Lou Gehrig's Disease (Amyotrophic Lateral Sclerosis)
Updated Jun. 22nd, 2026 | Read Time: 4 Minutes | What You Will Learn:
- What is Lou Gehrig's Disease?
- Who's Susceptible to Lou Gehrig's Disease?
- Key Symptoms of Lou Gehrig's Disease
- Lou Gehrig's Disease Support Options
- Conventional Support Tips
- Natural Support Tips For Managing Lou Gehrig's Disease
- Reader Comments (34)
Navigating complex neurological conditions can be challenging, both physically and emotionally, making supportive care an essential part of overall well-being. Alongside medical guidance, many individuals and caregivers seek ways to maintain strength, comfort, and quality of life through nutrition and lifestyle strategies. As awareness grows, Lou Gehrig's Disease support has become an important focus in natural health, with interest in approaches that help support muscle function, energy, and daily resilience.
In this article, we'll explore practical ways to support the body and enhance overall wellness.
What is Lou Gehrig's Disease?
Amyotrophic lateral sclerosis (ALS), commonly known as Lou Gehrig’s Disease, is a progressive neuromuscular disease which attacks and irreversibly damages nerve cells, leaving large voluntary muscles such as those in the arms, legs, and face paralyzed.
ALS affects motor neurons that connect the brain, spinal cord, and voluntary muscles. As ALD progresses, it damages upper and lower motor neurons. Eventually, neurons stop sending signals to muscles. The muscles then weaken and eventually atrophy.
Who's Susceptible to Lou Gehrig's Disease?
ALS most commonly affects adults between 40 and 60 years old, with a slightly higher incidence in men than women. Most people with ALS have no family history of the disease. Researchers have not identified clear risk factors in most cases. One potential risk factor appears to be the use of statins. Researchers continue to study statin use and ALS-like syndromes. They also examine whether stopping statins may slow or reverse symptoms.
Genetic research is also proposing the possibility of a genetic mutation being associated with the onset of familial (inherited) ALS development in a small subset of those affected with the disease.
Key Symptoms of Lou Gehrig's Disease
ALS symptoms can vary widely among patients. Some initial symptoms that people may notice are those that affect the muscles and the mouth/speech. More specifically, these include: slurred or nasally speech, difficulty swallowing and chewing, weak muscles in the arms and legs, as well as stiff muscles that may or may not present spasticity and hyperreflexia. Weakness is a major symptom of ALS, even more obvious than pain, and progressively affects different parts of the body. Some of the more dangerous symptoms of ALS stem from muscle weakness; respiratory dysfunction as a result of surrounding muscle weakness may require the use of a ventilator as the individual loses the ability to breathe on their own. Common complications arise as a result of respiratory and ventilator difficulties, which are sometimes fatal, such as pneumonia.
There is a certain requirement that must be met before a diagnosis of ALS can be made. In general, it is a diagnosis of exclusion, meaning all other medical reasons for these symptoms are first ruled out, leaving ALS as the remaining option.
Lou Gehrig's Disease Support Options
Currently, there is no cure to ALS, and most treatments, whether pharmaceutical medications or natural interventions, are aimed at alleviating symptoms, increasing expected quantity and improving quality of life. Let's explore ways you can support the symptoms of Lou Gehrig's Disease.
Conventional Support Tips
There are a variety of pharmaceutical medications aimed at treating various symptoms prevalent in ALS. Riluzole (Rilutek) is one commonly prescribed medication to delay the onset of ventilator dependence. Physical therapy and/or speech therapy may be recommended for many individuals, in addition to these medications.
Natural Support Tips For Managing Lou Gehrig's Disease
High-energy diet = High-fat/High-calorie
It is estimated that individuals with ALS are often hypermetabolic, burning up to 15% more calories than expected. As such, these individuals also need to consume more calories in spite of being less active, which is often the case. The key is to consume the right type of calories, maintaining a healthy diet! Focus on a diet high in healthy fats, such as high-quality olive oil, omega-3 from fish and flax, hemp, or chia. Nuts and seeds are also high in fish oil and omega-6 fatty acids, and part of a healthy diet.
Alkaline Diet
Researchers have speculated that an alkaline diet might slow bone loss and muscle wasting, increase growth hormone, and decrease overall risk of chronic disease. Thus, there may be some benefit to an Alkaline diet for the treatment of ALS. An alkaline diet is one that supports optimal pH. An overly acidic pH plays a part in the root cause of all inflammation and disease. An alkaline diet puts emphasis on the ingestion of fruits and vegetable, limiting animal proteins, refined sugars and carbohydrates, caffeine and processed foods. Click the following for more information on pHbalancing.
A greens supplement mixed with juice or water is an excellent supplement option. Spirulina, wheat grass, and chlorophyll are all known to improve alkalinity. A greens mix also provides essential nutrients in a liquid form, bypassing any potential difficulties with swallowing.
Vitamins and Minerals
Calcium and magnesium are both extremely important to muscle health. There is research to suggest that ALS patients are typically low in many essential minerals, including calcium and magnesium. Vitamin C has been shown to help support collagen production, and, therefore, may help to slow the destruction of connective tissue associated with ALS. B12 deficiency is one proposed risk for the development of ALS, suggesting that a B12 supplement, or B complex, including B12 and B6, may improve symptoms. Vitamin E has also been studied for its use in decreasing the risk of developing ALS. More studies need to be done in this area.
Other
Animal studies show that creatine supplementation may improve motor performance and prolong life. More research is needed to understand how or if this would translate to human treatment.



