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tVNS is a medical treatment that involves delivering electrical impulses to the vagus nerve with the aid of a electrode. It is used in the treatment of indications such as Epilepsy, Coma, Migraine, Depression, Cognitive Disorder, Crohn's Disease, Insomnia, Autism, Tinnitus, Stroke. What is Vagus Nerve? The vagus nerve is the longest cranial nerve in the body. It comes from the Latin word, vagus, for “wandering.” That’s because it wanders throughout your body, with wide distribution connecting the brainstem to the body. Only mammals have this nerve. The vagus nerve serves as the body's superhighway, carrying information between the brain and the internal organs and controlling the body's response in times of rest and relaxation. It helps the immune system and inflammation response to disease. It has four main functions: sensory, special sensory, motor and parasympathetic. The vagus nerve also manages fears and sends information from the gut to the brain, which is linked to dealing with stress, anxiety, and fear–hence the saying, ‘gut feeling'. Historical Development of Vagus Nerve Stimulation Epilepsy has existed in human history with the first record found in a Babylonian text written 4000 years ago, and humanity has sought a cure for this disease for centuries. With the emergence of neurology in the 19th century, the mechanism between the nervous system and epilepsy was tried to be solved and the first vagus nerve stimulation was tried by a New York neurologist in the early 1880s. Over the next 100 years, the effects of vagus nerve stimulation were first investigated in animal experiments, then in humans, and in 1988, an invasive vagus nerve stimulator was surgically implanted into the cervical branch. At the beginning of the 2000s, scientists started working on alternative ways to stimulate the vagus nerve non-invasively, to eliminate the need for surgery and minimize the side effects. First generation transcutaneous vagus nerve stimulation device, Nemos, was approved in 2010 for the treatment of epilepsy and depression, and Vitos in 2012 for the treatment of pain and migraine, as the first medically approved non-invasive vagus nerve stimulation treatment in the world. Our 2nd generation device tVNS has been launched in 2021, and tVNS patient devices have become the first MDR CE-certified transcutaneous vagus nerve stimulation devices in the world, in 2023. Vagus Nerve Stimulation Effect Overview Regulation of neurotransmitter release Increase in parasympathetic activity Increase in brain neuroplasticity Reducing inflammation Increasing the secretion of serotonin and increasing the mood What Are the Effects of Vagus Nerve Stimulation? Stimulation of the vagus triggers regulatory mechanisms in the nervous, immune, autonomic, endocrine, cardiorespiratory, and gastrointestinal systems. Clinical studies on the vagus nerve have shown that the activity in this nerve is closely related to epilepsy, depression, migraine, headache, inflammatory bowel disease, Alzheimer's, arthritis and many other common disorders by activating the parasympathetic nervous system in the brain and increasing the secretion of neurotransmitters in special regions of the brain. Vagus nerve stimulation therapies are approved by FDA in the USA and CE in Europe for use in treatments such as epilepsy, mood improvement, pain relief, sleep improvement, memory enhancement and anxiety reduction. Research continues on the effects of neuroplasticity as well as its cardiac and inflammatory properties.

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Contains information about tVNS clinical research devices tVNS® R for Research Discover a Revolutionary Journey with Innovative tVNS® Research Device Meet the cutting-edge realm of vagus nerve stimulation research, where innovation meets precision in our state-of-the-art tVNS® R device. Crafted for flexibility and accuracy, it boasts complete wireless programmability, making it the perfect companion for in-depth clinical studies. Experience seamless control with the tVNS® Research and tVNS® Patient apps, integrating stimulation parameter adjustments, data collection, and patient feedback to elevate the depth and precision of your research. Our commitment extends beyond technology; we're here to streamline your clinical trials, providing robust support for your studies, including a thorough CB safety report for swift ethics approvals and access to a global network of experts. Uncover the limitless potential of tVNS® R as it pioneers revolutionary paths in neurological research and transforms the landscape of patient care. Your journey to groundbreaking discoveries starts here. tVNS® R for Research Transcutaneous Vagus Nerve Stimulation Device for Research Full Wireless Parameter Programmability Patient App for Data Collection Support for Clinical Trials Triggered tVNS® Legacy and Hook Electrode Sham Stimulation Research and Patient App Your tVNS® R device gives you access to two apps: the tVNS® Research and tVNS® Patient app. All technical parameters can easily be reprogrammed and wirelessly transmitted with the tVNS® Research app, allowing the researcher to try completely new stimulation protocols. In addition, you can collect and store technical and patient data. The tVNS® Patient app automatically stores all technical data (stimulation parameters, time and duration of the stimulation etc.) and offers a questionnaire for patient feedback. Support for Clinical Trials We offer an individual adaptation of all parts for certain studies, e.g by changing the questionnaire in order to allow better feedback from the patient, or through the implementation of special stimulation parameters or technical ideas. The tVNS® R device is defined as a device for investigational use. We can provide a CB report that proves the safety according to all medical device standards, in order to assist you with ethics approvals. So far, it has been accepted by all ethics committees. In addition, we offer an international expert network and can direct any questions to experienced people around the world. Triggered tVNS® We offer a separate PC-based tVNS® manager software. This software enables reaction to outside trigger signals (e.g. ECG R-wave trigger generated by an external ECG system, transferred to a PC). Thus, closed loop tVNS® or triggered tVNS® can be realized in a scientific setup. Legacy and Hook Electrode We offer two different types of electrode designs with our tVNS® devices: The Hook Electrode (left) comes standard with all new tVNS® devices. It offers bet ter fixation and usability during daily activities. The Legacy Electrode (right) can be used if the patient has small ears or a special ear shape. The integrated slider allows for better adaption to the ear. Sham Stimulation The well known sham stimulation at the ear lobe is still possible. Upon request, we support studies by providing other more sophisticated sham stimulation options.

