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Shaping the Future: Influential Women in Autism and ABA Therapy

March is Women’s History Month. It’s a time to celebrate the accomplishments of women in all walks of life.

In the area of autism and contemporary applied behavior analysis (ABA) therapy, many women have made a lasting mark. They’ve broken barriers. They’ve conducted significant research, and they’ve paved the way for better understanding and treatment of autism.

Today, we spotlight seven women who have shown us what it means to lead with passion, dedication, and commitment. They are making a difference, and their work continues to inspire future generations of women in the field.

1. Temple Grandin: The Trailblazing Voice in Autism Advocacy

Temple Grandin, Ph.D., is a name synonymous with autism advocacy. Born in 1947, she was diagnosed with autism in early childhood. Despite the challenges, she went on to become an esteemed academic and animal behaviorist. She has gained recognition for writing books and delivering speeches on autism and animal behavior. Today, she is a professor of animal science at Colorado State University.

2. Greta Thunberg: Championing Climate Action and Autism Acceptance

Greta Thunberg is a Swedish environmental activist. She has gained global recognition for her efforts to fight climate change. She’s also known for being openly autistic. She has referred to her autism as her “superpower,” and has discussed how it has helped her in her activism by allowing her to focus intensely on topics that interest her. Greta has used her platform to advocate for acceptance and understanding of autism. On her Facebook page, she identifies herself as an “Autistic climate justice activist.”

3. Breanna Clark: Shattering World Records and Autism Stereotypes

Breanna Clark is an American Paralympic athlete who was diagnosed with autism at age 4. She competes in T20 category races, a classification for athletes with intellectual impairments. She has represented athletes with autism on an international stage. Off the track, she’s been an advocate and role model for people with autism.

4. Ronit Molko: A Powerful Force in Autism Therapy and Entrepreneurship

Ronit Molko, Ph.D., BCBA-D, is another luminary in the field. She is a thought leader and subject matter expert in autism spectrum disorder, developmental disabilities, and behavioral healthcare. She co-founded Autism Spectrum Therapies (acquired by Learn It Systems) and is a LEARN Behavioral board member. In this All Autism Talk podcast, she talks about how ongoing research is helping us better understand the unique challenges girls with autism face.

5. Devon Sundberg: Shaping the Future of ABA Therapy and Autism Awareness

Devon Sundberg, MS, BCBA, co-founded the Behavior Analysis Center for Autism (BACA). She has made significant contributions to the field of behavior analysis, both through her work at BACA and as the founder of the Women in Behavior Analysis conference. In this All Autism Talk podcast, she shares how raising three daughters helped open her eyes to how gendered life can be — and about the need for more women in the autism field.

6. Hanna Rue: Pioneering Innovations in Autism Treatment and Research

Hanna Rue, Ph.D., BCBA-D, is chief clinical officer for LEARN Behavioral. Her research interests are broad and include the identification of evidence-based practices for the treatment of autism. Her influence in the field of autism is evident in her wide-ranging work that spans clinical care, research, and advocacy. She has made significant contributions to STEM fields, sharing her insights through various platforms, including top-performing podcast episodes about autism, and extending her influence and reach in the autism community.

7. Sabrina Daneshvar: Revolutionizing the Field with Innovation and Compassion

Sabrina Daneshvar, Ph.D., BCBA-D, serves as the senior vice president of clinical services at LEARN Behavioral. Her research interests include video modeling and teaching social skills. This work has contributed to developing innovative strategies for improving social skills in children with autism. Sabrina has also taught, mentored, and trained many graduate students pursuing their degrees.

These are just a few women who have helped to shape the field of autism and ABA therapy. Their work underscores the importance of early intervention, peer support, and recognizing the diverse signs and symptoms of autism in girls and women.

We celebrate these women and everyone who has made contributions to advance our understanding of autism. They provide hope and inspiration to countless families across the world affected by it.

Celebrating Women in Autism this International Women’s Day

For decades, women have played a crucial role in diagnosing, understanding, and treating autism spectrum disorder (ASD). As ASD becomes more prevalent, women continue to be instrumental in developing and refining treatment through vast areas of research. There is much to be recognized, not only for women’s incredible contributions to the autism field but also for their experiences living on the spectrum.  

In honor of International Women’s Day, check out our top five All Autism Talk podcast episodes featuring notable women.  

1. Dr. Temple Grandin – Navigating Autism

2. Dr. Ronit Molko- Girls and Autism: Diagnosis, Treatment, and New Research

3. Devon Sundberg- Women in Behavior Analysis

4. Jennifer Cook- Female Life on the Spectrum

5. Adrienne Bradley- Race and How it Impacts ABA and Our Community

All Autism Talk is a leading autism podcast that offers friendly conversation with inspiring individuals in the autism community. To learn more about All Autism Talk, please visit https://www.allautismtalk.com/  

Neuroplasticity in Children: When is Neural Plasticity the Strongest?

