What If You Ate 30 Different Plants Every Week?

What if your goal this week wasn’t to eat less—but to eat more variety?

One of the simplest changes you can make for your health is also one of the easiest to overlook:

Eat 30 different plants each week.

Not 30 servings.
Not 30 new recipes.
30 different plants.

An apple counts once. Blueberries count once. Broccoli counts once. So do spinach, avocado, carrots, walnuts, chia seeds, garlic, cinnamon, and lentils.

Why 30?

Research from the American Gut Project found that people who reported eating 30 or more different plant foods each week tended to have a more diverse gut microbiome than those eating fewer than 10. And newer research continues to support the idea that both the amount and diversity of fruits and vegetables influence the gut microbiome.

But I don't think the story stops at your gut.

Your cells need variety, too.

I’ve been reading Heal Your Cells by Dr. Will Cole and Dr. Josh Axe, and one of the ideas that keeps coming back to me is this:

Health begins at the cellular level.

Their new book focuses on cellular function, inflammation, mitochondrial health, nutrition, and the idea that we need to move upstream and support the body at its foundation—not simply chase symptoms.

And one of the most practical ways we can do that is through the food we eat.

Every plant comes with its own unique combination of vitamins, minerals, fiber, polyphenols, antioxidants, and other phytonutrients.

Blueberries aren't broccoli.
Broccoli isn't garlic.
Garlic isn't an avocado.
And spinach isn't a pomegranate.

They each bring something different to the table.

So instead of obsessing over whether one particular food is the ultimate "superfood," what if we simply started eating a greater variety of whole foods?

This is where Jordan Rubin's message fits beautifully.

Jordan Rubin has spent decades talking about food as part of God's design for health—returning to nutrient-dense, whole foods and nourishing the body rather than simply trying to suppress symptoms.

His current work emphasizes the connection between healthy soil, nutrient-dense plants, the gut, and the body's ability to thrive. He also frequently emphasizes colorful plants, cruciferous vegetables, berries, herbs, spices, and other plant foods as sources of compounds that support the body's natural repair and defense systems.

That idea resonates deeply with me:

We weren't designed to eat the same five foods over and over again.

We were designed to eat from a garden.

So let's make this ridiculously practical.

You don't need to completely overhaul your diet.

Just start keeping a little tally.

For example:

Monday

  • Eggs + spinach

  • Blueberries

  • Avocado

  • Broccoli

  • Sweet potato

  • Garlic

  • Apple

That's already 7 different plants.

Add walnuts and chia seeds to your breakfast.

Add carrots and arugula to lunch.

Have roasted Brussels sprouts and a few raspberries with dinner.

Suddenly you're at 12–15 without doing anything complicated.

By the end of the week, you may be surprised how quickly you get to 30.

And here's the part I really want you to remember:

You don't have to eat perfectly to eat well.

Frozen vegetables count.

Fresh vegetables count.

Herbs and spices count.

Different colors count.

A handful of berries counts.

A few tablespoons of seeds count.

You don't need an exotic superfood from another country.

Start with what you already love—and then add a little more variety.

Think color. Think diversity. Think whole foods.

Your ROOTED Challenge

This is one of the practices I'm beginning to incorporate into what I'm working toward as my ROOTED approach to health.

I'm still developing the framework, and I'll be sharing more about it with you in the months ahead.

But at its heart, ROOTED is about getting back to the foundations of health:

real food, nourishment, movement, connection, and living in alignment with the way our bodies were designed.

And this is a simple place to start:

Can you eat 30 different plant foods this week?

To make it easy, I've created a printable 30 Plants a Week chart you can put right on your refrigerator. Keep a pen nearby and add each new plant as you eat it throughout the week. There's something surprisingly motivating about watching that list grow!

And don't worry if you don't hit 30 the first week.

If you normally eat 10 different plants and you get to 18, that's progress.

If you get to 25, celebrate it.

The goal isn't perfection.

The goal is to give your gut, your cells, and your body more of the raw materials they need to thrive.

And if you're thinking, "Okay, Amber, I love this idea, but I have no idea how to actually get 30 plants into my week,"that's exactly the kind of thing I want to help you with.

Sometimes we don't need more information.

We just need a little handholding and a simple plan.

So print the chart, stick it on your fridge, and start keeping track.

One simple practice. One week at a time.

And stay tuned—I'll be sharing more about what I'm building with ROOTED soon.

A Behind-the-Scenes Look at Functional Blood Chemistry

Functional Blood Chemistry: What I’m Learning About Why “Normal” Labs Don’t Tell the Full Story


Over the past several weeks, I’ve been spending time immersed in a functional blood chemistry analysis course, and it has been both eye-opening and incredibly rewarding. While I’ve been familiar with functional lab ranges and patterns for years, this formal training is helping me deepen and refine my ability to recognize how much information is hidden in plain sight within routine lab results.