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Excessive drug use in children can cause developmental delay. tVNS provides long-term positive results by reducing the need for drug use. tVNS is safe for children and approved for pediatric use. tVNS provides benefits in mental development and motor development. Use of tVNS® in Children tVNS is safe for children and MDR CE approved for pediatric use Epilepsy, Autism, Prader Willy Syndrom are the approved indications Young children should use the device under parental supervision. Excessive drug use in children can cause developmental delay. tVNS provides long-term positive results by reducing the need for drug use. Reducing drug use helps prevent the side effects of anti-epileptic drugs Improves energy, concentration, and mood Children who are using the therapy in the long term can experience cognitive and motor improvement

tVNS treatment in sleep disorders. The most up-to-date health information on sleep disorders causes, symptoms, treatment options INSOMNIA (SLEEP DISORDER) What is Insomnia? Insomnia is a common sleep disorder that makes it difficult to fall asleep and stay asleep, or to wake up too early and not be able to go back to sleep. People with insomnia feel tired when they wake up. Insomnia can reduce not only energy level and mood, but also health, work performance and quality of life. It is the disease of not being able to sleep in sufficient time and restful sleep. During the existence of the disease, symptoms such as irregularity in sleeping hours, sudden night awakenings, difficulty falling asleep after waking up, and waking up very early in the morning are observed. The existence of a regular sleep time and long naps does not mean that we will wake up the next day rested and ready to work. In studies on sleep and sleeping problems, it is said that an adult individual should sleep 7-8 hours every night. However, the resting process, which differs from person to person, can change the person's sleep duration. Types of Insomnia Acute insomnia: It refers to the short-term appearance of insomnia. Acute insomnia usually occurs after a stressful day or on days when mental tension is high. Our body clock has a hard time showing when it's time to rest on such difficult days. This irregularity, which usually lasts for 1 to 2 days, continues unti l we feel better. There are signs of acute insomnia that can last up to 4 weeks. Chronic Insomnia: A sleep disorder that lasts for 1 month or more is called chronic insomnia. A large proportion of 10-15% of adults suffer from chronic insomnia. Compared to acute insomnia, chronic insomnia requires medical attention. The main cause of this type of disorder is usually the presence of major depression. Hypersomnia: characterized by excessive sleepiness and excessive daytime sleep requirements. It is less common than insomnia. Narcolepsy : Includes excessive daytime sleepiness and abnormal findings in daily REM sleep for at least 3 months. Narcolepsy is an abnormality in the sleep mechanism, especially in the REM mechanism. Treatment Options for Insomnia Sleep Techniques Airflow in and out of the lungs during breathing Blood oxygen levels. Body position. Brain waves (EEG) More information CPAP Titration (Mask Therapy) Some cases of severe depression require a hospital stay. This may be necessary in situations where the individual is unable to take care of themselves properly and is in danger of harming themselves or someone else. More information Polysomnography Sleep test. It is a process that is done by recording with the help of devices all night long to determine the quality of sleep and to find the cause of the sleep disorder. More information Transcutaneous Vagus Nerve Stimulation (tVNS) Communication between the gut and the brain is provided by the vagus nerve. More information WE DESIGN THE MEDICAL TECHNOLOGIES OF THE FUTURE Contact us

tVNS Health Gmbh is a medical technology sales company based in Grünwald, Germany, that has been responsible for the global distribution, services, and operations management of tVNS devices. tVNS® in Italy: tVNS Health GmbH tVNS Health GmbH is a medical technology sales company based in Germany, responsible for the global distribution, services, and sales of tVNS® non-invasive auricular vagus nerve stimulation devices in Eastern Europe, Scandinavia, Asia, Africa, South America and Italy. The developer and manufacturer of tVNS® devices is tVNS Technologies GmbH based in Erlangen, Germany. Since the medical approval of the Cerbomed Nemos® device as a first non-invasive auricular vagus nerve stimulation medical device in 2010, Cerbomed Nemos® and the new tVNS® have been used in thousands of treatments globally and significantly improved patients’ quality of life. tVNS Health GmbH Global Sales & Services: Südliche Münchner Str. 62, 82031 Grünwald, Germany info@tvns.health www.tvns.health Contact Us

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< Back Entering a new era of IoT Derek Wells Mar 18, 2023 This is placeholder text. To change this content, double-click on the element and click Change Content. This is placeholder text. To change this content, double-click on the element and click Change Content. Want to view and manage all your collections? Click on the Content Manager button in the Add panel on the left. Here, you can make changes to your content, add new fields, create dynamic pages and more. Your collection is already set up for you with fields and content. Add your own content or import it from a CSV file. Add fields for any type of content you want to display, such as rich text, images, and videos. Be sure to click Sync after making changes in a collection, so visitors can see your newest content on your live site. Previous Next