Nearly four in ten individuals with misophonia have a parent or sibling who also experiences the condition. This key statistic comes from a new study that provides the clearest picture yet of how misophonia and its related conditions cluster in families. The research, led by Salomé Castelló Alfaro, Diana Bok, and Doris Chen, analyzed survey…
A specific type of brain cell in the auditory cortex, when stimulated with light, can reverse the neural and emotional signatures of hyperacusis in mice with hearing loss. This finding, from the lab of Daniel B. Polley, identifies a precise target for correcting the maladaptive brain plasticity that makes ordinary sounds feel overwhelming, intrusive, or…
A new study of 101 individuals with misophonia and their biological parents reveals that the condition frequently clusters in families and is strongly linked to other neuropsychiatric conditions. The research, led by Salomé Castelló Alfaro, Diana Bok, and Doris Chen, found that 39% of probands had a first-degree relative who also experienced misophonia. Key Takeaways…
For people who experience the calming, tingling sensation known as Autonomous Sensory Meridian Response (ASMR), the sound of a gentle whisper or the precise tap of fingernails is often the trigger. New research now shows that what they see is just as important as what they hear. A 2026 study demonstrates that the visual perspective—whether…
Key Takeaways A 2026 study of 87 people found distinct reductions in cerebral blood flow (CBF) in tinnitus patients with a venous congestion diagnosis. Blood flow was most reduced in the left hemisphere, particularly in brain regions for attention, sensorimotor processing, and emotion. Lower CBF was directly correlated with longer tinnitus duration, poorer sleep, and…
A 2026 study of 87 participants has identified specific patterns of reduced blood flow in the brains of people with tinnitus linked to vascular issues. This research connects impaired venous drainage in the brain to the presence of non-auditory tinnitus and related symptoms like poor sleep and depression. Key Takeaways Patients with cerebral venous congestion…
Nearly 40% of individuals with misophonia have a first-degree biological relative who also experiences the condition, according to new family study data. The research, led by Salomé Castelló Alfaro, Diana Bok, and Doris Chen, also reveals strong familial links between misophonia and several co-occurring neuropsychiatric conditions, with mothers showing significantly higher rates than fathers. Key…
Patients with non-auditory tinnitus (NAT) linked to cerebral venous congestion show significantly reduced blood flow in specific left-brain regions. A study published in *Brain Imaging and Behavior* used advanced MRI to measure cerebral blood flow (CBF) in 87 participants, identifying a distinct perfusion pattern that correlates with the severity of tinnitus, poor sleep, and depression….
A study of 101 people with misophonia and their parents reveals that 39% have a first-degree relative with the same sound sensitivity condition, providing strong evidence for a familial link. The research, led by Salomé Castelló Alfaro, Diana Bok, and Doris Chen, also found that misophonia frequently clusters with other neuropsychiatric conditions like anxiety and…
The pleasant, tingling scalp sensation known as Autonomous Sensory Meridian Response (ASMR) is often triggered by soft sounds. But new research shows that what you see is just as important as what you hear. A 2026 study published in *Frontiers in Psychology* demonstrates that the visual perspective of a video—whether it feels like you’re watching…
A new study from Capital Medical University has identified a specific pattern of reduced blood flow in the brains of patients with non-auditory tinnitus (NAT) linked to cerebral venous congestion. The research, led by Dr. Lu Liu and Dr. Chen Zhou, found that these perfusion deficits correlate with symptom duration, poor sleep, and depression, offering…
Key Takeaways Mice with noise-induced hearing loss developed hyperacusis-like symptoms, showing sustained brain hyperactivity to neutral sounds and abnormal arousal. This peripheral hearing damage distorted emotional sound processing in the amygdala, making the mice unable to distinguish between threatening and non-threatening sounds. Brief optogenetic stimulation of cortical inhibitory cells permanently reversed the brain hyperactivity, normalized…
