic and Cerebellar Dysfunction
How this relates to conditions such as anxiety, OCD, depression and various childhood developmental disorders.
Treatment strategies for hyperkinetic movement disorders
Surround inhibition training, specific sensory afferentation, sensory tricks and visuo-sensory therapy.
Cervical Dystonia
Special considerations
The Parkinson's patient
Strategies to preserve their functional capacity for as long as possible.
Dynamic postural stabilisation
The relationship between postural stabilisation and musculoskeletal injury.
Assessment of the systems involved and how to train them to function better
Sensory, motor and central sensorimotor integration and processing.
Rehabilitation of Neurologically-mediated dynamic postural destabilization
Falls in the Elderly
Causes
Prevention
Rehabilitation strategies
Optimising Motor Control and Motor Learning after Injuries and to Enhance Sporting Performance
TBA 2025
NEURO NEW ME can make changes in the places, location and/or schedule of the training action whenever necessary, for reasons of force major and as long as this does not make the objectives defined for it unfeasible, committing the cases to communicate as changes as early as possible to all registered participants.
NEURO NEW ME must carry out the training actions in the disclosed data, being able to make changes for reasons of force majeure. All changes are communicated to the participants in the shortest possible time, not giving them the right to any compensation.
The amount and payment terms applicable to each selection action are indicated in the promotional material. The payment must be settled before the training action starts and the respective proof of payment sent to: neuronewm@gmail.com.
Payments can be made by deposit or bank transfer to the NIB provided by NEURO NEW ME.
Whenever a training action does not gather the minimum number of participants at the beginning of the data, it will be scheduled for a new date.
