Oral Cavity Squamous Cell Carcinoma, Speech Disorders
Conditions
Keywords
Articulation
Brief summary
The goal of this longitudinal study is to learn more about the articulatory consequences of surgical oral cancer treatment. The main aims are to study the coordination and development of speech articulation of patients who will undergo surgical treatment for oral cancer longitudinally and whether individual differences in the reliance on auditory or tactile information can predict the success of speech compensatory strategies. Participants will perform multiple speech tasks while motion tracking sensors track the articulatory gestures.
Interventions
Motion tracking sensors will track articulatory movements of the tongue, jaw and lips
Sponsors
Study design
Eligibility
Inclusion criteria
1. Diagnosed with T1 or T2 tumor in the oral cavity 2. At least 18 years old and able to provide informed consent 3. Native speaker of Dutch 4. Has nog been treated for oral cancer before
Exclusion criteria
1a. Recurrence of disease (for patients) 1b. Treated for oral cancer (for healthy controls) 2. Speech problems (e.g., stuttering) 3. Problems with sight or hearing that impede reading or understanding instructions. When glasses or a hearing aid resolve these problems, then participants are not excluded. 4\. Neurological or psychological disorders (e.g., stroke) 5. Non-removable metal in, on or around the head (piercings, braces, pacemaker, electrodes) 6. Self-reported signs of depression
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Articulatory gestures | 2022-2025 | Articulatory movements in three dimensions of the tongue, lips and jaw as measured by the NDI Vox Electromagnetic Articulograph. Measures include: articulator speed (mm/s), total displacement (mm), coordinates (x,y,z) during specific gestures. |
| Acoustic outcomes | 2022-2025 | Speech acoustics will be measured in Praat and include the first and second formants of vowels (in Hz), global movement size in terms of acoustic working space (Hz-squared), and the centre of gravity of sibilants (in Hz) |
Countries
Netherlands