By LWA — Helping People With ALL Disabilities Get Comfortable With Being Uncomfortable.

Here's something almost nobody in a white coat will sit you down and explain: the "sugar-free" stuff you're pouring into your water to be healthy may be doing a number on the exact organ you're fighting to protect — your brain.

If you're living with a neurological condition — ataxia, MS, Parkinson's, a TBI, a stroke, neuropathy, ALS, any of it — your nervous system is already under siege. The last thing it needs is a daily dose of a chemical that pokes at the very wiring you're trying to rebuild. And yet that's exactly what a lot of popular sweeteners do.

Let's be brutally honest about it.

Mainstream medicine loves a number on a lab report. Lower this, raise that, here's a pill, see you in six months. What almost nobody asks is the only question that actually matters to you: what is this doing to how I move, balance, think, and function — today?

That gap — your real life right now versus a number on a chart — is the entire reason LWA exists. So when we tell you to look hard at your sweetener, it's not because of some cancer headline. It's because of how these compounds talk to your neurons.

Aspartame (NutraSweet, Equal — it's in thousands of "diet" and "sugar-free" products) breaks down in your body into three things: phenylalanine, aspartic acid, and methanol.

That middle one is the problem. Aspartic acid is an excitatory amino acid. In the brain it behaves a lot like glutamate — it pushes on NMDA and glutamate receptors, the same receptors that, when over-stimulated, drive excitotoxicity: neurons getting so over-excited they damage themselves. For a nervous system that's already injured, that is the opposite of what you want.

The research isn't shy about it either. Reviews tie aspartame to headaches, migraines, insomnia, seizures, anxiety, depression, and irritable mood, and link those to shifts in brain dopamine, norepinephrine, and serotonin. Animal studies show long-term aspartame can trigger neuroinflammation (activated microglia — your brain's immune cells stuck in attack mode) and even apoptosis (cell death) in brain tissue. One 2022 study in PNAS found aspartame produced anxiety-like behavior in mice that carried over into the next two generations, along with changes in the brain's glutamate-GABA balance.

And in 2023 the World Health Organization's cancer agency (IARC) classified aspartame as "possibly carcinogenic to humans" (Group 2B). Regulators still say it's fine at normal intake, and the FDA pushed back on the WHO. Fine. But here's our take: when the debate is "is it a little toxic or a lot toxic to your brain," why are you drinking it at all?

Sucralose (Splenda) is sold as the safe one because it passes through "mostly undigested." But a 2025 clinical trial out of USC, published in Nature Metabolism, put people in a brain scanner and found that sucralose increased activity in the hypothalamus — the brain's hunger-control center — and changed how it connected to regions involved in motivation and decision-making. Compared to sugar, it actually increased hunger by about 17%, while doing nothing for the hormones that normally tell you you're full.

Translation: you drink something sweet, your brain expects fuel, no fuel arrives, and the wiring that manages appetite gets scrambled. That's a sweetener reaching up and rewiring brain signaling. Not exactly "inert."

This one stings because erythritol gets marketed as natural and keto-friendly, and it's hiding in a ton of "clean" sugar-free products. Then the Cleveland Clinic dropped a study in Nature Medicine (2023), backed up by more work in 2024: higher blood erythritol levels were associated with higher rates of heart attack and stroke, and in healthy people, a single standard 30-gram serving made blood platelets more likely to clot.

Read that again as a neurological patient. Stroke. Clots. You are already managing a brain and nervous system that don't have margin to spare. Why add something that nudges your clotting risk in the wrong direction?

Stevia comes from a plant leaf, and unlike the lab-built sweeteners above, it doesn't carry the same documented baggage of becoming an excitotoxin or scrambling your hunger wiring. That alone makes it the saner default for a nervous system you're trying to protect.

There's also an interesting wrinkle worth knowing about. A preclinical study found that whole-leaf stevia extract was effective in a test tube against Borrelia burgdorferi — the Lyme bacteria — in all its shape-shifting forms, even the stubborn biofilm and "persister" forms that antibiotics struggle with.

Now, let's stay honest, because that's how we do it at LWA:

That study was in vitro — a test tube, not a human body. It is a promising signal, not proof that stevia cures Lyme. It worked with whole-leaf tincture. The study found that stevioside isolated by itself did NOT work. So the cheap, mass-market stevia packets are not the same thing.

