Communication behaviours of children with cerebral palsy who are minimally verbal

There is a lack of population‐based studies exploring the communicative behaviours of minimally verbal children with cerebral palsy (CP), with factors associated with superior and poorer communication outcomes unknown. This study aimed to examine the communication behaviours of minimally verbal children with CP recruited from a representative community sample and to identify factors associated with communication outcomes.

Methods

Twenty minimally verbal children aged 5–6 years, recruited through the Victorian Cerebral Palsy Register, completed the Communication and Symbolic Behaviour Scales–Developmental Profile (CSBS‐DP). Linear regressions examined child‐related and environmental factors associated with communication outcomes.

Results

CSBS‐DP total raw scores ranged from 0 to 113. Strengths were the use of conventional gestures and understanding of language. Challenges were noted in using sequential action schemes during play. Communication typically served to regulate the behaviour of others. All participants demonstrated reduced functional communication (Communication Function Classification System levels III–IV). In the multivariable regression model adjusted for cognition, poorer communication skills were associated with Manual Ability Classification System levels IV–V (= 0.004).

Conclusions

Although some children with CP who are minimally verbal use a variety of communication functions, significant functional limitations may be apparent. Severe upper limb impairment may provide an early indication of greater communication difficulties.

Click here for more details

 

Related Post

  • Posted on 14 September, 2023
    Redenlab, a leading provider of innovative solutions in the field of pediatric and neurodevelopment communication, proudly announces that Professor Angela...
    • Posted on 30 March, 2023
      L16HTHOUSE is a research trial testing an experimental medication for treating speech, motor, learning, and other developmental delays in children...
      • Posted on 30 March, 2023
        Ataxia telangiectasia (A-T) is a rare inherited condition that affects the nervous and immune systems. A-T typically impacts movement, vision...