There is a substance that has helped athletes break world records, win Olympic medals, and outperform competitors at the highest levels of sport for nearly 100 years.
You have it in your kitchen right now.
It's baking soda. Sodium bicarbonate. The same stuff you put in chocolate chip cookies and pour down a clogged drain. And for decades, elite athletes have been swallowing it by the tablespoon — with mixed, often catastrophic results — because the performance benefits are too good to ignore.
This is that story.
1930s: Scientists Discover the Cheat Code
It starts in 1930. A researcher named Denison Dill publishes findings showing that ingesting sodium bicarbonate before exercise significantly delays fatigue in runners. The scientific community mostly ignores it. Athletes mostly don't hear about it. And the idea sits quietly in academic journals for another 40 years.
Then in the 1970s and 80s, exercise physiologists start taking it seriously again. The research piles up. Study after study confirms the same thing: athletes who take sodium bicarbonate before high-intensity events perform measurably better. We're talking 1-3% improvements — which at the Olympic level is the difference between a podium and going home empty.
By the 1980s, some swimmers and middle-distance runners are quietly loading up on baking soda before competition. Not publicly. Not officially. Just quietly, in hotel bathrooms, hoping nobody asks what the white powder is.
Why It Works: The Burning Explained
Here's the science in plain English. When you push hard — sprint, row, swim, lift — your muscles produce hydrogen ions as a byproduct of energy generation. These ions accumulate faster than your body can clear them, dropping the pH inside your muscles. That drop in pH is what causes the burning sensation and the performance collapse. Your muscles aren't actually "tired" — they're acidic.
Sodium bicarbonate is an alkaline compound. It neutralizes acid. When it's in your bloodstream, it acts as a buffer — absorbing those hydrogen ions, keeping muscle pH higher for longer, letting you maintain output past the point where you'd normally start to fade.
Your muscles don't quit because they're weak. They quit because they're drowning in acid. Sodium bicarbonate throws them a life raft.
The performance data is legitimate. A 2021 meta-analysis of 87 studies found sodium bicarbonate supplementation produced meaningful improvements across cycling, swimming, rowing, and track events lasting 1 to 10 minutes. This isn't fringe science. It's one of the most well-researched ergogenic aids in existence.
The Problem: Your Stomach Has Opinions
Here's where it gets ugly.
The dose that produces performance benefits — roughly 0.3 grams per kilogram of body weight — is also the dose that causes catastrophic gastrointestinal distress in a significant percentage of athletes. We're talking bloating, cramping, nausea, and a sudden urgent need to find a bathroom that no competitive athlete wants to experience 90 minutes before race time.
There are entire Reddit threads dedicated to athletes who tried sodium bicarbonate loading and spent their race in a port-a-potty instead of on the course.
Coaches started experimenting with dosing protocols — splitting the dose over multiple days, taking it with food, mixing it with other compounds — all trying to capture the benefit without the GI revolt. Some athletes tolerate it fine. Many don't. And for the ones who don't, all that research is essentially useless.
The Workaround Nobody Saw Coming
For most of sports history, the only way to get sodium bicarbonate into your body was to swallow it. Gut decides whether you benefit or spend the morning in the bathroom. That was the deal.
Then someone asked a different question: what if it didn't have to go through the gut at all?
Transdermal delivery — absorbing compounds directly through the skin into the muscle tissue beneath — bypasses the digestive system entirely. No stomach. No intestines. No GI drama. The compound goes from the surface of your skin to the muscle, which is exactly where you need it.
That's the technology behind LactiGo. Same compound that's been winning Olympic medals since the 1980s. Different delivery system. Same buffering effect on muscle pH. Zero gastrointestinal risk.
For athletes who couldn't tolerate oral sodium bicarbonate — which is a lot of athletes — this isn't a marginal improvement. It's the difference between being able to use the science or not.
The Baking Soda in Your Pantry Can't Do This
To be clear: don't rub Arm & Hammer on your legs before your next run. Formulation matters enormously with transdermal delivery. Getting sodium bicarbonate through the skin's lipid barrier requires a specific gel formulation designed to carry the compound across. Plain baking soda doesn't penetrate. It just sits there.
LactiGo spent years developing a formula that actually works transdermally. That's the product. That's the science. That's what I use.
Nearly a century after a researcher first documented that baking soda makes athletes faster, we finally have a version that works for everyone — not just the athletes whose stomachs can handle it.
The box in your pantry helped make cookies rise. The science it's built on helped athletes win gold medals. And now it's in a gel that goes on your legs instead of down your throat.
Sport is weird. Science is cool. Recovery is the edge.