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Deanna Minich, PhD, CNS, IFMCP

@deannaminich

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Science & Spirituality of the Full-Spectrum Self | Color & Consciousness | Endocrine & Energetics | The Rainbow Diet 🌈 | CSO @symphonynaturalhealth

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My work in women’s health did not begin only with research and teaching. It also came from my own personal reproductive and hormonal journey. 🧡💕Ironically, my reproductive health has led me to understanding myself throughout life. I’ve had endometriosis and a hydrosalpinx (blocked Fallopian tube) that altered my functioning every month.

That experience, which has been at times challenging, led me to ask deeper questions, looking to physical, emotional, mental, and spiritual reasons.

And then there’s menopause. Not just what is happening during menopause, but why so many women experience profound shifts in sleep, metabolism, mood, and energy. Over time, it became clear that menopause is not simply an ovarian issue. Hormones function as part of a dynamic endocrine network involving the brain, thyroid, adrenal glands, pancreas-gut, ovaries, and pineal gland. As women move through perimenopause and menopause, signaling across this intelligent network changes.

This systems perspective is what guides much of my work today, including my role as Chief Science Officer at @symphonynaturalhealth where we focus on research and nutritional strategies that support women through hormonal transitions.

Menopause is not simply hormone decline and it’s not just a loss of ovarian reserve. It is a complex biological transition involving a recalibration of the entire endocrine system that requires us to fine tune our approach to health for the second half of life.

How do you tend to your endocrine health? 🌈✨ by @deannaminich

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7 months ago

Previously, I shared more about my scientific and academic background. But there’s another side to my work, one that some of you have already felt and resonated with. ✨🌈

It’s the more subtle, energetic, and colorful dimension of health…

Alongside my scientific training, I was also on a parallel path, studying yoga, Eastern philosophy, spirituality, world religions, literature, and art. I spent years learning from intuitive teachers and energy practitioners, immersing myself in retreats, workshops, and nature-based, elemental frameworks that explore healing beyond the physical.

Art became part of my own healing process. It gave me a way to express what I couldn’t always articulate through science alone, helping me reconnect with my body and inner world.

Early on, I felt a strong draw to the chakra system as a way of understanding the body through color, energy, and meaning. It felt true and timeless and something I could immediately understand as an operating system for life. My first book, Chakra Foods, explored that connection and became the foundation for what would later evolve into my Rainbow Diet framework and Food & Spirit Certification in 2014.

While I don’t always speak about this side openly, it has always been there, shaping how I see the body not just as biology, but as energy, information, and pattern. To me, this is a natural evolution of science, a deeper exploration of truth across multiple lenses. Not instead of science, but alongside it. The two work hand in hand, and I’ve begun to explore this more in my YouTube channel interviewing people on science and spirituality.

In my book The Complete Handbook of Quantum Healing, I began to give language to these intersections.

And this is where my path continues to expand, bridging physiology with consciousness, nutrition with energy, and science with something more expansive.

If you’ve ever felt that health is more than what we can measure, more than labs, protocols, and numbers, you’re not alone.

And maybe the real question is this:
what if the future of health isn’t choosing between science and intuition, but learning how to hold both?

You’ll begin to see more of this here…✨🌈 by @deannaminich

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For those of you who are new here or not that new…welcome! I thought it would be a good time to do a (re)introduction considering that I cover so many topics here and do a variety of things. I’m going to unpack that a bit in a series of posts, and this is the first in that series.

I’m Dr. Deanna Minich, and at my core, I’m a translator, educator, and presenter. One of my favorite things to do is take the complexity of science, whether it’s hormones, metabolism, mitochondria, or circadian rhythms, and bring it into something you can actually feel, understand, and live from a physical, emotional-mental, and even spiritual perspective.

Over the years, my work has evolved from studying nutrients in the lab to seeing the body as an interconnected, intelligent system, one that responds to light, food, environment, and even our inner world.