The following is based on a conversation Ronit Molko, Ph.D., BCBA-D and Dr. Evian Gordon, Chairman and CEO of Brain Resource.

The development of the brain is a fascinating and essential aspect of child development. The science behind the brain provides parents and practitioners valuable insight as to why early intervention is important for individuals with autism and other developmental disabilities.

At birth, a child’s brain is a work in progress. It develops as they experience the world through seeing, hearing, tasting, touching, and smelling the environment. The natural, simple, loving encounters with adults that occur throughout the day, such as a caregiver singing, smiling, talking, and rocking their baby, are essential to this process. All of these encounters with the outside world affect the child’s emotional development and shape how their brain becomes wired and how it will work.

The experiences of babies have long-lasting effects on their ability to learn and regulate their emotions. When there is an absence of appropriate teaching and learning opportunities in the baby’s environment, the brain’s development can be affected and there are more likely to be sustained negative effects. Conversely, if we can provide ample learning opportunities, we can facilitate brain development. Let’s understand how and why.

Learning is about connection. A baby is born with more than 85 billion neurons in its brain, the major nerve cell of the brain. Neurons transmit information between each other through chemical and electrical signals via synapses thereby forming neural networks, a series of interconnected neurons. This is what is meant by “the wiring of the brain” and “neurons that fire together, wire together”. Neurons and synapses grow exponentially in the first years of life, even before a baby can walk and talk. Between birth and about 3 years of age, the number of synapses in the brain increases from about 2,500 to 15,000 per neuron.

As an infant experiences something or learns something for the first time, a strong neural connection is made. If this experience is repeated, the connection is reactivated and becomes strengthened. If the experience is not repeated, connections are removed. In this way, the brain “prunes” what is not necessary and consolidates the connections that are necessary. During infancy and the first years of childhood, there is significant loss of neural pathways as the brain starts to prune away what it doesn’t believe it will need to function. By the time your child reaches adulthood, the number of synaptic connections is reduced by half. Therefore, the earlier in a child’s development that we create that first, correct learning experience, the stronger those behaviors and skills are secured in the brain.

Children with developmental delays often experience the wiring of neurons together in a manner that is “unhelpful”, causing them to struggle with communication, social skills and other activities. These “unhelpful” connections need to be changed, which adds to the challenge and takes time. Technically, learning cannot be undone in the brain, but amazingly, with stimulation, the brain has the ability to re-process new pathways and build circuits that are helpful and functional. The brain has a remarkable capacity for change and adaptation, but timing is crucial. The earlier we create the correct connections in a child’s brain, the stronger those behaviors and skills are secured in the brain.

Intervention is best during early childhood when there are 50 percent more connections between neurons than exist in the adult brain. When a child reaches adolescence, another period of pruning begins where the brain starts to cut back on these important brain connections, and neurons that have not been used much. For children with all types of learning difficulties and developmental disorders, this understanding of the brain’s plasticity is particularly relevant, because it emphasizes why the correct type and intensity of early intervention is so critical. If we correctly understand a child’s skill deficits and design a program that appropriately stimulates the neurons in the targeted weakened areas of the brain, we can exercise and strengthen those areas of the brain to develop language, social skills etc.

While there is much evidence to support that early intervention is the preferred course of action because it capitalizes on this rapid early brain development, this wisdom often leaves parents or caretakers of teenage children with ASD feeling discouraged and concerned. Many children don’t have the opportunity to start therapy when they’re younger, and many others aren’t diagnosed until they’re teenagers. It may be easier and faster for children to learn new skills when they are younger, however, neuroscience tells us that the brain is still capable of learning during adolescent years, and this time period should not be forsaken.

So how do you train your child’s brain? In order to change the brain’s wiring and make new neural connections, a new skill needs to be practiced many times. Dr. Gordon recommends starting with one, simple task and practicing it at least 10 times per day. Measure how long it takes for your child’s behavior to change. This will help you determine your child’s rate of learning.

An example of a simple task is teaching your child to follow a simple instruction using a preferred item such as asking him to eat his favorite food. You can then move onto a more complex activity such as requesting eye contact by saying “Look at me” and then something more complex such as “touch the car” when playing with a toy car, for example. There are many opportunities throughout the day during normal daily parenting activities (bathing, feeding, diapering, reading, etc.) during which you can support your child’s development and train their brain to respond to people and their environment.

