Blog — Alternative Medicine for Dogs

  How movement and joy build ventral vagal engagement When most people think about a regulated nervous system, they imagine stillness. A quiet dog lying calmly at their feet. Slow breathing. Minimal movement. A kind of subdued composure that looks peaceful from the outside. But safety is not the same thing as stillness. According to Polyvagal Theory, developed by Stephen Porges, our autonomic nervous system moves through different states depending on whether we perceive safety or threat. The ventral branch of the vagus nerve supports connection, social engagement, curiosity, and flexibility. When this system is active, we feel safe enough...

The enteric nervous system (ENS) is a vast network of neurons embedded in the lining of the gastrointestinal tract. It contains hundreds of millions of neurons — comparable in number to the spinal cord. It’s called the “second brain” because: It can function independently of the central nervous system. It produces and responds to many of the same neurotransmitters (including serotonin and dopamine). It communicates bidirectionally with the brain through the vagus nerve. It directly influences inflammation, immune activity, and stress signaling.   In fact, about 90% of serotonin is produced in the gut, not the brain. So when we...

True calm is emergent from a nervous system that feels safe and regulated   When a dog is anxious, overaroused, or struggling to settle, our instinct is often to do something: redirect, manage, correct, or distract. But nervous system regulation doesn’t begin with behavior. It begins with safety, and safety is first felt in the body. One of the most reliable ways the mammalian nervous system recognizes safety is through slow, predictable tactile pressure—when it is offered appropriately and received willingly. This is not about restraining a dog or forcing calm. It’s about providing clear sensory information that allows the nervous...

  Why Time in Nature Matters for Dogs We’ve started going to the creek twice per week, letting the dogs move freely off-leash. This isn’t just a casual outing—it’s a core exercise and foundational practice in our system. At this point, I think of it less as “training” and more as en-training the nervous system. The Missing Piece: Natural Environments Both dogs and humans are increasingly disconnected from natural environments—and we’re seeing the effects. One of the biggest? A lack of autonomic flexibility. Natural environments provide something that structured settings simply can’t: Rich sensory input Variable terrain Unpredictable movement challenges...

  Balance and Proprioception are Deeply Intertwined Proprioception (your body's sense of position) provides the raw data (where you are) that your balance system uses (with input from eyes and inner ears) to make constant, tiny adjustments via your muscles to keep you steady and upright, preventing falls and allowing coordinated movement, with balance training effectively enhancing this internal GPS system. Essentially, better balance means better proprioception because the challenges of balancing force your proprioceptors to work harder and smarter, improving nerve signals and muscle response. Proprioception (body position in space) and interoception (internal body states like hunger, fatigue) are...