Articles tagged with Auditory Perception
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Carnegie Mellon researchers create large dataset capturing interaction between sound, action, and vision to improve robotic perception. The study found that sounds can help robots differentiate between objects and predict physical properties of new objects.
A study by the University of Michigan found that incorporating online 'boosters' into existing safety programs increased knowledge and attitude towards hearing conservation practices among farm youths. The research showed significant improvements in favorable attitudes, but no impact on actual behavior.
A study by UC San Francisco found that over a third of adults aged 65 and older face difficulties seeing their doctor via telemedicine due to various obstacles. The researchers highlight the need for innovation in devices, services, and policy to ensure older adults are not left behind during the shift to telehealth.
Scientists have developed a wireless, optical cochlear implant that uses LED lights to restore hearing in deaf rats and gerbils. The device generates more selective signals than prior designs, offering improvements over current electrode-based implants.
A UCSF study found that older adults with retained senses of hearing, vision, and touch have half the risk of developing dementia compared to those with marked sensory decline. The study tracked over 1,800 participants in their seventies for up to 10 years, revealing a stronger association between olfaction and lower dementia risk.
A researcher at Northeast Ohio Medical University has received a large federal grant to develop the first human treatment for tinnitus, a debilitating hearing impairment affecting millions of people in the US. The grant aims to create a drug to treat and prevent tinnitus, which currently has no available treatment options.
Researchers found that a dying brain can respond to sound even in an unconscious state, up to the last hours of life. The study used EEG to analyze brain activity from hospice patients and healthy controls, revealing similar responses to common and rare sounds.
A study from Toyohashi University of Technology reveals that visual perception elicits emotions across all attentional states, while auditory perception only elicits emotions when attention is paid to sounds. This suggests distinct relationships between attentional states and emotional responses to visual and auditory stimuli.
Researchers used a new genetic engineering technique, known as base editing, to repair a single mutation in the Tmc1 gene, restoring partial hearing in mice. The technique has potential for treating other genetic forms of hearing loss and diseases.
Research from Anglia Ruskin University's Vision and Eye Research Institute found that people with severe vision loss can less accurately judge the distance of nearby sounds. This impairment may put them at risk of injury in real-life situations.
Harvard University researchers successfully used base editing to correct a recessive genetic mutation causing complete deafness in mice. The treatment restored partially functional hearing, and the scientists hope to apply this technique to humans with similar conditions.
Scientists at UCL have discovered sets of regulatory genes responsible for maintaining healthy hearing in fruit flies. They found that manipulating these genes could prevent age-related hearing loss in humans, and have already started a follow-up drug discovery project to fast-track novel treatments.
A team of researchers generated a developmental map of the mouse inner ear's sound-sensing structure, providing insights into genetic programs that drive cell formation. The study sheds light on underlying causes of hearing loss linked to Ehlers-Danlos and Loeys-Dietz syndromes.
A team of researchers led by Jung-Bum Shin identified Myosin-VIIa as a crucial protein in maintaining proper tension in hair cell mechanoreceptors, enabling sound detection. The discovery sheds light on the biological architecture of hearing and may lead to new treatments for hearing loss.
The Video Enabled Justice Independent Evaluation found that new booking tool improved court processes with better oversight of the court's list. However, resource constraints hindered the tool's optimal functioning, highlighting the need for comprehensive planning and investment in audio-video equipment.
San Diego State University researchers found a similar brain glitch occurs in signing and speaking errors, which could improve rehabilitation therapy for deaf signers after a stroke. The study used EEG recordings to analyze the brains of both hearing and deaf signers.
Researchers at Oregon Health & Science University developed a synthetic molecule that targets and corrects a mutated gene causing Usher syndrome in mice. The technique may be used to deliver drug therapy through amniotic fluid to the fetus, potentially treating and preventing several types of congenital hearing and balance disorders.
Researchers discovered that cormorants have adapted their ears for excellent underwater hearing, surprising given they spend most of their time on land. The ear structure's modifications enable the birds to detect sound pressure in both air and water with similar sensitivity.
Researchers found reduced glucose metabolism in the brain stem and primary auditory cortex of patients with asymmetric hearing loss. Long duration of hearing impairment was associated with higher glucose metabolism on the contralateral side.
Researchers have designed a system that uses tapered chains of spherical beads to effectively dampen high-frequency noises above human hearing range. The material's potential applications include use in headphones or other barriers to filter out such sounds, which may alleviate symptoms like nausea and headaches.