At my center, I embrace many paths to truth, whether through traditional systems like TCM or Ayurveda to modern medicine thinking such as with functional medicine and systems biology.

I believe that true healing happens when we:
✨ understand the root cause(s)
✨ nourish the body, mind and spirit
✨ align with nature and rhythms
✨ and reconnect with the deeper wisdom within us

This virtual microspace is where science meets meaning, purpose and consciousness. If you’re here, you’re likely seeking something more, whether it’s more expansive (and disruptive) thinking, more wholesome connection, more holistic frameworks.

Thanks for sharing this space with me! 🌈 by @deannaminich

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Plants cannot run away from stress. They must adapt to it. They need to become “smart” to survive. In response to sunlight, temperature changes, environmental stressors, and other challenges, plants produce an extraordinary array of protective compounds, including polyphenols.

These polyphenolic plant compounds have unique molecular structures that influence how electrons are distributed and transferred. This quantum chemistry underlies their ability to participate in redox reactions and interact with biological systems.

When we eat polyphenol-rich foods, some of these compounds and their metabolites can influence cellular signaling pathways involved in antioxidant defenses, inflammation, mitochondrial function, and metabolic adaptation.

I’m at the @plminstitute Thought Leaders Consortium this weekend, getting ready to present on mitophytonutrients, an intersection of plant compounds, mitochondrial biology, photochemistry, circadian rhythms and cellular resilience. I’ll be exploring how the colors and chemistry of plants may influence our mitochondrial function.🌈✨ taken in San Diego, California by @deannaminich

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I started my journey in nutrition through science, studying the biochemistry of nutrients and how food influences our cells, metabolism, and overall health.

But I always felt there was more to the story.

As I began exploring psychology, spirituality, and philosophy, I realized that we don’t just eat for nutrients. We eat for connection, comfort, pleasure, memories, and meaning. Sometimes, we even eat to nourish something deeper within ourselves.

That realization eventually led me to create Food & Spirit™, bringing together the science of nutrition with the many dimensions of being human.

One of my greatest lessons has been that science and spirituality offer different ways of understanding ourselves.

🔬 Science helps us understand the mechanisms of life.
✨ Spirituality invites us to explore the meaning and experience of being alive.

And food is a beautiful bridge between the two.

I believe that we are more than our biology, and food is more than its nutrients. The more we understand the whole person, the more expansive our understanding of nourishment, health, and healing becomes.

Do you think about food beyond its nutritional value? 🌈 taken in San Diego, California by @deannaminich

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Riboflavin is a light-sensitive, golden-yellow nutrient that connects quantum photochemistry with mitochondrial energy production and antioxidant defense. It connects several fundamental aspects of our quantum biology:

🟡 LIGHT: Riboflavin absorbs blue light and can emit yellow-green fluorescence when excited.

⚡ ELECTRONS: Its active forms help transfer electrons through mitochondrial pathways that support energy production.

🌿 RESILIENCE: It supports glutathione recycling and cellular redox balance.

Riboflavin participates in electron-transfer chemistry, while mitochondrial energy production depends on the coordinated movement of electrons and protons. This is molecular biology operating according to the fundamental laws of physics.

And how do we nourish this remarkable chemistry?

Through everyday foods such as mushrooms, almonds, eggs, yogurt, and leafy greens. Riboflavin is also sensitive to light, which is why protecting foods like milk from prolonged light exposure helps preserve this nutrient. Adequate intake matters, but more is not necessarily better. Something as simple as a B vitamin can connect nutrition to the quantum chemistry of life. Its light-responsive properties and mitochondrial roles are distinct, yet both reveal the remarkable versatility of this molecule.

This weekend, I’ll be at the @plminstitute Thought Leaders Consortium, where mitochondrial function is our theme. I’ll be presenting on mitophytonutrients, exploring how food-derived compounds interact with mitochondrial biology, metabolism, and cellular resilience. I’ll also be bringing insights from my recent experience at the Science of Consciousness Conference, where I’ve been thinking more deeply about the intersections of light, energy, molecular organization, and living systems.

