An Introduction to Microcurrent Point Stimulation (MPS) Therapy
Kickstart Physiotherapy and Wellness Center specializes in Microcurrent Point Stimulation (MPS) therapy, a cutting-edge method for alleviating both chronic and acute soft tissue pain and scars naturally and without drugs. This therapy involves using microcurrent impulses on acupuncture points to deliver swift and effective relief for various medical conditions.
MPS therapy combines the principles of acupuncture with contemporary neurological science, offering a holistic and natural approach to treating both the body and the mind. This blend has proven highly effective and is widely recognized across North America.
The therapy is administered using the Dolphin Neurostim™ portable device, designed specifically to regulate the autonomic nervous system (ANS) and combat chronic pain. MPS therapy uniquely integrates elements of acupuncture, osteopathy, and neural therapy with modern neurology for comprehensive therapeutic effects.
Benefits of MPS Therapy
MPS therapy, performed with the Dolphin Neurostim™ device, offers numerous benefits:
- Effective relief from chronic pain
- No need for drugs or invasive procedures
Conditions Treated by MPS Therapy
MPS therapy can provide relief for various conditions, including:
- Arthritis
- Back pain / Sciatica
- Bursitis
- Knee pain
- Tendonitis
- TMJ/TMD
- Inflamed joints
- Sports injuries
- Menstrual cramps
- Scars & Adhesions
Learn more about Dolphin Neurostim at dolphinmps.com
For Dolphin kit orders, please use the Order Now button below and enter “Emily Banez” in the referral box at checkout.
Scar Therapy
Scars are a natural result of various injuries—whether from surgery, fractures, joint sprains, muscle tears, or inflammation. Over time, we all develop scars, and they can have a range of negative effects on the body. The Center for Pain & Stress Research has introduced a patented method called Scar Release Therapy (SRT), which offers a safe, clinically validated solution. SRT is easy to use, pain-free, and can be self-applied. It effectively reduces the harmful impact of scars, which can otherwise compress nerves, disrupt muscle performance, alter energy flow, and interfere with proper circulation of blood and lymph in the affected areas.
Vagus Nerve Stimulation Essentials
The parasympathetic nervous system (PNS) is a branch of the autonomic nervous system composed of nerves and ganglia located outside the brain and spinal cord. As part of the body’s involuntary nervous system, the PNS slows the heart rate, enhances intestinal and glandular activity, and relaxes sphincter muscles. Together with the sympathetic nervous system, it forms the autonomic nervous system.
The PNS enables the body to operate in a calm, restorative “rest and digest” state. When the parasympathetic system is dominant, bodily functions such as salivation and digestion increase, while heart rate and other stress responses decrease. Essentially, the parasympathetic system serves as the body’s natural “brake system,” supporting recovery and healing.
Vagal Tone and Parasympathetic Health
Vagal tone, particularly its high-frequency (HF) component, is the primary indicator of vagus nerve activity and overall parasympathetic function. The vagus nerve, also known as the 10th cranial nerve, is a major component of the parasympathetic nervous system. It’s responsible for initiating up to 80% of the body’s relaxation response.
During stressful situations, the sympathetic nervous system triggers the HPA axis to release stress hormones such as cortisol and adrenaline—activating a fight, flight, or freeze response. In contrast, the vagus nerve counteracts this effect by signaling the body to relax—essentially saying, “Chill out!” Individuals with higher vagal tone tend to recover from stress more efficiently and maintain better overall health.
The Role of the Vagus Nerve
Often referred to as the “wandering nerve,” the vagus nerve is the longest cranial nerve in the body. It travels from the brainstem through the front of the body, innervating many vital organs. It is responsible for about 80% of parasympathetic activity. As a key regulator, it helps normalize an overactive HPA axis and reduces excessive cortisol levels, thereby lowering inflammation and stress-related damage.
A decrease in vagal tone is linked to heightened stress sensitivity and poor health outcomes. Low vagal activity often reflects dominance of the sympathetic nervous system, suggesting chronic stress or overexertion. Conversely, improved high-frequency vagal tone is associated with reduced stress and better physiological balance.
Health Benefits of Improved Vagal Tone
Enhancing vagal tone provides numerous health benefits, including:
Reduced inflammation: The vagus nerve transmits anti-inflammatory signals throughout the body.
Lower muscle tension: Vagal activation helps relieve muscle tightness and trigger point discomfort.
Improved circulation and lymphatic flow: The vagus nerve facilitates communication between the gut and brain, helping regulate stress and emotional responses—hence the term “gut feeling.”
Pain relief: Reduced stress often translates directly into reduced pain perception.
Non-Invasive Vagus Nerve Stimulation (VNS)
The idea of stimulating the auricular branch of the vagus nerve (ABVN) through passive or active electrical means is gaining scientific recognition. Known as non-invasive vagus nerve stimulation (VNS), this method has shown potential benefits such as:
Increased heart rate variability (HRV) (Constantinescu et al., 2019)
Enhanced parasympathetic activation (Clancy et al., 2014)
Reduced inflammation and pro-inflammatory cytokines (Tracey, 2007; Kaniusas et al., 2019; Stavrakis et al., 2015)
Improved respiratory function
Dolphin Vagus Nerve Stimulation and Vagal Activation
Dolphin Vagal Nerve Stimulation has been scientifically validated as a method to activate the parasympathetic nervous system (Armstrong, 2019). This technique has been shown to:
Reduce lung inflammation (Kaniusas, 2019)
Lower levels of pro-inflammatory cytokines
Support improvement in respiratory function (Tracey, 2007)