When Words Won’t Come Out
Imagine knowing exactly what you want to say but being unable to get the words out.
For many individuals recovering from a traumatic brain injury, this is the daily reality of expressive aphasia. Thoughts remain intact, comprehension is preserved, and the desire to communicate is still there. The challenge lies in converting those thoughts into spoken language.
Recently, a patient came to BeWell Chiropractic following a traumatic brain injury with significant expressive aphasia. While protecting patient privacy, her case illustrates how evaluating the nervous system as a whole can sometimes reveal opportunities that extend beyond speech itself. She knew exactly what she wanted to say, but producing even a single word was difficult. Conversations became frustrating, not because she lacked understanding, but because the brain networks responsible for speech were no longer functioning efficiently.
Understanding Expressive Aphasia
Expressive aphasia occurs when areas of the brain involved in language production become impaired. In many cases, this involves regions of the left frontal lobe that help organize and coordinate speech.
Individuals with expressive aphasia often understand what is being said to them. They know the words they want to use, yet speaking becomes slow, effortful, or incomplete. Some may struggle to form complete sentences, while others find that only a few words emerge despite having clear thoughts.
Expressive aphasia is commonly associated with stroke, traumatic brain injury, brain tumors, or other neurological disorders affecting the brain’s language networks.
Looking Beyond Speech
When most people think about treating expressive aphasia, they naturally think about speech therapy. Speech-language therapy plays an essential role in rehabilitation, but functional neurology asks an additional question:
Why is the speech network struggling in the first place?
The brain functions through highly interconnected networks. Areas responsible for speech do not work in isolation. They constantly communicate with systems responsible for vision, balance, coordination, movement, sensory processing, attention, and motor planning.
When these systems become disrupted following a brain injury, communication between brain regions often becomes less efficient. In some cases, improving the performance of these supporting systems may help create an environment that supports overall neurological recovery.
A Neurology-Based Approach
Rather than focusing solely on speech production, our examination evaluates how multiple neurological systems are interacting. Vision, balance, coordination, sensory processing, movement, and spinal function all influence how efficiently the brain communicates with itself.
In this patient’s case, we incorporated targeted neurological rehabilitation strategies designed to stimulate and challenge specific brain pathways. These included exercises involving balance, coordination, eye movement control, and sensory integration.
The goal was not simply to practice speaking. The goal was to provide targeted neurological stimulation that may help support the brain networks involved in speech production and overall neurological function.
As these systems were challenged and engaged, meaningful changes began to occur.
The Brain’s Capacity for Change
One of the most remarkable features of the nervous system is neuroplasticity, the brain’s ability to adapt and reorganize in response to meaningful stimulation and experience.
Following injury, the brain often develops alternative pathways to accomplish tasks that were previously automatic. Neuroplasticity does not occur simply with the passage of time. It is influenced by repetitive, purposeful, and appropriately targeted stimulation that challenges the nervous system to adapt.
Recovery varies from person to person, and no outcome can ever be guaranteed. However, our patient’s progress illustrated an important principle: addressing the neurological systems that support speech can create improvements that extend beyond speech alone.
More Than Back Pain
Many people are surprised to learn that neurology-based chiropractic extends far beyond neck pain and back pain.
At BeWell Chiropractic, we evaluate how the musculoskeletal and nervous systems work together to influence movement, balance, coordination, cognition, and recovery following injury. While spinal function remains important, it represents only one part of the larger neurological picture.
Patients experiencing dizziness, balance disorders, post-concussion symptoms, sensory changes, or other neurological concerns often benefit from an evaluation that considers how the entire nervous system is functioning rather than focusing on a single symptom.
Understanding the Bigger Picture
Expressive aphasia reminds us that symptoms are often the result of larger neurological processes occurring beneath the surface.
When someone struggles to speak, the issue may not simply be speech itself. It may reflect changes within complex brain networks responsible for communication, movement, sensory processing, coordination, and higher brain function.
Every brain injury is unique, and recovery follows a different path for every individual. Our goal is to identify functional changes in nerve pathways that may be contributing to persistent symptoms and develop an individualized rehabilitation strategy that supports the brain’s natural capacity to adapt.
Frequently Asked Questions
Can expressive aphasia improve after a brain injury?
Many people experience improvement over time, particularly when rehabilitation begins early. Recovery depends on numerous factors, including the severity and location of the injury, overall neurological health, and participation in appropriate rehabilitation.
Is expressive aphasia the same as difficulty understanding language?
No. People with expressive aphasia generally understand spoken language but have difficulty producing words or sentences. This differs from receptive aphasia, where language comprehension is impaired.
Can chiropractic care treat expressive aphasia?
Expressive aphasia typically requires evaluation and management by appropriate healthcare professionals, often including physicians and speech-language pathologists. At BeWell Chiropractic, we evaluate functional nerve networks that may influence recovery and provide rehabilitation strategies designed to support nervous system function as part of a comprehensive, patient-centered approach when appropriate.
Final Thoughts…
Brain injuries often affect far more than the area where symptoms appear.
By looking beyond the symptom itself and evaluating how the nervous system functions as an integrated whole, it may be possible to identify opportunities that support recovery through the brain’s remarkable capacity for adaptation.
Because sometimes the most important question is not:
“How do we treat the symptom?”
It’s:
“How do we help the brain function better?”
Keep working. Stay active and be well!
