IN TUNE Goes Global

Inventis Launches Spanish Edition of its Audiology & Balance Podcast

Following the successful launch of our international podcast series, Inventis is proud to announce that IN TUNE – Conversations on Audiology & Balance is now available in Spanish. This expansion reflects our ongoing commitment to scientific outreach and our desire to support the Spanish-speaking audiological and vestibular communities worldwide.

IN TUNE was created to serve as a bridge between cutting-edge scientific research and everyday clinical practice. By bringing together leading international experts and our own specialists, we aim to provide a platform for high-level discussion on the trends, challenges, and innovations shaping the future of hearing and balance care.

▶ The Mission: Empowering the Global Clinical Community
We believe that collaboration and the sharing of expertise are the primary drivers of medical progress. The Spanish edition of IN TUNE offers:

‣ Specialized Insights: In-depth analysis of complex audiological and vestibular pathologies.
‣ Innovation Updates: A look at the latest research and technological breakthroughs.
‣ Practical Dialogue: Conversations designed to offer real-world solutions for clinicians.

▶ Now Available: Episode 1 - vHIT Testing in Pediatric Patients
Our premiere Spanish episode features a conversation between Mario Pizzeghello, Product Manager of the Inventis Balance Division, and Prof. Vincenzo Marcelli, a renowned Specialist in Audiology and Vestibology. Together, they explore the clinical relevance of the Video Head Impulse Test (vHIT) when working with children, sharing practical strategies and case studies to ensure accurate diagnoses in young patients.

▶ Where to Listen
Don't miss this opportunity to deepen your professional knowledge in your native language. Join the conversation!

‣ Listen on YouTube: https://www.inventis.it/es-es/podcast-In-tune?noLangModal
‣ Listen on Spotify: https://open.spotify.com/show/0ULNbLy3rbr3VuqevfqbFw?si=HrgJJO8qTd2JOM587VKBjA&nd=1&dlsi=98f9d33d1fdc4a53