Dog Parents: Dogs that Lunge, Bark and Melt-Down or The Biology of the "Bork"
- Jan 23
- 4 min read
Picture this. You’re out for a leisurely stroll, soaking in the morning air with your four-legged family member. Suddenly, another dog appears, and your peaceful outing turns into a stressful ordeal as your dog lunges and barks. It is as if your dog’s executive function just decided to go on an unpaid leave of absence.

Before you spiral into owner-guilt, let’s look at the neurobiology. Your dog isn't "broken" or "unwilling". They are a complex biological system trapped in a survival loop. To understand reactivity, we must look past the "bork" and into the "brain characters" running the show.
The Internal Tug-of-War: Conrad vs. Tom
In the neurobiological theatre of your dog’s mind, several primary actors dictate how they handle stress:
Tom (The Amygdala/Emotional Sensor): Tom scans the environment for threats. In a dog with a history of trauma, Tom becomes hyper-sensitized—a twitchy radar operator who sees a seagull and screams "Incoming Missile!".
Conrad (The Prefrontal Cortex/Decision-Maker): Conrad is the cool-headed executive responsible for impulse control and rational thinking. He is the one trying to check the charts while the ship is rocking.
Reggie (The Autonomic Nervous System/Regulator): Reggie regulates involuntary functions like heart rate. When Tom screams "danger," Reggie floors the gas pedal, preparing the body for full-scale battle.
In a reactive moment, the chain of command breaks. Tom ignores Captain Conrad like a frantic intern blowing past a manager; he escalates straight to Reggie, who then takes over in full-commando mode, redlining the engines before Conrad can even reach for the intercom. This is a breakdown where the rational "Top-Down" control is completely bypassed by "Bottom-Up" panic.
Predictive Errors: When the Brain's "Math" Fails
The brain is essentially a "prediction machine". It uses past experiences to guess what happens next. If a dog has experienced trauma, this system starts making "math errors".
This leads to predictive errors. The brain misinterprets a neutral situation—like a stranger approaching—as a direct threat. Your dog is not trying to be difficult; their internal circuitry is literally miscalculating the probability of survival and reacting defensively to a threat that doesn't exist.
Recalibrating with the NeuroBalance Wheel
Systems Thinking suggests we focus on the brain and how it functions, because behaviour emerges from the body. In comes the NeuroBalance Wheel, a tool that helps dog parents recalibrate the entire system, including neurobiology, environment, and their relationship.
Think of this wheel as a diagnostic dashboard for your dog’s internal "engine room". It tracks six leverage points where we can move a dog from "Bottom-Up" panic (managed by Tom) to "Top-Down" calm (led by Conrad):
Impulse Control (01): Can the dog pause before reacting to a trigger?
Movement (02): Is the dog's body regulation calm, or are they frantic and "zooming"?
Ask for Assistance (03): Does the dog check in with you, or do they stage a mutiny and handle "threats" alone?
Delayed Gratification (04): Can they wait for a reward, or is it an immediate, impulsive grab?
Working Memory (05): Do lessons "stick," or do they disappear the moment stress levels rise?
Flexibility (06): Can the dog adapt to new situations without a biological meltdown?
Identifying the Leverage Points
Small interventions can create huge shifts. Use the Power of AND to address the issue:
Avoidance (Management): Prevent the behaviour from becoming a habit by managing triggers to keep the system calm.
Building (Training): Use Sensory-Based Positive Experiences and Balance Exercises (SPE&BE) to help Conrad regain control. Engaging the vestibular system—managed by the character Viv—through balance exercises helps ground the dog and stop the mutiny.
The Biological Reality of Aversive Tools Or How to Keep Coach Conrad Offline Permanently
As a systems scientist, I must highlight that tools designed to deliver pain, such as prong, choke, or electronic collars, do not teach; they simply suppress movement through a 24/7 'pressure cooker' of fear. From a neurobiological perspective, these devices pour gasoline on a dog's existing stress, systematically injecting unpredictability into an animal already struggling for safety. In short, Tom is constantly screaming. This is the neurobiology of what "training collars" do.
Other warnings from the biological perspective, include:
Mechanically, a single yank on a metal collar can traumatise the thyroid gland, damage the spine, and spike ocular pressure injuries.
A fact to know is that a dog’s neck skin is more than twice as sensitive as a human's.
True safety is never found in the 'quick fix' of aversive tools; it is engineered through neurobiological empathy and the precise management of a dog's complex brain circuits.
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The White Pathway: Creating the Pause
The goal is to move your dog into the White Pathway. This is a state of "indecision" where the dog pauses to think before reacting. When you see this pause, you can intervene as a Protector to provide calm guidance and move them toward the Green Pathway—where they feel safe and socially engaged.
Final Thoughts: From Confrontation to Co-Regulation
Managing reactivity is about co-regulation. You are not just a handler; you are a "dog parent" acting as a biological anchor. When you remain calm, you help Reggie relax, which allows Captain Conrad to step back into the driver's seat.
By using the NeuroBalance Wheel to identify which circuits are misfiring, we can stop seeing dogs as "problems" and start helping them rebuild security from the inside out.
About the Author: Widely respected in the industry, Sparky Smith has been honoured with several accolades, including the title of 'Best Pet Psychologist' in recognition of her innovative approach to canine mental health.


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