All articles tagged with #tinnitus
A new mouse study links serotonin to tinnitus by triggering a dedicated brain circuit that connects to the auditory system; increasing serotonin worsens tinnitus-like behaviors, while silencing that circuit reduces them, suggesting future treatments could separate mood benefits from tinnitus side effects caused by serotonin-boosting drugs like SSRIs.
New mouse research identifies a specific serotonin-driven circuit from the dorsal raphe nucleus to the auditory system that, when elevated, induces tinnitus-like behavior; turning off this circuit reduces symptoms, providing a potential path to precision drugs that keep antidepressant benefits without worsening tinnitus. The findings help explain why some people on SSRIs experience tinnitus and emphasize the need for clinicians to balance mood relief with ear-related side effects rather than stopping medication abruptly.
A mouse study shows serotonin signaling in a brain pathway to the auditory system can induce tinnitus-like effects, and silencing this circuit reduces those symptoms, suggesting serotonin-targeted treatments might be refined to avoid worsening tinnitus and guiding future human studies.
Oxford researchers propose a link between tinnitus and sleep, suggesting the large brain waves of deep non-REM sleep can suppress tinnitus-related activity; ferret studies show tinnitus and sleep disruption occur together and that sleep dampens hyperactivity, indicating sleep could be a therapeutic target to interrupt the cycle of phantom ringing.
Tinnitus is a brain-ear miscommunication often linked to hair-cell damage and age-related hearing loss. The article explains the causes, emphasizes prevention (protect ears from loud noise with proper earplugs), and describes treatments like hearing aids and Tinnitus Retraining Therapy to improve quality of life, noting there is no cure but management can help, and suggests getting a hearing test if you notice ringing.
Scientists have discovered a link between tinnitus and sleep, suggesting that the condition may impact sleep quality or be influenced by sleep patterns.
The article discusses personal experiences with tinnitus, including its causes, coping strategies, and the importance of acceptance, with some sharing hope that it can become less bothersome over time. It highlights various potential treatments, the impact of hearing damage, and the psychological aspects of living with tinnitus.
William Shatner, the 94-year-old 'Star Trek' star, was reported to have experienced a medical emergency but is now confirmed to be fine. He has a history of health issues including tinnitus and a recent stage 4 melanoma diagnosis, which he successfully treated. Shatner remains active and has plans for his remains after death.
Researchers in Brazil have found that low-level laser therapy, especially when applied through the ear canal, shows promise in providing lasting relief for tinnitus sufferers by promoting blood flow and cell repair, with potential for personalized treatment approaches.
William Shatner, the 94-year-old actor known for Star Trek, discusses his lifelong struggle with permanent tinnitus caused by a special effects mishap on set, highlighting the condition's impact and the need for more research and awareness. He advocates for raising funds through Tinnitus Quest to find better treatments, sharing his personal experience of adapting to the constant noise and emphasizing the importance of sound perception in life.
Research suggests a link between tinnitus and sleep, with overactive brain regions in tinnitus patients disrupting deep sleep stages, potentially explaining the persistent phantom sounds. Understanding the connection between sleep stages and tinnitus could lead to new management and treatment strategies, such as boosting slow-wave sleep to suppress tinnitus symptoms.
A study published in Frontiers in Neurology found that individuals with tinnitus have significantly lower scores on cognitive tests, indicating an association between tinnitus and impaired cognitive function.
Apple has released preliminary insights from its ongoing hearing health study, revealing that tinnitus affects a significant portion of the population, with 15% experiencing it daily and 10% reporting it interferes with their hearing. The study, conducted with the University of Michigan, highlights the prevalence of tinnitus, especially among older adults, and underscores the need for better management and understanding of the condition. The research is part of Apple's broader efforts to explore health issues through its technology and user data.
Apple has released preliminary insights from its ongoing hearing health study, revealing that tinnitus affects a significant portion of the population, with 15% experiencing it daily and 10% reporting it interferes with their hearing. The study, conducted with the University of Michigan, highlights the prevalence of tinnitus, especially among older adults, and underscores the need for better hearing health solutions. The research is part of Apple's broader efforts to understand and improve health through technology, including features in its devices aimed at protecting hearing.
An Apple-sponsored study involving over 160,000 participants reveals that more than 77% have experienced tinnitus, with 15% affected daily. Conducted by the University of Michigan, the research aims to understand the impact of sound exposure through headphones and develop methods to manage tinnitus symptoms. The study highlights that "noise trauma" from recreational activities is a leading cause of tinnitus, and the condition worsens with age. The findings could guide efforts to reduce tinnitus impacts and help develop new hearing-related products.