Every ingredient comes from somewhere. Understanding MSM's origins takes us from ocean chemistry to atmospheric processes to the goat milk we harvest on our Washington State farm. This isn't just background trivia—it's context that explains why MSM is so fundamentally compatible with human biology.
Phytoplankton and the Beginning of Sulfur's Journey
MSM's story begins in the ocean, with organisms too small to see with the naked eye. Phytoplankton—the microscopic plants that form the base of marine food webs—produce a sulfur compound called dimethylsulfoniopropionate, or DMSP. This compound helps the tiny organisms regulate their internal salt balance and protect against environmental stress.
When phytoplankton die or are eaten, DMSP breaks down and releases dimethyl sulfide, or DMS, into the atmosphere. If you've ever noticed the distinctive smell of the ocean, you've smelled DMS. This compound is responsible for that characteristic briny, slightly sulfurous scent that marks coastal environments.
Once airborne, DMS undergoes oxidation. Atmospheric chemistry transforms it through several intermediate steps until it becomes MSM—methylsulfonylmethane, the compound now used in skincare. This MSM eventually returns to Earth's surface through rainfall, completing the cycle.
This means MSM isn't a synthetic creation. It's a naturally occurring compound that cycles through the environment continuously, produced by living organisms and distributed globally through atmospheric processes.
MSM in the Food Chain
The MSM that rains down becomes part of terrestrial ecosystems. Plants absorb it through their roots, incorporating the sulfur into their tissues. Animals that eat those plants take in MSM as part of their diet. The compound moves through the food chain, eventually reaching humans who eat both plants and animals.
Fresh, raw foods contain the highest MSM levels. Processing, cooking, and storage all reduce MSM content, which is why modern diets may provide less MSM than our ancestors obtained from unprocessed foods.
This is relevant for skin health because your body uses dietary sulfur for numerous processes, including building the proteins that structure your skin. If dietary intake falls below optimal levels, these processes may be compromised. Topical MSM provides another route of delivery, supplementing what diet provides.
The Goat Milk Connection
Goat milk naturally contains sulfur-containing compounds, including small amounts of MSM. This is part of why goat milk has been used in skincare for centuries—it provides nutrients that support skin health, and sulfur is one of them.
On our Washington State farm, our goats eat grass, browse on vegetation, and consume feed that all contain sulfur compounds absorbed from the soil. When they produce milk, some of those compounds end up in the milk itself. It's a direct connection between soil chemistry, plant biology, animal nutrition, and the skincare products we formulate.
When we add additional MSM to our formulations, we're amplifying something already present in the goat milk base. The fresh milk provides its own sulfur compounds along with lactic acid, vitamins, and minerals. The added MSM ensures that every application delivers meaningful amounts of bioavailable sulfur.
Why Natural Occurrence Matters
Some might ask why it matters that MSM occurs naturally. After all, synthetic compounds can be safe and effective too. But natural occurrence suggests something important: biological systems have been interacting with MSM for a very long time.
Your body didn't evolve in a chemical vacuum. It evolved in an environment containing MSM—in food, in water, in the air. This means your metabolism is adapted to handle MSM, which helps explain its excellent safety profile. You're not introducing something foreign; you're providing something your body already knows how to use.
This is different from truly novel synthetic compounds, which may have effects your body's systems weren't designed to handle. MSM's natural occurrence provides a kind of evolutionary vetting that synthetic compounds lack.
The Concentration Question
While MSM occurs naturally throughout the environment, concentrations vary widely. The MSM in rainwater is measured in micrograms per liter—far too dilute to provide meaningful skincare benefits. The MSM in raw foods is more substantial but still relatively low compared to what's therapeutically useful.
This is why supplementation—either oral or topical—makes sense. Natural occurrence establishes that MSM is safe and biologically compatible, but natural concentrations may not be sufficient for therapeutic effects. Concentrated MSM in skincare products delivers amounts that can actually influence skin biology.
Think of it like vitamin C. Vitamin C occurs naturally in fruits and vegetables, and your body is adapted to use it. But if you want to treat scurvy, you need more than a few oranges. The natural occurrence establishes safety and compatibility; concentrated supplementation provides therapeutic doses.
From Ocean to Skincare
Understanding MSM's journey from phytoplankton to skincare creates a different relationship with the ingredient. It's not a laboratory creation with no connection to the natural world—it's a compound that cycles through the environment, produced by living things and used by living things.
When you apply an Artisan product containing MSM, you're applying something that connects to oceanic chemistry, atmospheric processes, and the ongoing cycling of sulfur through Earth's systems. That's not marketing poetry; it's biochemistry.
On our farm, we're part of these cycles too. The goats eat plants that absorbed sulfur from soil and rain. They produce milk that contains sulfur compounds. We formulate products that deliver that sulfur, along with added MSM, to your skin. It's not a linear industrial process—it's participation in cycles that have been running for billions of years.
