What Does Pediatric Feeding Treatment Look Like?

young asian girl covering her mouth being a picky eater

Once a child has been diagnosed with a Pediatric Feeding Disorder due to oral dysphagia or sensory processing disorder or, if diagnosed by a psychologist, ARFID (Avoidant/Restrictive Food Intake Disorder), they will likely be referred for treatment. Eating is a learned behavior. It is only instinctive for the first 6 months of life. Older children must either teach themselves, or be taught (Toomey). Treatment for a feeding disorder can be completed by a Speech-Language Pathologist (SLP), Occupational Therapist (OT), Board-Certified Behavior Analyst (BCBA), Dietician, or Psychologist. All of these disciplines have overlapping and unique approaches to treatment, so a Pediatric Feeding team that involves more than one specialist may be best for your child. As an SLP who is part of a feeding team that involves an OT and BCBA, some approaches to treatment that I utilize alongside the team include the Food Chaining Approach, The Sequential Oral Sensory approach (SOS), and the Escape Extinction approach.

Food Chaining has become recently popular due to a book written by Fraker and Cox called Food Chaining: The Proven 6 Step Plan To Stop Picky Eating, Solve Feeding Problems, and Expand Your Child’s Diet. To summarize this approach, clinicians and parents would “chain” from food that children currently enjoy by changing 1 aspect of the food at a time: either color, texture, flavor, or shape. For example, if a child enjoys cheetos, you might “chain” to orange veggie sticks (changing flavor), then to green veggie sticks (change in color), then to green veggie chips (change in shape), then to zucchini cut in a circle and placed on the chip (change of texture), then remove the chip. The child is now eating zucchini, and it was introduced slowly in a non-threatening manner! In this procedure, food is not forced on children- they are able to touch and explore it themselves, the clinician models eating it, and children are encouraged to take a bite, but they decide if they would like to try it or not. Using food chaining, children will slowly and positively increase their repertoire of acceptable food.

The Sequential Oral Sensory (SOS) approach was developed by Dr. Kay Toomey, a psychologist who specializes in Pediatric Feeding Disorders. This procedure includes another slow process of children having repeat exposures to foods prior to being forced to take a bite. For example, a child would tolerate a new food, let’s say apple slices, on their plate without expectation of eating it. Once that is tolerated, the apple will slowly and systematically move closer to their mouth, again without expectation of eating. They will touch it first with a fork or toy, then their hand, then put it on their arm, then their cheek, then kiss it, then lick it, then take a bite and spit it out, then chew, and finally swallow the apple slice. This could take a couple of days or even weeks. The idea is to allow children to have positive interactions with the food so that eating is enjoyable and they control what is placed in their mouth according to their comfort level. Eventually the child will be able to more quickly and independently follow the above steps with a new food to independently increase their diet. Children will gain confidence and learn that new foods aren’t as scary as they once thought.

The Escape Extinction approach is an effective, evidence based approach used to aid with feeding problems across all ages and is often utilized in ABA therapy by a BCBA or Behavior Technicians under the guidance of a BCBA. Eating novel food items and non-preferred food items is broken down into easier steps to aid your child with succeeding in their feeding journey. Keeping the presentation of bites and the bite sizes predictable decreases anxiety and allows the child to feel more in control during meal times. We never move up in bite size until we are certain your child is able to handle the bite at that size and has the skills needed to properly lateralize the food item, masticate the bite, and take consecutive bites. Furthermore, this approach reinforces appropriate feeding behavior while extinguishing inappropriate or disruptive feeding behaviors by not allowing the child to escape from taking bites by using a non-removal of the spoon. Often times, children will spit out food, swallow food without chewing, pack bites, turn head away from the bite, or engage in aggression. When these behaviors occur, we do not remove the bite from their lips until the bite has been taken, and provide prompts and reinforcement for taking bites and chewing appropriately.

Children enrolled in the feeding program Metro EHS Pediatric Therapy are evaluated and treated as unique individuals, so these approaches, along with others, are often combined to best help your child experience success with eating.

