Inside EVANES
Wellness Meets Innovation: The Story and Science of EVANES
The original 2024 story of EVANES and Professor Jukka Ylikoski, with research context clarified.
EVANES Editorial · November 17, 2024 · 4 min read
Historical article, originally published in 2024. Clinical and experimental vagus nerve stimulation research discussed here is not evidence that EVANES treats disease. EVANES is a non-medical wellness device, not a substitute for medical care or prescribed medication.
In a world filled with noise, distractions, and stress, finding balance feels like chasing the horizon. Enter EVANES, a device that blends cutting-edge science with the body’s natural rhythms to create harmony from chaos. But what exactly makes EVANES tick? How does this sleek wearable transform your mental and physical well-being? Let’s explore the remarkable technology that makes it possible, along with the inspiring journey of its creator, Professor Jukka Ylikoski.
The Science of EVANES
At its core, EVANES uses bioelectricity to work with the body’s innate communication systems. Specifically, it stimulates the auricular branch of the vagus nerve, which is involved in autonomic regulation. Think of the Vagus nerve as a control panel for balance in the body; stimulating it with gentle, precise electrical signals can activate a cascade of calming effects.
Unlike implanted clinical VNS, EVANES uses transcutaneous auricular stimulation (taVNS), sending pulses through the skin as a wellness device. These pulses are applied through the skin; individual experiences can vary. Research on VNS has examined autonomic regulation and other physiological effects (Bretherton et al., 2019; Groves & Brown, 2005); these findings do not establish EVANES as a treatment.
Before every session, EVANES conducts a unique skin contact test to ensure that the electrical current is effectively transmitted and actually goes into the tissue. This contact test checks current transmission; it is not a guarantee of safety or medical efficacy.
The Vision Behind EVANES
The story of EVANES begins with its visionary founder, Professor Jukka Ylikoski. Born in Kokemäki, Finland, Professor Ylikoski has devoted his life to exploring the frontiers of medicine and science. His illustrious career includes groundbreaking research at the Karolinska Institute in Sweden and prestigious roles at institutions like the University of Helsinki.
Evanes is not the only Professor Ylikoski project worthy of attention. Mobidiag, the biotech company he founded in 2001 together with Professor Mart Saarma, was sold to the US for nearly $800 million in April 2021.
One of his most notable contributions is his work on tinnitus care and stress therapies using Vagus nerve stimulation. His expertise in otolaryngology and neurophysiology laid the foundation for EVANES, combining decades of clinical knowledge with a passion for improving lives.
Driven by a desire to make wellness technology accessible, Professor Ylikoski envisioned EVANES as more than just a device. For him, it represents a bridge between rigorous science and real-world impact, a tool that empowers individuals to take control of their wellness and support their everyday well-being.
More Than a Device, A Path to Transformation
EVANES isn’t just about relieving stress or enhancing productivity. It’s a paradigm shift in how we approach well-being. By aligning with the body’s natural rhythms, it promotes sustainable, holistic health solutions that adapt to modern lifestyles.
Imagine starting your day with clarity, meeting challenges with calm focus, and ending with restorative sleep. EVANES is intended to support everyday wellness; individual experiences vary. It’s not a promise of perfection but a step toward regaining balance in an unbalanced world.
Join the Journey
EVANES is now available on Indiegogo, inviting you to be part of a movement that’s redefining wellness. Whether you’re seeking better focus, deeper sleep, or a life with less stress, EVANES is your ally in this journey.
Invest in yourself. Discover the power of Vagus nerve stimulation and join a growing community embracing a smarter, science-backed way to thrive.
References
Bretherton, B., et al. (2019). Effects of transcutaneous vagus nerve stimulation on autonomic regulation and sleep quality. Journal of Neural Transmission.
Groves, D. A., & Brown, V. J. (2005). Vagus nerve stimulation: A physiological perspective. Neuroscience and Biobehavioral Reviews.
Ylikoski, J. (2021). Advances in non-invasive therapies for stress and cognitive health. Finnish Medical Journal.
