Losing the ability to speak is one of the most emotionally devastating symptoms of ALS. For many, it starts subtly—words get slurred, speech slows down—but over time, communication becomes nearly impossible.
But here’s what you need to know: you are not powerless. While ALS does impact the brain and muscles, there are steps—technological and nutritional—you can take to maintain quality of life and keep connecting with the world around you.
One patient’s journey offers a powerful glimpse into what this could mean for the future of ALS care.
Why Does ALS Affect Speech and Communication?
In ALS, motor neurons in the brain and spinal cord begin to break down, which impairs signals to the muscles—including those that control the tongue, lips, and vocal cords. As these signals weaken, so does the ability to speak.
Several factors make communication harder:
- Motor neuron loss: Speech muscles lose coordination as neuron signals fade.
- Fatigue: Even short conversations can feel exhausting.
- Muscle weakness: The muscles involved in speaking shrink and stiffen over time.
That’s why many people with ALS eventually lose their voice altogether.
Brad Smith and the Breakthrough Brain Implant from Neuralink.
In 2020, Brad Smith, a father of four from Arizona, was diagnosed with ALS. Within a few years, he lost the ability to speak. But earlier this year, he became the first person with ALS to receive a Neuralink brain implant.
The results? Nothing short of remarkable.
- Brad can now move a computer cursor with his thoughts.
- He can communicate using a synthetic voice that matches how he sounded before ALS.
- He’s even editing videos again, something he hadn’t been able to do in years.
For the first time in a long time, Brad feels like he has a sense of control and a voice.
While Neuralink is still in early trials, this kind of brain-computer interface opens new doors for ALS patients who can no longer rely on their muscles for communication.
Supporting Brain and Muscle Health at the Cellular Level
Tech like Neuralink is opening incredible doors, but your body also needs strong support from within especially at the cellular level. That’s where the Deanna Protocol comes in.
Developed by a physician for his daughter Deanna, the Deanna Protocol is a nutritional strategy designed to help support motor neuron function and energy production.
Key ingredient: AAKG (Arginine Alpha-Ketoglutarate)
- Helps neurons produce more ATP (cellular energy).
- May improve mental clarity and muscle endurance.
- Can reduce fatigue and help you stay active longer.
Many people with ALS report feeling more energetic and mentally present when using the Deanna Protocol consistently.
You are not alone. And you are not without options.
Read Deanna’s inspiring story
A powerful journey of hope, family, and resilience.
Explore the Deanna Protocol
Support your neurons, boost energy, and fight back against ALS.
