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Communication Sciences and Disorders Commons™
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Full-Text Articles in Communication Sciences and Disorders
Gait Analysis Of Teenagers And Young Adults Diagnosed With Autism & Severe Verbal Communication Disorders, Michael J. Weiss, Matthew F. Moran, Mary E. Parker, John T. Foley
Gait Analysis Of Teenagers And Young Adults Diagnosed With Autism & Severe Verbal Communication Disorders, Michael J. Weiss, Matthew F. Moran, Mary E. Parker, John T. Foley
All PTHMS Faculty Publications
Both movement differences and disorders are common within autism spectrum disorders (ASD). These differences have wide and heterogeneous variability among different ages and sub-groups all diagnosed with ASD. Gait was studied in a more homogeneously identified group of nine teenagers and young adults who scored as “severe” in both measures of verbal communication and overall rating of Autism on the Childhood Autism Rating Scales (CARS). The ASD individuals were compared to a group of typically developing university undergraduates of similar ages. All participants walked a distance of 6-meters across a GAITRite (GR) electronic walkway for six trials. The ASD and …
Two-Legged Hopping In Autism Spectrum Disorders, Matthew F. Moran, John T. Foley, Mary E. Parker, Michael J. Weiss
Two-Legged Hopping In Autism Spectrum Disorders, Matthew F. Moran, John T. Foley, Mary E. Parker, Michael J. Weiss
All PTHMS Faculty Publications
Sensory processing deficits are common within autism spectrum disorders (ASD). Deficits have a heterogeneous dispersion across the spectrum and multimodal processing tasks are thought to magnify integration difficulties. Two-legged hopping in place in sync with an auditory cue (2.3, 3.0 Hz) was studied in a group of six individuals with expressive language impaired ASD (ELI-ASD) and an age-matched control group. Vertical ground reaction force data were collected and discrete Fourier transforms were utilized to determine dominant hopping cadence. Effective leg stiffness was computed through a mass-spring model representation. The ELI-ASD group were unsuccessful in matching their hopping cadence (2.21 ± …