The more I explore these connections, the more I appreciate that nutrition is so much more than calories and chemical building blocks. Food provides molecules that participate in the fundamental electron chemistry sustaining life.

Research: Kaźmierczak-Barańska et al. Riboflavin as a Regulator of Cellular Metabolism: From the Classic Vitamin B2 to a Key Redox Factor. Nutrients, 2026. taken in San Diego, California by @deannaminich

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We typically think of melatonin as the hormone of darkness, produced by the pineal gland to help regulate our sleep-wake cycle. But we also know that melatonin is also found throughout our gastrointestinal tract.

Researchers are beginning to explore how intestinal melatonin may participate in a much larger metabolic conversation involving our gut microbiome, circadian rhythms, and visceral adipose tissue (VAT). VAT is the fat stored deep within the abdomen, surrounding our internal organs. Unlike the fat just beneath our skin, visceral fat is particularly metabolically active and, when dysfunctional, can contribute to insulin resistance, inflammation, and cardiovascular risk.

A new scientific framework in a recent review article proposes a potential Gut–Melatonin–Visceral Fat Axis, connecting:

🌈 WHAT we eat: Dietary quality and fiber influence our gut microbiome and metabolic signaling.

⏰ WHEN we eat: Meal timing helps coordinate circadian rhythms, including those involved in digestion and metabolism.

🦠 OUR GUT MICROBES: Microbial activity follows daily rhythms and interacts with immune and metabolic pathways.

🌙 INTESTINAL MELATONIN: Melatonin signaling in the gut may participate in local metabolic and immune regulation, although its precise role in humans remains unclear.

🔥 VISCERAL FAT: This metabolically active tissue responds to inflammatory, hormonal, and nutritional signals.

The practical takeaway?

Our metabolism is a reflection of the whole of our being. Supporting metabolic health means thinking about food quality, meal timing, circadian alignment, sleep, and gut microbial diversity together. Our gut, biological clocks, and metabolic tissues may be more interconnected than we’ve appreciated.

Walkiewicz, K. W., et al. )2026). Nutrition, Circadian Regulation, and the Gut-Melatonin-Visceral Adipose Tissue Axis: An Integrative Narrative Review. Nutrients, 18(19), 3277. https://doi.org/10.3390/nu18193277 taken in San Diego, California by @deannaminich

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🌈 Eating the rainbow is about so much more than a colorful plate. When I wrote The Rainbow Diet, I wanted to bring together two things that are often separated in nutrition: the science of food and the experience of eating. Color became a beautiful bridge between the two.

From a scientific perspective, the colors of plants tell us something about their chemistry.

❤️🧡💛Carotenoids give us many of the oranges, yellows, and reds.

❤️💜💙Anthocyanins contribute to the reds, purples, and blues.

🌱💚Chlorophyll brings us green.

These plant pigments are beautiful and they have biological activities that can influence cellular signaling, inflammation, oxidative stress, and metabolism.

When we eat a variety of colors, we’re often getting a broader spectrum of phytonutrients. But here’s an important distinction: Color is a clue to a food’s chemistry, not the whole story. Some phytonutrients are colorless, and foods of the same color can have very different properties.

What I love about the rainbow approach is that it makes complex science accessible. Rather than memorizing hundreds of plant compounds, we can simply ask ourselves: What colors have I been missing?

And there’s another layer to this…🌀

Through my Food & Spirit™ philosophy, I also explore color as a symbolic way to connect with our emotions, thoughts, energy, and inner awareness.

