Tinnitus has been linked to an unexpected biological function, and it could pave the way to a cure

Tinnitus affects about 15% of the world's population and is often linked to hearing loss.

It's a condition that causes persistent ringing in the ears. While there is no cure, researchers have found a surprising connection between tinnitus and sleep.

Tinnitus is a type of "phantom perception," where the brain creates sounds without an external source. Interestingly, most people only experience phantom perceptions during sleep, while tinnitus sufferers hear them while awake. Studies suggest that tinnitus alters brain activity, making certain regions overactive—similar to how sleep disorders like sleepwalking occur. This connection has led scientists to investigate whether sleep, particularly deep sleep, could play a role in suppressing tinnitus.

Deep sleep, or slow-wave sleep, is essential for brain recovery and memory processing. Research suggests that during deep sleep, the brain may suppress tinnitus by reducing the overactivity that causes phantom sounds. However, people with tinnitus often experience lighter, more disturbed sleep, which may worsen their condition. Understanding this link could open new treatment possibilities, such as improving sleep quality to help manage tinnitus symptoms. Future research aims to track brain activity during different sleep stages to identify natural ways the brain mitigates tinnitus. If scientists can harness the sleep-tinnitus connection, it may lead to new treatments that improve both sleep and overall well-being for millions affected by this condition.

learn more https://theconversation.com/tinnitus-seems-linked-with-sleep-understanding-how-could-bring-us-closer-to-finding-a-cure-182711

5g and tinnitus: the frequency that's synchronizing your brain.

(PDF) Tinnitus and cell phones: the role of electromagnetic radiofrequency radiation
https://www.researchgate.net/publication/283866443_Tinnitus_and_cell_phones_the_role_of_electromagnetic_radiofrequency_radiation

Introduction: Tinnitus is a multifactorial condition and its prevalence has increased on the past decades. The worldwide progressive increase of the use of cell phones has exposed the peripheral auditory pathways to a higher dose of electromagnetic radiofrequency radiation (EMRFR). Some tinnitus patients report that the abusive use of mobiles, especially when repeated in the same ear, might worsen ipsilateral tinnitus. Objective: The aim of this study was to evaluate the available evidence about the possible causal association between tinnitus and exposure to electromagnetic waves. Methods: A literature review was performed searching for the following keywords: tinnitus, electromagnetic field, mobile phones, radio frequency, and electromagnetic hypersensitivity. We selected 165 articles that were considered clinically relevant in at least one of the subjects. Results: EMRFR can penetrate exposed tissues and safety exposure levels have been established. These waves provoke proved thermogenic effects and potential biological and genotoxic effects. Some individuals are more sensitive to electromagnetic exposure (electrosensitivity), and thus, present earlier symptoms. There may be a common pathophysiology between this electrosensitivity and tinnitus.

Conclusion: There are already reasonable evidences to suggest caution for using mobile phones to prevent auditory damage and the onset or worsening of tinnitus.

China’s Village of Real-Life Rapunzels

Hand-shaped branding tool for criminals or deserters, 1642–1649. Medium: Wood and steel. Collection: Science Museum Group, London.

“History doesn’t repeat itself, but it often rhymes.”
— Mark Twain

2026 crusade recruitment ad

Ode to Joy - Beethoven Symphony No9 - Royal Scottish National Orchestra