TVNS India

TVNS India tVNS® stimulates the branch of the vagus nerve in the auricle through the skin.

tVNS is a non-invasive vagus nerve stimulation therapy and it is the only approved medical device in the world for the treatment of symptoms of sympathovagal imbalance.

International Overdose Awareness Day on 31 August highlights the global scale of drug use and the persistent gap in acce...
31/08/2026

International Overdose Awareness Day on 31 August highlights the global scale of drug use and the persistent gap in access to treatment.

In 2024, 331 million people worldwide used drugs—a 34% increase compared with 2014. Yet only 1 in 12 people living with drug use disorders received treatment.

Addiction is a multidimensional health condition that may affect not only behavior, but also sleep, mood, stress response and autonomic balance.

In a randomized controlled study involving 114 men with alcohol dependence, the active taVNS group showed better sleep-quality scores and lower depressive-symptom scores than the control group after four weeks.

Research into the potential role of tVNS in addiction-related conditions is ongoing.

Sources: UNODC World Drug Report 2026; Wang et al., 2021, Frontiers in Psychiatry.

12/08/2026

Depression can manifest through a wide range of symptoms, including loss of energy, lack of motivation, sleep disturbances, difficulty concentrating, and withdrawal from daily life.

tVNS® is a non-invasive neuromodulation method that stimulates the auricular branch of the vagus nerve through a small electrode placed on the ear. In the field of depression, it is being evaluated for its potential to support areas such as mood, stress response, sleep, anxiety, and motivation.

tVNS® can be used at home, with the treatment plan tailored to the individual’s needs and clinical condition.

We are pleased to announce that tVNS® will participate in IFESS Conference 2026 as a Silver Sponsor, taking place on 2–4...
07/08/2026

We are pleased to announce that tVNS® will participate in IFESS Conference 2026 as a Silver Sponsor, taking place on 2–4 September at the Politecnico di Milano, Lecco Campus.

Under the theme “From Lab to Life,” IFESS 2026 will bring together researchers, clinicians, physiotherapists and engineers to explore emerging electrical stimulation technologies in neurorehabilitation and neuromodulation.

We look forward to presenting our non-invasive auricular vagus nerve stimulation device for clinical, research and rehabilitation applications.

See you in Lecco!

07/08/2026

With tVNS®, vagus nerve stimulation for epilepsy can be delivered non-invasively through the ear, offering an alternative to surgical implantation.

In a clinical study involving the University of Marburg, 76 participants with drug-resistant epilepsy were followed for 20 weeks. The study evaluated the effects of tVNS® on seizure frequency, safety, and treatment tolerability.

The findings showed a reduction in seizure frequency in the active tVNS® group, while the treatment was reported to be generally well tolerated.

Applied without the need for surgery, tVNS® is an innovative neuromodulation approach suitable for home use, easy to integrate into daily life, and designed to support long-term use.

The vagus nerve creates an important communication pathway between the brain and the systems involved in stress, mood, s...
04/08/2026

The vagus nerve creates an important communication pathway between the brain and the systems involved in stress, mood, sleep, and recovery.

tVNS® delivers gentle electrical impulses through the ear to support this pathway, helping the body regulate itself more effectively during periods of stress or imbalance.

Discover the potential of vagus nerve stimulation.
Learn more about tVNS®.

Don’t let migraine disrupt your plans.Chronic migraine can make even simple plans difficult due to the frequency and unp...
29/07/2026

Don’t let migraine disrupt your plans.

Chronic migraine can make even simple plans difficult due to the frequency and unpredictability of attacks.

tVNS® may help reduce the number of migraine days and the frequency of attacks over time. By supporting the nervous system through regular stimulation, it may contribute to a more predictable and flexible everyday life.

Learn more: www.tvns.health

Performance isn’t built during training alone.Quality sleep, mental focus and effective recovery are essential parts of ...
24/07/2026

Performance isn’t built during training alone.

Quality sleep, mental focus and effective recovery are essential parts of the performance cycle. tVNS® supports nervous system regulation, helping reduce stress, maintain balance and promote more effective recovery.

Because sustainable performance begins with proper recovery.

🔗 Learn more: www.tvns.health

Elite performance is not only about strength, speed, or endurance.Sleep quality, stress regulation, and recovery all pla...
10/07/2026

Elite performance is not only about strength, speed, or endurance.

Sleep quality, stress regulation, and recovery all play an important role in maintaining consistency over time.

tVNS® offers a non-invasive, medication-free approach designed to support the nervous system and help high performers integrate recovery-focused routines into daily life.

Because sustainable performance starts with balance.

tVNS® is designed to fit into real life.As an EU-MDR approved Class IIa medical device, tVNS® meets strict clinical and ...
30/06/2026

tVNS® is designed to fit into real life.

As an EU-MDR approved Class IIa medical device, tVNS® meets strict clinical and safety standards while offering a non-invasive and medication-free approach to nervous system support.

Whether during work, rest, or recovery, tVNS® is developed to integrate into daily routines without disruption.

A practical approach to long-term wellbeing.

After a stroke left him bed-bound, Geoff’s story shows how meaningful every step toward movement and independence can be...
17/06/2026

After a stroke left him bed-bound, Geoff’s story shows how meaningful every step toward movement and independence can be.

tVNS® is being explored in neurorehabilitation through a major UK clinical trial involving 250+ patients across 15 centres, investigating its potential role in supporting stroke rehabilitation at clinical scale.

A real story. A growing field of research. A new perspective on recovery.

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