Supporting Health Through Innovative Vagus Nerve Stimulation
Discover a new calm, clarity, energy, and daily comfort
Let’s Talk About Neuromodulation
Neuromodulation is an innovative technology designed to interact with the nervous system in a targeted way. By delivering precise signals to specific neural pathways through the vagus nerve, it encourages the body to achieve a state of balance and resilience, supporting overall well-being.
This approach works similarly to how pacemakers help regulate heart rhythms—by gently supporting the nervous system’s natural functions.For decades, researchers and professionals have explored the potential of using electrical impulses to enhance wellness. Recent advancements have yielded promising outcomes, showcasing the potential for improving comfort and vitality.
Neuromodulation represents a new chapter in promoting energy, relaxation, and daily balance, helping individuals navigate the demands of modern life with greater ease.
Neuromodulation Methods
Not all neuromodulation methods are created equally, and it’s important to carefully consider the approach and technology behind any therapy.
Using unproven or unregulated methods can pose risks, highlighting the importance of precise and well-researched technologies. Delivering targeted electrical signals requires a thorough understanding of the body’s natural systems and a methodical approach to ensure safe and effective results.
Developing safe and reliable neuromodulation devices requires extensive research and scientific validation. This is why only a few devices meet the rigorous standards needed to receive regulatory certifications.
When exploring neuromodulation options, it’s crucial to evaluate certifications, scientific evidence, and recommendations from trusted professionals.
Be cautious of unsupported claims or uncertified therapies that rely on anecdotal reviews rather than proven research. Always verify whether a device is registered as a wearable technology to ensure it meets high safety and quality standards.
AVNT™
Historically, neuromodulation required invasive methods, often involving costly and complex procedures with significant recovery periods. Now, advancements in technology have changed the landscape.
After 8 years of development and over $10 million invested in research alongside renowned institutions such as UCLA and Harvard, we’ve introduced a breakthrough solution.
This innovative, scientifically validated device has been extensively tested in over 4 millions user sessions. It’s a drug-free, safe, and accessible option designed to bring the benefits of neuromodulation into the comfort of your home, offering simplicity, reliability, and convenience.
Nuropod – Innovative, Reliable, and Backed by Science
Nuropod is an advanced solution designed to elevate your daily routine with ease and reliability. Developed in collaboration with renowned research centers, Nuropod utilizes cutting-edge neuromodulation technology in a sleek, wearable design. Its patented waveforms and precise targeting are designed to support your body’s natural balance and resilience.
Nuropod is one of the most accessible and user-friendly neuromodulation devices available, offering innovative support without the need for invasive methods or complex routines.
Scientific Data
Frontiers in Neurology and Neuroscience Research
Research on Transcutaneous Auricular Vagus Nerve Stimulation (tVNS) highlights its potential to support recovery and resilience after significant challenges.
Scientific research
Natelson, B., Blate, M., & Soto, T. (2022). medRxiv, 2022-11.
Jackowska M, Koenig J, Vasendova V, Jandackova VK. Auton Neurosci Basic Clin. 2022 Jul 1
Geng D, Liu X, Wang Y, Wang J. PLoS ONE. 2022 Feb 10;17(2):e0263833.
Geng D, Yang K, Fu Z, Zhang Y, Wang C, An H. PLOS ONE. 2022 Nov 3;17(11):e0277090.
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Jiang Y, Po SS, Amil F, Dasari TW. 2020 Jun 3;9(1):40–6.
Thakkar, Vishal, Zoe A. Richardson, Annie Dang, and Tracy Centanni. 2021. PsyArXiv. September 7. doi:10.31234/osf.io/wvsrc.
Noé E, Ferri J, Colomer C, Moliner B, O'Valle M, Ugart P, et al. Brain Stimulat. 2020;13(2):427–9.
Tonsager A. Texas Christian University Library, 2020
Richardson Z. Texas Christian University Library 2020
Thakkar VJ, Richardson ZA, Dang A, Centanni TM. Texas Christian University. 2020