Sources

  1. Tooomey, Kay. SOS Approach To Feeding.
  2. Tarbox, J and Tarbax, C. Training Manual for Behavior Technician Working with Individuals with Autism Spectrum Disorder. Retrieved from Sciencedirect.com.
  3. Fraker, Fishbein, Cox, Walbert. Food Chaining: The Proven 6 Step Plan To Stop Picky Eating, Solve Feeding Problems, and Expand Your Child’s Diet. Da Capo Lifelong Books.

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April 22, 2024

Empowering Communication for Children with Autism: A Look at Therapy Interventions

In a recent airing of Live in the D, sponsored by MetroEHS Pediatric Therapy, the spotlight was on Autism Awareness Month, shedding light on how children on the autism spectrum can benefit from life-changing therapy. MetroEHS, a pediatric neighborhood therapy company with multiple locations across Metro Detroit, including expanding services, is dedicated to enhancing the quality of life for children with various therapy needs, including autism.

Deanna Coker, a board-certified behavioral analyst, and Kris Krajewski, a speech therapist with MetroEHS, joined the show to discuss how therapy can significantly impact children’s communication skills.

Understanding Communication Challenges in Autism

Deanna explained that autism, as a developmental disability, often presents challenges in social interaction and communication. Unlike typically developing children who learn language by observing and imitating, children with autism struggle to find meaningful ways to communicate, despite their desire to do so.

The Role of Speech Therapy

Kris emphasized that speech therapy is essential for children with autism, given that communication difficulties are a hallmark characteristic of the condition. Speech therapists, like those at MetroEHS, work to identify barriers to communication and introduce alternative methods for expressing thoughts and needs.

Speech Therapy Interventions

Kris introduced an innovative tool called the AAC device (Alternative and Augmentative Communication), essentially an iPad loaded with specialized software designed exclusively for communication purposes. This device enables children to select words and icons to express themselves, giving them a voice and autonomy in their interactions.

Empowering Communication Through Tools

Deanna highlighted another communication aid, the PECS book (Picture Exchange Communication System), a low-tech solution that uses pictures to help children convey wants, needs, and preferences. By selecting and exchanging pictures, children can effectively communicate with caregivers, enhancing their independence and self-expression.

The conversation between Deanna, Kris, and the show’s host highlighted the importance of therapy in empowering children with autism to communicate effectively. Through innovative interventions and specialized tools, such as AAC devices and PECS books, children can overcome communication barriers and actively engage with the world around them.

For families seeking therapy services for their children, MetroEHS offers comprehensive support, including ABA, speech, occupational, feeding, and physical therapies. With multiple locations across Metro Detroit and additional centers on the way, MetroEHS aims to make therapy accessible and impactful for families in need.

May 2, 2025

Neuroplasticity: The Brain’s Superpower!

Calling All Brain Boosters and Therapy Sidekicks!

Did you know your child’s brain has a superpower? That’s right — it’s called neuroplasticity, and it’s basically the brain’s way of saying, “Hey, I can grow, change, and level up — just give me a reason!”

In the world of pediatric therapy, neuroplasticity is our superhero ally. It means that with the right kind of training and enough repetition, a child’s brain can form new pathways, build stronger connections, and unlock abilities they never thought possible. And guess what fuels this superpower?

Intensive Intervention!

Due to a child’s neuroplasticity, MetroEHS ensnares this rapid growth acceleration by declaring Intensive Intervention as the most effective strategy in revealing the SUPER in every child. We’re talking 5 sessions a week, not because we’re trying to break a record — but because that’s how we build real, lasting change.

Think of it like superhero training camp. If your goal is to fly, shoot webs, or develop super speed, do you practice once a week and hope for the best? Nope! You train every day, building your skills and flexing those brain muscles!

