Parent Education For The Treatment Of Severe Behaviour Problems In Children With Developmental Disabilities
Funder
National Health and Medical Research Council
Funding Amount
$116,220.00
Summary
Approximately 40% of children with developmental disabilities have severe behaviour problems (e.g., aggression, self-injury, property destruction, and extreme tantrums) (Einfeld and Tonge, 1996). The care of a child with such problems represents a significant burden to parents and society. One of the most promising treatments is functional communication training (FCT), which aims to reduce problem behaviours by improving the child's communication skills. Numerous studies have demonstrated the ef ....Approximately 40% of children with developmental disabilities have severe behaviour problems (e.g., aggression, self-injury, property destruction, and extreme tantrums) (Einfeld and Tonge, 1996). The care of a child with such problems represents a significant burden to parents and society. One of the most promising treatments is functional communication training (FCT), which aims to reduce problem behaviours by improving the child's communication skills. Numerous studies have demonstrated the effectiveness of FCT (Mirenda, 1997). Wacker et al. (1998) have shown that parents can be taught to use FCT, but these parents received individual consultations, which would seem to limit its practicality. Preliminary results from our current APEX grant suggest that parents can learn to implement this treatment in a group format, which is more practical from a public health perspective. However, it is currently unknown if group training is as effective as individual consultation. In the present application, we aim to compare these two ways of teaching parents how to use FCT. From a total sample of 36, the parents of 18 children will be randomly assigned to the group training format and 18 to the individual format. All parents will receive 12 hours of training on how to use FCT, either as part of a group of 3 families (mothers and-or fathers) in the clinic or on a one-to-one basis in the family home. Pre, post, and follow-up measures of problem behaviours will be used to address the research question: Is group training as effective as individual consultation? If so, we would have demonstrated a more practical way of teaching parents how to implement this evidence-based treatment for child behaviour problems.Read moreRead less
Novel Mechanism Underlying The Behavioural And Neurocognitive Deficits In Children With Sleep Disorders.
Funder
National Health and Medical Research Council
Funding Amount
$312,296.00
Summary
About one third of Australian children have a sleep disorder. Behavioural or academic problems are common in these children, however the link between sleep and daytime problems is still not clear. New research suggests the pattern of brain activity during deep sleep may provide some answers. This study will explore the link between brain activity during deep sleep and daytime functioning in children with sleep disorders, providing valuable information for treatment.
Novel Therapy For Enhancing Organ Maturation In Pre-term Babies
Funder
National Health and Medical Research Council
Funding Amount
$694,323.00
Summary
This project is developing a factor to enhance organ maturation and repair that may provide a new therapy for premature babies and fetuses with birth defects. This exciting new finding allows for the development of treatments of underdeveloped organs, in particular the lungs of premature and growth restricted babies. We are also trialing this factor in unborn babies with defects to the kidneys and lungs of which there is currently no cure.
Developmental Changes In Cerebral Oxygenation After Term And Preterm Birth
Funder
National Health and Medical Research Council
Funding Amount
$445,306.00
Summary
Approximately 10% of all births are preterm and the numbers of infants surviving are increasing. We have previously found that infants born preterm have lower blood pressure over the first 6 months after term equivalent age than infants born at term. We will use new technology to examine how preterm birth affects brain oxygenation and how this is altered with gestational age, sleep states and sleeping position, to provide insights into their increased risk for SIDS.