Rather than simply asking whether a marker falls inside a broad “normal” range — which is often based on a population average of people who may already be unwell — functional analysis looks at patterns, relationships, and optimal ranges. This perspective helps uncover what the body may be signaling long before symptoms fully develop.


At a High Level, I’ve Been Learning How To:

1. Identify Patterns

Individual markers are rarely islands; they work in concert. Patterns can point to:

  • Subtle Inflammation Trends: Observing patterns across markers—like shifts in white blood cell types or changes in proteins such as albumin and globulin—that can hint at low-grade inflammation.

  • Blood Sugar Dysregulation: Spotting shifts in metabolic health even when fasting glucose is technically "normal."

  • Nutrient Insufficiencies: Identifying early needs for B12​, Folate, or Iron by looking at red blood cell indices like MCV and MCH before anemia ever sets in.

  • Chronic Stress Signals: Noticing how the body adapts its physiology based on adrenal and electrolyte patterns.


2. Understand System Interactions

Everything is connected. I’m learning how thyroid function, blood sugar regulation, immune activity, and detox pathways influence one another. When one gear shifts, the others must compensate.


3. View Lab Work as a Story

Lab results aren’t just static numbers; they are a narrative of how your body is adapting to its environment. By reading this story, we find opportunities to support function before major issues arise.

A good example of this can be seen in blood sugar regulation.


Blood Sugar: Two Functional Perspectives

One of the most powerful aspects of functional analysis is its ability to highlight early metabolic shifts. By narrowing the focus to "Functional Ranges," we can see where the body is struggling long before it reaches a clinical diagnosis.

1. Metabolic Syndrome

Metabolic Syndrome is a cluster of markers that reflect how the body manages energy and systemic inflammation. For example, while a "standard" range for Triglycerides might go up to 150 mg/dL, a functional range looks for 70–80 mg/dL to ensure fat metabolism is truly efficient.

2. Insulin Resistance

Insulin resistance occurs when cells begin "ignoring" insulin, forcing the pancreas to work harder. Functional analysis catches this early by looking at the Glucose-to-Insulin Ratio. While a standard view might just look for a ratio over 7, a functional perspective seeks a tighter 8–12 range as an early indicator of resistance.

Looking Ahead: Using Labs as a Preventive Lens

The power of this approach is the shift from reacting to disease to proactively building health. By looking at optimal ranges—not just whether a marker is "flagged" high or low—we can see early shifts in physiology. This creates a window of opportunity to support the body when it is most resilient.

Working with a knowledgeable functional provider helps translate these patterns into personalized strategies. The goal isn’t perfection; it’s clarity and direction, so small, consistent changes can have a massive impact over time. If you aren’t in a position to hire a functional practitioner today, you aren’t stuck. You can still use the "story" your body is telling to make informed choices.

1. Become a Student of Your Own Data

Most standard doctors will run these labs annually. Instead of just looking for the "H" or "L" flags on your results, look at your numbers against the functional ranges we discussed above.

  • Is your Fasting Glucose creeping toward the 90s?

  • Are your Triglycerides climbing above 100?

Even without a specialized report, noticing these trends early shows where small lifestyle changes can make a big difference.

2. Focus on "The Big Three" (No Lab Required)

The beauty of metabolic health is that the most powerful "levers" are free. You don’t need a provider to tell you to:

  • Front-load your day with protein: This stabilizes your blood sugar from the first bite, preventing the "rollercoaster" effect that leads to late-day crashes.

  • Prioritize the "Post-Meal Walk": Think of your muscles as a sponge for glucose. Using them after you eat helps clear sugar from your bloodstream naturally.

  • Audit your sleep hygiene: If your sleep is trashed, your insulin sensitivity will be too. Start by getting 15 minutes of natural sunlight in the morning to help regulate your cortisol and melatonin cycles.

3. Use Wearable Tech

If you want real-time feedback, tools like Continuous Glucose Monitors (CGMs) or even simple fitness trackers that monitor Heart Rate Variability (HRV) can help you see how your specific body reacts to stress and certain foods.


Why This Approach Matters

What I love most about this approach is how it shows that our bodies are constantly communicating. Labs aren’t just numbers—they’re signals that, when interpreted thoughtfully, can reveal opportunities to support health and longevity.

I’m still deep in the learning process, but I’m excited that, down the road, this knowledge will allow me to help others move beyond “normal” lab results and truly optimize their health. Along the way, I’ll continue sharing glimpses from the course, offering insights that anyone curious about their own health can use.

This journey has been a powerful reminder of how empowering knowledge can be. The more we understand how the body is designed to function, the better equipped we are to make choices that support long-term wellness.

Disclaimer: The content in this post is for educational purposes only and is not intended as medical advice. Always consult a qualified healthcare provider before making changes to your health routine, interpreting lab results, or starting new supplements or treatments.