Researchers describe cases of hearing loss in working dogs, highlighting the importance of noise protection. Hearing loss can be treated, and owners can adapt to help their pets thrive despite the condition.
Researchers discovered that bush-crickets' ear canals work similarly to mammals' ears, amplifying sound and modulating pressure. This breakthrough could lead to the development of better acoustic sensors for human use, enhancing directional hearing and monitoring applications.
A team of biologists identified a receptor that, when blocked, can prevent common types of hearing loss. They found that a drug called IEM-1460 selectively blocks the receptor and prevents hearing damage in mice exposed to noise.
Researchers analyzed genes expressed in bat cochleae to understand the origin and evolution of high-frequency hearing. They identified 34 genes involved in hearing or auditory perception with evidence for positive selection in echolocating species.
Researchers found a strong link between sensory acuity and cognitive function, with poor hearing linked to declines in memory and executive function. The study controlled for social factors, but did not find evidence that social isolation or depression contributed to the relationship.
A new study has identified two biomarkers that may help explain why people with normal hearing struggle to follow conversations in noisy environments. By measuring brain function and cognitive effort, researchers have developed objective tests for hidden hearing loss, a condition affecting an estimated 48 million Americans.
Researchers at the University of Oregon have developed a new method to assess hearing by measuring pupil dilation, which is as sensitive as traditional testing methods. The approach has shown promising results in detecting sound in individuals who cannot respond, such as babies and young adults with developmental disabilities.
Researchers discovered hair bundle development occurs in a feedback loop where form follows function and function drives form. In mice, stereocilia widen simultaneously with the onset of mechanotransduction, suggesting a critical importance of early development for reversing hearing loss.
Researchers at Anglia Ruskin University found that people with impaired vision lifted their lead foot higher but less quickly over obstacles, increasing their risk of falls. This pronounced gait also led to increased anxiety and decreased stability, highlighting the need for better vision correction and care.
New fossil species Origolestes lii sheds light on transitional gap in mammalian ear evolution. The discovery provides a crucial reference point for understanding the decoupling of jaw and hearing systems, paving the way for improved hearing and chewing capabilities in future mammals.
The new species Origolestes lii, a stem therian mammal from the Early Cretaceous Jehol Biota, provides evidence for the separation of hearing and chewing modules. The discovery bridges the morphological gap between transitional and definitive mammalian middle ear evolution.
The Acoustical Society of America and the National Institute for Occupational Safety and Health launched a campaign to improve Wikipedia content on sound, acoustics, and hearing topics. The Wiki4YearOfSound2020 platform provides guidance and invites users to edit Wikipedia articles and donate images.
Scientists found that sight deprivation alters how groups of neurons work together, changing sensitivity to different frequencies. Adult mice's auditory cortex redistributes space to high, low, and mid-range frequencies after a week in the dark.
Six leading scientific journals express concerns about EPA's 'Strengthening Transparency in Regulatory Science' rule, citing need for careful analysis of confidential data. The editors-in-chief emphasize the importance of informed decision-making based on full suite of relevant science vetted through peer review.
Musicians are at serious risk of developing tinnitus and hearing difficulties primarily due to prolonged exposure to loud noises. The study's findings support industry insiders' long-held concerns about the impact of workplace noise on musicians' hearing.
Researchers found that women following healthful dietary patterns had lower risk of decline in hearing sensitivity. The study, published in the American Journal of Epidemiology, suggests that eating a healthy diet may help prevent or delay hearing loss.
A new study found that even slight impairments in hearing can lead to decreased cognitive function, with the largest decline occurring in those whose hearing was just starting to become impaired. The researchers suggest that treating hearing loss could reduce dementia incidence by up to 9%.
Researchers from the University of Basel found that adding white noise to a quiet environment improves the brain's ability to distinguish subtle tone differences. This is achieved through reduced neuronal activity in the auditory cortex, allowing for more precise sound perception and potentially improving cochlear implant results.
New research from the University of Illinois at Chicago found that simultaneous masking significantly impacts care providers' ability to respond to medical alarms. The study, published in Human Factors, highlights the danger of hundreds of alarms daily being indistinguishable.
Researchers at UMass Amherst and a Brazilian institute recorded the loudest bird calls ever documented by dove-sized male white bellbirds. The calls have sound pressure levels about three times that of screaming pihas, another Amazon species.
