The middle ear is made up of several tiny bones that work together to transport sound waves to the inner ear and then to our brains, enabling us to hear. Unfortunately, it's not uncommon for this sensitive system to stop working. But passive middle ear implants can help people with conductive hearing loss by replacing the tiniest bones in the body.

After frequent middle ear infections as a child, Lina from Germany noticed hearing loss in her left ear, which was gradually affecting her everyday life more and more. Several surgeries later Lina knew she had to do something about her conductive hearing loss and decided to go for a middle ear implant. In today’s guest

Núria from Spain is studying biomedical analysis at the University of Barcelona and started using the bone conduction hearing system ADHEAR a few months ago. Here she talks about her (hearing) journey and explains why ADHEAR has become an integral part of her university life.

Do things sound foggy, or really far away? This may be a sign of conductive hearing loss. Last week we introduced you to what is sensorineural hearing loss. In this post, we break down all-things conductive hearing loss, including what can cause it, what it sounds like, and treatment options. Before starting to learn about

The middle ear might have the smallest bones in the human body, but it plays a huge role in hearing. In this post, we’ll dive into this tiny but important part of the body, and find out how the middle ear works. What Is the Middle Ear? Behind the eardrum, in the middle ear, you’ll