Infant & Childhood Development Support in Aledo, Texas
Supporting the Brain, Nervous System, and Development of Growing Children
At The Chiropractic Place for Mommy and Me in Aledo, Texas, we believe healthy childhood development begins with a well-regulated nervous system.
The nervous system controls how a child’s brain communicates with the body—guiding movement, coordination, digestion, sleep, emotional regulation, focus, and learning.
When the brain and nervous system are functioning in balance, children are better able to grow, adapt, and develop through each stage of childhood.
Our clinic focuses on supporting this brain–body connection through gentle pediatric chiropractic care, primitive reflex integration, and nervous system regulation strategies designed specifically for infants, children, and teens.
Families often travel to our clinic from Aledo, Fort Worth, Weatherford, Walsh Ranch, Brock and across North Texas seeking a deeper understanding of their child’s development.
A Message to Mothers: Trust Your Instinct
Many mothers arrive at our office in Aledo, Texas with a quiet feeling in their heart:
"Something just seems a little off, but I can’t quite explain it."
A parent’s intuition is powerful.
You know your child better than anyone.
Sometimes that instinct shows up as questions like:
• Why is my baby always turning their head one direction?
• Why is my toddler struggling with coordination or balance?
• Why does my child seem overwhelmed by sound, movement, or touch?
• Why does school feel harder for them than it should?
Our role is not to replace your intuition.
Our role is to help you understand what your child’s nervous system may be communicating—and give you tools to support their development with confidence.
Parents often leave our office feeling more informed, more hopeful, and empowered with practical ways to support their child at home.
Why the Nervous System Matters for Childhood Development
From the moment a baby is born, the nervous system begins organizing movement patterns that shape how the brain develops.
Primitive reflexes—automatic movement patterns present at birth—play a critical role in early development. These reflexes help infants survive and begin building the brain connections needed for movement, coordination, and learning. (1)
As the brain matures, these reflexes should gradually integrate into more advanced movement patterns.
When primitive reflexes remain active longer than expected, research has shown associations with challenges in coordination, sensory processing, and learning development. (2) This is also known as a “Disconnected Kid”.
By supporting the nervous system and encouraging healthy movement patterns, children can often move through developmental stages with greater ease.
The Brain–Body–Movement Connection
Childhood development follows a remarkable sequence where movement drives brain development.
Dr. Robert Melillo, a specialist in childhood neurological development, has emphasized how imbalances in brain connectivity and early movement patterns may contribute to developmental and behavioral challenges. (3)
His work in functional neurology highlights how movement, sensory input, and reflex integration can influence how different regions of the brain develop and communicate.
In practical terms, this means:
Movement helps build the brain.
Activities like crawling, balancing, climbing, and coordinating both sides of the body stimulate neural networks responsible for learning, focus, and emotional regulation. Dr. Parker is certified in Melillo Method and uses primitive reflex integration and advanced training in her baby and child development visits.
Developmental Milestones Parents Often Watch For
Every child develops at their own pace. However, milestones can provide clues about how the nervous system is organizing itself.
Parents often begin seeking guidance when they notice:
In Infants & Babies
• difficulty latching or feeding
• head preference or torticollis
• excessive fussiness or colic
• delayed rolling or crawling
• sleep issues or hates the car seat
In Toddlers
• delayed walking or talking
• frequent falling or poor coordination
• sensitivity to sound, light, or touch
• picky eating or texture sensitivity
• sensory challenges with clothes
In School-Age Children
• difficulty focusing or sitting still
• coordination challenges in sports
• struggles with reading or writing
These signs can mean that primitive reflexes may be retained or not fully active & the nervous system could benefit from additional support.
If you are a parent seeking answers to support your child’s nervous system and development, our team would be honored to walk alongside your family.
Early Development Windows That Shape the Brain
The brain is most adaptable during early childhood.
During these stages, neural pathways that support movement, learning, and emotional regulation are forming rapidly.
Birth to Age 1
Rapid brain growth occurs as babies develop reflex integration, head control, and early movement patterns.
Ages 1–5
Movement patterns such as crawling, walking, climbing, and balancing strengthen the brain networks responsible for coordination and learning.
Early School Years
The nervous system refines focus, posture, emotional regulation, and more complex learning skills.
Because the brain is highly adaptable during these years, early support for the nervous system may help create a strong developmental foundation.
Primitive Reflex Integration
Primitive reflexes are automatic movement patterns that originate in the brainstem and guide early development. (4)
These reflexes should gradually integrate as the brain matures.
When reflexes remain active beyond infancy, research has linked them with motor coordination challenges and neurodevelopmental differences in children as found in this study with Autistic Spectrum Disorders (ASD). (5)
Primitive reflex integration strategies involve specific movements and sensory input designed to help the nervous system develop more advanced motor patterns.
Research suggests movement-based interventions targeting retained reflexes may help improve motor coordination and behavioral outcomes in children with ASD and ADHD. (6)
Nervous System Regulation
Children today experience many stressors that can influence how their nervous system responds to the world around them.
A dysregulated nervous system may show up as:
• difficulty calming or sleeping
• sensory sensitivities
• emotional reactivity
• poor focus or attention
• developmental delays
Our approach focuses on helping the nervous system shift into a more regulated state so children can rest, grow, and develop more effectively.
This may include:
• gentle pediatric chiropractic care
• vagus nerve support
• craniosacral therapy
• movement and coordination strategies
The vagus nerve plays a major role in regulating the body’s stress response, digestion, and emotional balance during early development. (7)
A Collaborative Approach to Childhood Development
Healthy childhood development often involves collaboration between multiple providers.
Our clinic frequently works alongside:
• pediatricians & counselors
• lactation consultants
• occupational therapists
• speech & physical therapists
• dentists and airway specialists
Our role is to support the nervous system and movement patterns that influence how the brain and body communicate.
Why Families Across North Texas Seek Our Care
Dr. Michelle Parker holds advanced training as a Fellow in Childhood Neurodevelopmental Disorders with the International Board of Functional Neurosciences, providing deeper insight into how the brain, nervous system, and body develop together.
Families often choose our clinic because we focus on:
• pediatric specialization
• nervous system regulation
• primitive reflex integration
• gentle care for infants and children
• a collaborative approach to development
Parents frequently tell us they feel heard, supported, and empowered after their visits.
