Decoding Disease with Dr. Rue
Learn to see your body through a different lens.
There comes a point where you begin to sense that what you are experiencing cannot be fully explained by symptoms alone. Patterns repeat, progress feels incomplete, and something deeper is asking to be understood. I’m Dr. Rue, a naturopathic physician focused on chronic illness and integrative oncology, where the work is not about chasing conditions, but about observing the terrain in which they arise.
In this space, we explore how the body adapts, how systems communicate, and how environment, metabolism, and lived experience shape what you feel day to day. The body is not random, and it is not working against you. It responds in ways that reflect its internal and external worlds. As you begin to understand those responses, your relationship with your health begins to change.
These are quiet, intentional conversations designed to bring clarity without removing complexity. If you have ever felt that your experience does not fit into a simple explanation, you are not alone. This is a place to listen more closely, to reconnect, and to begin seeing what may have been there all along.
Decoding Disease with Dr. Rue
The Fascinating World of Bioelectric Communication | Ep. 097
Use Left/Right to seek, Home/End to jump to start or end. Hold shift to jump forward or backward.
The body is not only chemical. It is profoundly bioelectric. Every cell participates in an ongoing exchange of electrical information, forming a vast communication network that exists from the smallest cellular interactions to the body as a whole.
Bioelectricity is part of the language of life. Our tissues, organs, nervous system, and cells exist within this continuous conversation. We are not simply a collection of biological parts. We are an interconnected, communicating system.
Decoding Disease with Dr. Rue
Decoding Disease with Dr. Rue
LinkedIn | YouTube | Instagram | X | New Legacy Natural Medicine
Take a flat worm, cut it into pieces, and something remarkable happens. Each piece regrows into a complete worm. Full body, full head, everything from a fragment. Now take that same tapeworm and before you cart it, briefly change one thing about it. Not its genes, nothing written into its DNA, just its electrical state for a short window of time. Cut it into pieces now, and every single piece regenerates into a worm with two heads. And here's the part that made scientists sit up. Cut those two headed worms again, weeks later with no further manipulation at all, and they keep regenerating as two headed worms. The new body plan had become permanent. Not because anything in the genetic code had changed, but because something in the worm's electrical pattern had. This is real. Peer-reviewed research out of a lab at Tufts University led by a biologist named Michael Levine. And it's opened up a field most people had never heard of, called bioelectric communication. Here's the core idea. Every cell in your body carries a voltage across its membrane, not just neurons, every single cell, skin, liver, immune cells, all of it. And those cells are constantly talking to each other electrically, not just chemically, coordinating with their neighbors about what they should have become, where they should go, what shape the whole structure should take, you name it. Levin's lab has actually captured images of this happening in frog embryos long before any physical structure exists. Using voltage sensitive dyes, they can see a pattern glowing across the embryo in the rough shape of a face, eyes, mouth, jawline, all mapped out in an electric signal days before any of those actual tissues foam. They named it the electrical face. The blueprint shows up in voltage first, the body catches up to it after. Change that voltage pattern deliberately, and the resulting structure changes with it. Voltage isn't just decoration sitting on top of biology. In Levine's research, it functions as a control variable, something that sits upstream of form itself, directing how cells organize into eyes, limbs, organs, entire body plans. I want you to sit with that for a second. Because it's the clearest confirmation I've come across of everything this series has been building upon since episode one. We talked about voltage in dead teeth, in unresolved scars, in anxious nervous systems, in a single needle triggering ATP release in connective tissue. This is that same idea, now shown controlling the actual architecture of a living body, not metaphorically, measurably with a dye and a camera. And this isn't just an interesting party trick with worms. Levine's team has used this same understanding to help frog embryos recover from birth defects caused by nicotine exposure, simply by restoring their normal voltage pattern. They're actively researching whether manipulating bioelectrical signals could one day help regenerate human limbs, or even help reverse an abnormal electrical signature researchers have found in cancer cells. This is such a fundamental part of everything that we've been talking about. Because at its core, our podcast is about decoding disease and looking at different mechanisms, different things that researchers, people from around the world have come up with to help us not only understand the body at a more integral level, but also understand the various mechanisms, whether it be physical medicine, whether it be supplements, does not matter. So what we can truly understand how those can impact our well-being. And again, going back to the main body of what this has all been about, which is mitochondria, our energy organ, we can begin to understand that so much goes into it and so much affects it from what you eat, what you drink to now voltage and electrical signals. And what's exciting for me is we're barely scratching the surface. But that being said, in our next episode, we are gonna start talking about metabolism, and I'm super, super excited to be introducing this new uh podcast series. I will continue with the mitochondrial series. And as I previously mentioned, there's still so much more to talk about with the mitochondrial series. So we are gonna continue with that, but we are also gonna start introducing uh metabolism, decoding metabolism along with it. So, see y'all next time when we talk about decoding metabolic dysfunction.