We're not telling you stevia is medicine. We're telling you that among the things people use to make water taste good, it's the one that isn't actively picking a fight with your neurons.

Here's the part people skip. Your nerves fire on minerals. Sodium, potassium, and magnesium are the literal currency of nerve signaling and muscle contraction. When you're managing spasticity, fatigue, cramping, poor coordination, dizziness, or heat sensitivity — all common across neurological conditions — being even slightly off on electrolytes makes every one of those worse.

So you actually need a good electrolyte. The trap is that most of them sneak the bad sweeteners right back in. You fix your minerals and re-poison your brain in the same scoop. Insane.

We point people to SALTT because it solves both halves of the problem at once, and because they keep it clean enough that we can actually trust it.

The flavored mixes are sweetened with stevia only — and not the cheap, bitter RebA most brands use. SALTT uses the rarer, higher-quality RebD and RebM steviol glycosides. No aspartame, no sucralose, no erythritol. The unflavored versions (drops and capsules) use no sweetener at all — about as "clean slate" as it gets. If you want minerals and nothing else, that's your option. The minerals themselves come from sea-source salts delivering sodium, magnesium, and potassium — exactly the electrolytes your nervous system runs on — with a short, readable ingredient list (sea salts, malic acid, acacia gum, natural flavors, potassium chloride, RebD/RebM stevia). Sugar-free and gluten-free.

That's the whole point: hydrate and feed your nerves the minerals they need, without drinking something that messes with your brain chemistry.

Try SALTT (Neurological-Safe Electrolytes) — Get 5% off using our link: https://get.aspr.app/SHv6y

You can't always control the disease. You can control what you put in your glass every single day. Stop pouring excitotoxins and clot-promoters into the one system you're fighting hardest to protect. Swap the lab chemicals for a clean, stevia-or-nothing electrolyte, get your sodium-potassium-magnesium dialed in, and give your nervous system one less thing to fight.

Small swap. Real-life payoff. That's the LWA way.

INDEPENDENCE GUARANTEED.

Want help building the rest of your plan? Foods to eat, foods to avoid, exercise that actually moves the needle, and supplement guidance — all customized to your condition. Every LWA package includes a FREE 30-minute Zoom consultation. Book yours here.

Sources & Further Reading

• Deep Roots at Home — Study Shows Stevia Kills Lyme Pathogens Better Than Antibiotics: https://deeprootsathome.com/study-shows-stevia-kills-lyme-pathogens-better-than-antibiotics/
• Theophilus et al. (whole-leaf stevia vs B. burgdorferi), via GreenMedInfo: https://greenmedinfo.com/blog/stevia-kills-lyme-disease-pathogen-better-antibiotics-preclinical-study
• Aspartame and the brain: a systematic review of neurological effects: https://www.msjonline.org/index.php/ijrms/article/view/13678
• Direct and indirect cellular effects of aspartame on the brain (Eur J Clin Nutr): https://www.nature.com/articles/1602866
• Transgenerational aspartame-induced anxiety (PNAS, 2022): https://www.pnas.org/doi/10.1073/pnas.2213120119
• Non-caloric sweetener effects on brain appetite regulation — sucralose (Nature Metabolism, 2025): https://www.nature.com/articles/s42255-025-01227-8
• Cleveland Clinic — Erythritol linked to higher rates of heart attack and stroke (Nature Medicine, 2023): https://newsroom.clevelandclinic.org/2023/02/27/cleveland-clinic-study-finds-common-artificial-sweetener-linked-to-higher-rates-of-heart-attack-and-stroke
• WHO/IARC — Aspartame hazard and risk assessment results (2023): https://www.who.int/news/item/14-07-2023-aspartame-hazard-and-risk-assessment-results-released
• SALTT electrolyte ingredients: https://saltt.com/

A quick honest note: LWA is not your doctor, and nothing here is a prescription or a promise to treat, cure, or prevent any disease. The studies referenced range from human trials to animal and test-tube research, and regulators still consider these sweeteners "acceptable" at normal intake — we just don't think "acceptable" is the bar when it's your brain on the line. You're an adult; make your own informed call, and loop in a clinician you trust, especially before changing anything if you have PKU, kidney issues, or are on medications.