Maddie Dal Corobbo

Maddie graduated with a Bachelor of Physiotherapy from the University of South Australia in 2019 and was awarded with a University Merit Award. Maddie has spent her career working in the community disability space, supporting both children and adults living with disabilities. She has extensive experience and knowledge working within the National Disability Insurance Scheme (NDIS).

Maddie values the importance of movement for an individual’s ability to learn, navigate their environment, develop daily independence, and access their community to participate in a variety of activities. Holistically supporting an individual using multi-disciplinary approaches is at the core of Maddie’s practice.

Maddie understands that there is no ‘one size fits all’ with therapy; working in partnership with the individual and their support team is what ensures meaningful outcomes. Alongside therapy intervention, Maddie is also able to provide services such as Assistive Technology (AT) prescription and Manual Handling Care Plan reviews.

Being an autistic individual herself, Maddie is passionate about using her lived experience and understanding to empower her clients and advocate for inclusion.

Maddie is part of both the Paediatric and Neurological Teams here at TPC.

Additional training Maddie has completed:

Blue Knot Foundation – Trauma Awareness: Supporting People with a Disability
Australian Physiotherapy Association – Paediatric Physiotherapy Level 1 and Level 2 Qualification
Training to use the ‘Hammersmith Infant Neurological Examination’ (HINE) as a tool to screen for Cerebral Palsy in infants
Kew Word Sign Australia – Basic Key Word Sign Workshop
The Ehlers Danlos Society – Ehlers Danlos Syndrome ECHO Multidisciplinary Team Practice

Maddie can provide services to children who present with:

Developmental Delay
Autism Spectrum Disorder and ADHD
Complex trauma backgrounds
Neurological conditions such as Cerebral Palsy
Neuromuscular conditions such as Duchenne Muscular Dystrophy
Low muscle tone and hypermobility, including Ehlers Danlos Syndrome
Genetic / chromosomal syndromes
Intellectual Disability
Sensory impairment eg. vision impairment
Balance and coordination difficulties
Infant conditions such as Plagiocephaly
Atypical gait patterns such as toe walking

Maddie can provide services to adults with various neurological conditions including (but not limited to):

Stroke / Brain Injury
Multiple Sclerosis
Parkinson’s Disease
Ataxia
Cerebral Palsy
Falls & fear of falling
Muscular Dystrophy
Spinal Cord Injury

FUN FACT

Maddie is a big music fanatic and if she’s not at work, it’s almost guaranteed that she’s listening to music. Maddie has synaesthesia meaning she sees colours while listening to music.

July 19, 2023

Low Muscle Tone in Children

What is low muscle tone?

Muscle tone is the amount of tension in a muscle. Muscles always have a slight amount of tension (slightly turned on) so that they are always ready to contract when we need to move. Muscle tone is also what helps us hold our bodies upright against gravity when we are sitting and standing and helps us control our movement.

Muscle tone can be thought of as a spectrum; some people have lower muscle tone and some people have higher muscle tone. Low muscle tone, or hypotonia, is when the resting tension of the muscles is reduced. The muscles are often described as ‘floppy’. In most cases, low muscle tone is ‘idiopathic’ meaning the cause is unknown. For a small number of children, low muscle tone is a feature of a neurological or genetic condition. Low muscle tone is also very common in the autistic population.

Image by standret on Freepik

July 19, 2023

Autism and Gross Motor Skills

Autism Spectrum Disorder (ASD) is a neurodevelopmental disorder that impacts how an individual thinks, feels, interacts with others, and experiences their environment. Every autistic individual will have a different combination of strengths and challenges.

How common are movement difficulties in autistic children?

It is an outdated thought that ASD does not affect a child’s gross motor skills. Learning new movements relies on being able to process sensory information, understand and respond to verbal and non-verbal communication, and effectively plan, problem-solve and adapt to changes. These are all skills that autistic children typically have difficulty with.

Research has found that 87% of autistic children aged 5-15 years present with movement difficulties (Bhat 2020).

Research is now also suggesting that gross motor delays during early childhood may actually be an early marker for ASD, before more diagnostically specific signs develop, like communication difficulties (Harris 2017).

Gross motor skills play a significant role in social participation for school-aged children as many formal activities (eg. PE class, sports day), informal activities (eg. play at recess and lunch), and out-of-school recreation (eg. social gatherings) often have active components at this age.