Here’s why 5x a week is a power move:

  • More reps = stronger brain connections
  • Faster progress = more confidence
  • Consistent practice = real-world impactSo, when a child engages in therapy intensively and regularly, they’re not just “working hard” — they’re giving their brain the super fuel it needs to thrive. Whether it’s building communication skills, mastering motor movements, or learning how to regulate emotions, frequent sessions give the brain the boost it needs to rewire and rise to its fullest potential.“With great [brain] power comes great responsibility!” And we believe in giving kids every opportunity to grow into their best, brightest, most confident superhero selves. Ready to suit up and supercharge those neural pathways? Let’s go!
October 21, 2024

What Is Pediatric DMI Therapy and How Does It Support Motor Development?

Pediatric Dynamic Movement Intervention (DMI) therapy is a specialized treatment aimed at improving the gross motor skills, movement control, and overall functional mobility of children with developmental delays.  DMI therapy is designed to promote and enhance the natural ability of children to develop motor skills through structured, targeted interventions.

What is Dynamic Movement Intervention (DMI)?

Dynamic Movement Intervention (DMI) is a cutting-edge therapeutic approach focusing on improving strength, coordination, balance, and motor planning in children with developmental delays. DMI therapy is based on neuroplasticity principles—the brain’s ability to reorganize itself by forming new neural connections. This means that with consistent and well-targeted interventions, children with motor impairments could make significant gains in motor function.

Without disruption or intervention, unhealthy habits (the types of learned patterns of movement a child relies on rather than reflexive movements) become engrained in the child’s behavior repertoire. Neuroplasticity is defined as the ability of the brain to form and reorganize synaptic connections, especially in response to learning, experience, or following an injury. Neuroplasticity is at its height in young children. Without novelty and challenge, well-established habits always dominate. Due to this natural neuroplasticity, it is often better to start children young with any kind of therapeutic care.

The primary theory behind DMI is the use of the body's automatic postural responses.  In DMI therapy, we place the child in a position where gravity provides information requiring a response. We then wait for the child to complete the movement, with gradually less assistance over time.

Who Needs DMI Therapy?

DMI is beneficial for children with and without a specific diagnosis. However, those with specific diagnoses include, but are not limited to:

Cerebral Palsy: Children with cerebral palsy often struggle with motor control, muscle tone, and balance, all of which can be targeted by DMI therapy.

Developmental Delays: Children experiencing delays in reaching motor milestones (such as crawling, walking, or standing) may benefit from DMI’s movement-based approach.

Genetic Disorders: Certain genetic conditions that affect motor development, such as Down syndrome or muscular dystrophy, may be candidates for DMI.

Spina Bifida: This congenital condition affecting the spinal cord can cause motor deficits, and DMI can be useful in strengthening movement capabilities.

Brain Injuries: Traumatic or acquired brain injuries in children that result in impaired motor functions can be addressed through DMI therapy.

Other symptoms of a child who could benefit from DMI include:

  • Difficulty with postural control (e.g., sitting, standing, or balancing)
  • Delayed or atypical motor development (not crawling or walking at the expected age)
  • Limited muscle tone or spasticity
  • Challenges in coordination and movement precision
  • Fatigue or weakness during movement activities

This is not an exhaustive list. There are many other conditions that may benefit from Dynamic Movement Intervention. DMI therapy is typically recommended for children who have developmental motor disorders or neuromuscular challenges that affect their ability to move, balance, or coordinate their body movements.

Identifying the Need for DMI

The need for DMI therapy is typically identified by healthcare professionals such as neurologists, rehabilitation specialists or physical therapists, often after a comprehensive evaluation of the child’s motor function. Parents may also notice signs that their child is not reaching developmental motor milestones and seek medical advice.

Any physical therapy diagnosis can result in the use of DMI, and this is often very useful for children under 1 to help with head control, children under 2 to help with standing, walking, and posture control, and children 5 and under with more involved diagnoses. Early identification and intervention are extremely beneficial in maximizing the effectiveness of DMI therapy and improving the child’s functional outcomes.