One common question is, “What is possible with the brain after childhood?” For many years, science has told us that brain plasticity is at its peak during childhood. However, experts now believe that under the correct circumstances, practicing a new skill can change hundreds of millions, if not billions, of connections between nerve cells in the brain even into adulthood. It is never too late to start. The most important thing to remember is that learning is what changes the brain and learning takes practice. Every opportunity to teach your child is an opportunity to shape their brain and change their future.

For more information, visit Developmental Milestones from the Child Mind Institute http://www.childmind.org/en/developmental-milestones/ 

Learn more about the work and resources of Dr. Evian Gordon at
https://www.mybrainsolutions.com/index.html 

Harvard’s “Serve & Return” concept of parent engagement
http://developingchild.harvard.edu/key_concepts/serve_and_return/

Brain Plasticity & Early Intervention

The following is based on a conversation Ronit Molko, Ph.D., BCBA-D and Dr. Evian Gordon, Chairman and CEO of Brain Resource.

The development of the brain is a fascinating and essential aspect of child development. The science behind the brain provides parents and practitioners valuable insight into why early intervention is so important for individuals with autism and other developmental disabilities.

At birth, a child’s brain is unfinished. It develops as they experience the world through seeing, hearing, tasting, touching and smelling the environment. The natural, simple, loving encounters with adults that occur through the day, such as a caregiver singing, smiling, talking and rocking their baby, are essential to this process. All of these encounters with the outside world affect the child’s emotional development and shape how their brain becomes wired and how it will work.

The experiences of babies have long-lasting effects on their ability to learn and regulate their emotions. When there is an absence of appropriate teaching and learning opportunities in the baby’s environment, the brain’s development can be affected and there are more likely to be sustained negative effects. Conversely, if we can provide ample learning opportunities, we can facilitate brain development. Let’s understand how and why.

Learning is about connection. A baby is born with more than 85 billion neurons in its brain. Neurons are nerve cells in the brain that transmit information between each other through chemical and electrical signals via synapses thereby forming neural networks, a series of interconnected neurons. This is what is meant by “the wiring of the brain” and “neurons that fire together, wire together”.

As an infant experiences something or learns something for the first time, a strong neural connection is made. If this experience is repeated, the connection is reactivated and becomes strengthened. If the experience is not repeated, connections are removed. In this way, the brain “prunes” what is not necessary and consolidates the connections that are necessary. During infancy and the first years of childhood, there is significant loss of neural pathways as the brain starts to prune away what it doesn’t believe it will need to function. The earlier in a child’s development that we create that first, correct learning experience the stronger those behaviors and skills are secured in the brain.

Children with developmental delays often experience the wiring of neurons together in a manner that is “unhelpful”, causing them to struggle with communication, social skills and other activities. These “unhelpful” connections need to be changed, which adds to the challenge and takes time. Technically, learning cannot be undone in the brain, but amazingly, with stimulation, the brain has the ability to re-process new pathways and build circuits that are helpful and functional. The brain has a remarkable capacity for change and adaptation, but timing is crucial. The earlier we create the correct connections in a child’s brain, the stronger those behaviors and skills are secured in the brain.

Intervention is best during early childhood when there are 50 percent more connections between neurons than exist in the adult brain. When a child reaches adolescence, another period of pruning begins where the brain starts to cut back on these important brain connections, and neurons that have not been used much. For children with all types of learning difficulties and developmental disorders, this understanding of the brain’s plasticity is particularly relevant, because it emphasizes why the correct type and intensity of early intervention is so critical. If we correctly understand a child’s skill deficits and design a program that appropriately stimulates the neurons in the targeted weakened areas of the brain, we can exercise and strengthen those areas of the brain to develop language, social skills etc.

So how do you train your child’s brain? In order to change the brain’s wiring and make new neural connections, a new skill needs to be practiced many times so Dr. Gordon recommends starting with one, simple task and practicing it at least 10 times per day. Measure how long it takes for your child’s behavior to change. This will help you determine your child’s rate of learning.

An example of a simple task would be teaching your child to follow a simple instruction using a preferred item such as asking him to eat his favorite food. You can then move onto a more complex activity such as requesting eye contact by saying “Look at me” and then something more complex such as “touch the car” when playing with a toy car, for example. There are many opportunities throughout the day during normal daily parenting activities (bathing, feeding, diapering, reading, etc.) during which you can support your child’s development and train his brain to respond to people and his environment.

One common question is what is possible with the brain after childhood? For many years, science has told us that brain plasticity is at its peak during childhood. However, experts now believe that under the correct circumstances, practicing a new skill can change hundreds of millions, if not billions, of connections between nerve cells in the brain even into adulthood. It is never too late to start. The most important thing to remember is that learning is what changes the brain and learning takes practice. Every opportunity to teach your child is an opportunity to shape their brain and change their future.

Continue reading “Brain Plasticity & Early Intervention”