Ultimately, eating the rainbow is about cultivating diversity, awareness, and a deeper relationship with food. The science helps us appreciate the extraordinary chemistry of plants. The experience of eating invites us to connect with that nourishment in a more meaningful way. That’s where science and spirituality meet on the plate. 🌈

What’s one color you’d like to bring more of into your diet? ❤️🧡💛💚💙💜🤎🖤🤍 taken in San Diego, California by @deannaminich

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Colorful plant foods do more than nourish us. They communicate. I’ve been thinking a lot about what I’m calling “mitophytonutrients,” plant-derived compounds that interact with our mitochondria to influence cellular signaling, resilience, and metabolic flexibility.

This is one reason I see food as so much more than calories, macros, or even individual nutrients. Food is also mitochondrial information. Berries, cruciferous vegetables, herbs, spices, tea, cocoa, and deeply pigmented plants contain compounds that may help our cells respond to stress, repair, renew, and adapt.

The color is a clue.
The chemistry is the message.
The mitochondria are listening.

I’ll be exploring these fascinating connections in my upcoming presentation, “Mitophytonutrients: Beiging, Chrononutrition, and Quantum Metabolism,” at the @plminstitute Thought Leaders Consortium this weekend.

In the talk, I’ll also be weaving in insights from what I recently learned and presented at the Science of Consciousness Conference, bringing together emerging ideas about mitochondrial intelligence, light, biological rhythms, and consciousness.

I’m especially curious about the deeper relationship between the adaptive intelligence of plants and our own cellular biology, and how these connections might expand our understanding of health and healing. After all, plants have spent millions of years adapting to their environments through chemistry. Could some of those same chemical signals help us become more resilient? 🌱 taken in San Diego, California by @deannaminich

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I recently attended the Science of Consciousness conference, and I came away with an even deeper appreciation for how much we have yet to understand about consciousness, biology, and the nature of reality. I’ve never been to such a fascinating conference bringing together neuroscientists, physicists, mathematicians, researchers, quantum scientists, psychedelic and UAP enthusiasts, and psychiatrists, all seeking the answers to some thing so pervasive and fundamental to our existence: consciousness. taken in San Diego, California by @deannaminich

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Looking forward to the @plminstitute TLC this weekend! What does exceptional health mean to you? Please share in comments! I’d like to ask @dr.jaclynsmeaton @drsandi and @drterrywahls to share their personal takes on this topic, too! taken in San Diego, California by @deannaminich

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Could protein have something to do with consciousness?

I’ve been thinking about this question as I explore the emerging research on microtubules, quantum biology, and the nature of consciousness. In many presentations at The Science of Consciousness Conference this week in San Diego, many scientists are talking about these connections, and with my lens into the topic as a medical scientist, I’m seeing that our societal fixation on protein may be (in part) symbolic.

I’ll explain...

Microtubules are tiny structures inside our cells, including our neurons. They are made of proteins containing tryptophan (and other aromatic amino acids), an essential amino acid we obtain from food. Most of us know tryptophan as a precursor to serotonin and melatonin. But here’s what really caught my attention.

Researchers are studying how networks of tryptophan within microtubules interact with light and exhibit collective optical properties. Other scientists are exploring whether quantum processes within microtubules might contribute to consciousness.

This brings me back to food.

We’re living in a time when protein seems to be everyone’s nutritional priority. I understand the interest in protein for muscle, metabolism, and healthy aging.

But I find myself wondering something else. Could there be a deeper relationship between our nutritional needs and the biology underlying conscious experience?

Eating more tryptophan has not been shown to enhance consciousness through microtubules, but I think we need that research to happen. I find it fascinating that an amino acid we eat becomes part of the microscopic architecture of our neurons, while also contributing to molecules involved in mood and sleep.

There’s more to explore at the intersection of nutrition, cellular structure, light, and consciousness.
For me, this is where science and spirituality meet: not in having all the answers, but in asking new questions.

What if food nourishes not only the machinery of life, but the biological foundations that make our experience of life possible? ✨🌈 taken in San Diego, California by @deannaminich

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