Researchers have recorded the loudest bird calls yet documented, reaching sound pressure levels three times that of screaming pihas. The white bellbird's mating songs are so loud they pose a risk to female hearing, sparking questions about the evolutionary advantages behind this extraordinary trait.
Research reveals Deaf infants exposed to American Sign Language exhibit advanced eye-gaze behavior, including 'checking-back' cues. This finding suggests social-cognitive development can be shaped by early-life experiences and visual learning ecologies.
Researchers at EPFL's Laboratory for Soft BioElectronic Interface have developed a next-generation soft hearing implant that can send targeted electrical signals to the auditory brainstem. The new implant overcomes the limitations of current ABIs, which can only provide sound perception and are stiff and inflexible.
A recent study published in Developmental Science found that Deaf infants raised by Deaf parents are more attuned to their parent's visual cues than hearing infants. This suggests that early experiences with visual language can shape a child's social and communication skills.
A team of researchers has reevaluated a 430,000-year-old cranium, previously thought to be deaf, and found that the individual had normal hearing. The study used CT scans and virtual 3D models to analyze ear structures, revealing that the extra bony growths did not impact hearing abilities.
A NUS team developed a novel mixed virtual reality game called 'The Lost Foxfire' that combines four sensory streams to achieve remarkable realism. The game requires players to use their senses of vision, hearing, smell, and touch to succeed.
Research shows that even mild-to-moderate hearing loss in young children can lead to changes in how their brains process sounds. Detecting these problems early is crucial to limit brain changes and improve language development.
Researchers from King's College London and UCL have identified 44 genes linked to age-related hearing loss, offering a clearer understanding of the condition's development. The study's findings may lead to new therapies for millions worldwide affected by hearing loss as they age.
Bats employ a range of hunting strategies, from echolocation in open spaces to listening for prey sounds in enclosed areas. They also utilize eavesdropping on prey communication and social interactions to locate prey and minimize search effort.
In a study published in eLife, researchers found that outer hair cells adjust the sensitivity of neighboring inner hair cells to sound levels rather than amplifying them. This discovery could lead to better interventions to protect hearing and develop new ways to prevent hearing loss.
A new study by Dr. Norman Lee and his team uses a performance index and treadmill system to measure how well flies respond to different cricket songs. The findings provide insights into the sensory basis of song recognition, signal discrimination, learning and memory in eavesdropping enemies.
Researchers from UNIGE found that harsh sounds between 40-80 Hz stimulate the brain's aversion networks, activating salience and pain centers. This explains why humans are drawn to these frequencies, which are also used in alarm systems.
A study by researchers from MIT and Max Planck Institute found that people living in a remote Bolivian rainforest tend not to perceive similarities between notes played at different registers, unlike Westerners. The brain's ability to detect pitch similarity appears to be acquired through exposure to music in octave-based systems.
A study by Universidad Carlos III de Madrid reveals that olfactory and auditory stimuli can alter our perception of body shape. Exposure to certain smells, like lemon, makes people feel thinner, while others, such as vanilla, make them feel heavier.
A unique Victorian databank that profiles children with hearing loss will help researchers globally understand why some children adapt and thrive, while others struggle. The study found that language development and speech in hearing-impaired children lags behind other children despite advancements in earlier detection and intervention.
Researchers find that opsin proteins and retinal enzymes have independent biological functions beyond vision, including hearing. This discovery challenges current understanding of eye evolution and highlights the importance of molecular components in multiple sensory pathways.
Research found that people with sensory impairments can expect fewer years of remaining life with limited physical function and ADLs. Those with both vision and hearing impairments had the greatest reduction in health expectancy, spending nearly one-third of their life with limitation in physical function.
Researchers at USF's Global Center for Hearing and Speech Research have developed a novel treatment for age-related hearing loss, combining aldosterone supplements with anti-inflammatory medications. The treatment has shown promising results in pre-clinical trials on mice, slowing down or preventing age-linked hearing impairment.
The updated guideline prioritizes early diagnosis, prompt intervention, and reduced unnecessary tests to improve patient outcomes. Enhanced emphasis on patient education and shared decision-making aims to optimize care for patients with sudden sensorineural hearing loss.
Researchers found that students who see objects first and then hear the name process inconsistent information better than those who hear the name first. This 'frequency boosting' ability helps learners identify and use the most frequent rule, leading to more consistent learning outcomes.