Part 2

Plants Matter Too: Seeds, Soil, and the Intelligence of Food

In our last newsletter, we explored how animals reflect what they eat—and how that information carries forward into our own bodies.

Today, we’re taking one more step back in the food chain.

Before animals…
before protein…
before fat…

There is soil. And there are plants.

Plants are not passive calories or simple fuel.
They are living systems that respond to their environment and translate what’s happening in the soil into nourishment—or stress—for the body that consumes them.

Plants Are Messengers

Plants constantly interact with:

• soil microbes

• minerals and water

• sunlight and seasons

• environmental stressors

In response, they produce:

• antioxidants

• polyphenols

• flavonoids

• protective compounds

These compounds are not just “extras.”
They are part of how plants protect themselves—and how they support human immune, metabolic, and inflammatory balance.

Physicians and researchers such as Dr. Zach Bush have helped bring modern attention to this reality, highlighting the deep interconnectedness of soil health, plant diversity, and the human microbiome.

Three Ways Plants Are Grown (and Why It Matters)

1. Genetically Modified & Chemically Dependent Crops

Most genetically modified crops are engineered to:

• tolerate herbicides

• resist pests

These systems rely heavily on:

• chemical weed control

• monocropping

• synthetic fertilizers

While efficient from an industrial standpoint, these growing practices often disrupt the natural relationship between plants and soil.

Within the plant, this can lead to:

• reduced mineral uptake

• altered protective compound profiles

• disrupted microbial signaling

• increased chemical residue

For sensitive human systems, this may show up as:

• digestive irritation

• gut microbiome imbalance

• increased detox burden

• inflammatory or immune stress

This isn’t about fear—it’s about understanding biological input.

2. Certified Organic Crops

Certified organic farming removes several major stressors:

• no GMOs

• no synthetic pesticides or herbicides

• greater emphasis on soil health

Organic crops are often:

• cleaner

• better tolerated

• higher in antioxidants than conventionally grown foods

However, organic does not always mean regenerative.

Soil can still be depleted, and monocropping can still occur. Organic food is often a necessary step—but not always the final destination for optimal nourishment.

3. Sustainable & Regenerative Plant Systems

Regenerative plant systems prioritize:

• living soil

• microbial diversity

• crop rotation

• minimal soil disturbance

• mineral balance

Organizations such as the Rodale Institute and the Bionutrient Food Association consistently find that plants grown in biologically rich soil contain higher levels of minerals and protective compounds.

These plants often provide:

• better digestion

• greater satiety

• stronger anti-inflammatory support

• a sense of being fed, not just full

Many people notice that vegetables grown this way simply feel better to eat.

If Vegetables Haven’t Agreed With You

If you’ve ever thought:

“Vegetables don’t sit well with me.”

It’s often not the vegetable itself.

It may be:

• depleted soil

• chemical residue

• lack of microbial diversity

• plant stress signaling

As healing progresses, the body becomes more discerning—not fragile.
It recognizes when food is supportive and when it adds burden.

What Research Is Beginning to Show

Emerging research suggests that some agricultural chemicals used in modern farming—including herbicides, insecticides, and fungicides—can influence the composition and diversity of the human gut microbiome.

Studies have observed associations with:

• reduced microbial diversity

• shifts in beneficial bacterial populations

• changes in microbial metabolic activity

Because the gut microbiome plays a central role in digestion, nutrient absorption, immune regulation, and whole-body signaling, these changes may help explain why some people feel digestive or systemic stress after eating foods grown under certain conditions.

This doesn’t mean the body is “reacting incorrectly.”
It often indicates that the body is accurately responding to environmental stimuli.

Plants Protect Themselves, Too

Plants are living organisms.
They don’t have the ability to run from predators—so they’ve evolved built-in protective compounds to defend themselves from insects, fungi, and overconsumption.

These are often referred to as anti-nutrients.

While the term can sound negative, it’s more accurate to understand them as protective structures—part of how plants survive in nature.

Common examples include:

• lectins

• phytates (phytic acid)

• oxalates

• tannins

In some people—especially those with sensitive or healing digestive systems—these compounds can make certain plants harder to digest or assimilate, particularly when foods are eaten raw or minimally prepared.

Why Preparation Matters

Traditional food cultures intuitively understood this.

Long before modern nutrition science, they used preparation methods that helped reduce plant defenses and improve digestibility, such as:

• soaking

• sprouting

• fermenting

• slow cooking

• pressure cooking

Preparation doesn’t just change taste.
It changes how food is received by the body.

For many people, improved tolerance doesn’t come from avoiding vegetables—it comes from how they’re grown, prepared, and introduced.

A Gentle Reframe

Instead of asking: “Is this food healthy?”

Try asking: “Was this plant grown and prepared in a way that supports life?”

Your nervous system recognizes the difference.

Explore Further (If You Enjoy Learning)

• Dr. Zach Bush – Soil biology, the human microbiome, and chronic disease patterns. 👉 zachbushmd.com

• Rodale Institute – Research and education on regenerative organic agriculture. 👉 rodaleinstitute.org

• Bionutrient Food Association – Measuring nutrient density beyond labels. 👉 bionutrient.org

• Real Organic Project – Understanding what organic does—and does not—guarantee. 👉 realorganicproject.org

These resources are shared for curiosity and education—not as rules, but as tools for building food literacy.

In our next newsletter, we’ll bring this full circle and explore what happens after food leaves the farm—how processing, storage, and preparation shape digestion, resilience, and how the body receives food.

With care & nourishment,
💞 Michele