Länkstig

Seminarium med professor Maggie-Lee Huckabee HT2024

Forskning

Välkommen till forskningsseminarium #2 vid Enheten för logopedi med titeln “Biomechanics vs Physiology in Swallowing – The critical role of the cranial nerve examination in diagnostic specificity and rehabilitation planning”

Seminarium
Datum
1 okt 2024
Tid
13:00 - 17:00
Plats
Kammaren, Sahlgrenska Universitetssjukhuset (Blå stråket 5, mellan målpunkt H & L), Göteborg
Antal platser
60
Tillgänglighet
Digitalt deltagande via Teams är möjligt
Ytterligare information
Delta digitalt här!

Medverkande
Maggie-Lee Huckabee, Professor vid University of Canterbury, School of Psychology, Speech and Hearing, Faculty of Science i Christchurch, Nya Zeeland
Bra att veta
Seminariet är kostnadsfritt, men anmälan krävs. Deltagande på plats är begränsat till 60 personer.

Program

  • Looking into the crystal ball: The cranial nerve examination
  • Definitions: Biomechanics vs Physiology and why it matters 
  • Skill vs Strength: Rehabilitative specificity

A greater understanding of the complexities of swallowing and swallowing impairment mandate development of greater specificity in diagnosis and rehabilitation approaches. Whereas our very early approaches to assessment focuses on evaluating primarily bolus flow, clinical practices have evolved to a focus on biomechanical movement patterns that direct bolus flow.

As we are starting to better grasp the complexity of cortical control of swallowing, we now need to expand focus to address underlying pathophysiology that constrains or facilitates biomechanical movement.  A standard component of the clinical swallowing assessment is the cranial nerve examination. But often, there is a disconnect between the information obtained from this assessment and the inferred application to swallowing biomechanics. 

A focus of this seminar will be on the application of the clinical cranial nerve examination to justify further instrumental assessment and to consequently interpret the biomechanics seen with these tools. We will then further explore the expansion from biomechanics to underlying pathophysiology and how this critical distinction may drive selection of rehabilitation approaches.