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Posts tagged #auditory

 Inhibitory neurons differentially control sound-evoked responses in the MGB. Left: diagram of the proposed circuit underlying our results. Boxes: summary of effects of optogenetic manipulation of SSTTRN (top) or PVTRN (bottom) inactivation on MGB firing and the circuitry and results of computational models that support a similar distribution of effects.

Inhibitory neurons differentially control sound-evoked responses in the MGB. Left: diagram of the proposed circuit underlying our results. Boxes: summary of effects of optogenetic manipulation of SSTTRN (top) or PVTRN (bottom) inactivation on MGB firing and the circuitry and results of computational models that support a similar distribution of effects.

The medial geniculate body #MGB in the #auditory #thalamus is a key early node in sound processing. @geffenlab.bsky.social &co show in mice that two inhibitory neuron types have distinct connectivity & effects on sound processing. @plosbiology.org 🧪 plos.io/47twOtM

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 Inhibitory neurons differentially control sound-evoked responses in the MGB. Left: diagram of the proposed circuit underlying our results. Boxes: summary of effects of optogenetic manipulation of SSTTRN (top) or PVTRN (bottom) inactivation on MGB firing and the circuitry and results of computational models that support a similar distribution of effects.

Inhibitory neurons differentially control sound-evoked responses in the MGB. Left: diagram of the proposed circuit underlying our results. Boxes: summary of effects of optogenetic manipulation of SSTTRN (top) or PVTRN (bottom) inactivation on MGB firing and the circuitry and results of computational models that support a similar distribution of effects.

The medial geniculate body #MGB in the #auditory #thalamus is a key early node in sound processing. @geffenlab.bsky.social &co show in mice that two inhibitory neuron types have distinct connectivity & effects on sound processing. @plosbiology.org 🧪 plos.io/47twOtM

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Research News | Hearing Research Journal Special Issue Recap This issue of the MRF’s Misophonia Research News will showcase the misophonia findings within a recent special issue of the journal Hearing Research on misophonia and hyperacusis and relay what they…

Learn more about these studies, including key terms that we define to help understand the science deeper, by visiting: buff.ly/nKwRIRf

#MisophoniaResearch #Neuroscience #Psychology #Neurochmistry #Auditory

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audifort

audifort

Struggling with hearing Health?

Audifort is a natural hearing support formula it designed to help maintain ear health. Crafted with natural ingredients maintaining healthy hearing is essential for an active lifestyle.

👉 Vist Official Website : aaudi-fort.com

#audifort #hearing #ear #auditory

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Are smaller "one-sitting" games the way to go? Sorrowful archive-scouring game TR-49 sees Inkle's best launch ever Creepy archive-searching deduction game TR-49 has had the best launch of any of Inkle's many games, the studio revealed today, meaning it sold better than games like Heaven's Vault and A Highland Song, which took longer and far more resources to make. Read more



#Puzzle #TR-49 #Action #Adventure #Platformer #Rhythm #First #person #Android #Text #Auditory

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Are smaller "one-sitting" games the way to go? Sorrowful archive-scouring game TR-49 sees Inkle's best launch ever Creepy archive-searching deduction game TR-49 has had the best launch of any of Inkle's many games, the studio revealed today, meaning it sold better than games like Heaven's Vault and A Highland Song, which took longer and far more resources to make. Read more



#Puzzle #TR-49 #Action #Adventure #Platformer #Rhythm #First #person #Android #Text #Auditory

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Are smaller "one-sitting" games the way to go? Sorrowful archive-scouring game TR-49 sees Inkle's best launch ever Better than Heaven's Vault, better than A Highland Song. "I admit I'm surprised!" says game's creator.



#Android #PS4 #Text #Mystery #TR-49 #Platformer #Auditory #Indie #Story #Rich #RPG

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TR-49 review Inkle mixes archive-surfing and audio drama to create a surprisingly powerful story of obsession and a machine. Read more
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Anunciados los juegos que abandonarán PlayStation Plus Extra y Premium en febrero Sony ha anunciado los juegos que abandonarán PlayStation Plus Extra y Premium en febrero de 2026. Leer más
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Análisis de TR-49 - un catálogo de libros se convierte en el escenario de una investigación Existen pocos estudios tan interesados en la intersección entre los sistemas de juego y la narrativa como inkle, la compañía británica detrás de la aventura criptográfica Heaven’s Vault, el RPG táctico artúrico roguelike Pendragon o el plataformas de exploración y ritmo A Highland Song. A lo largo de sus quince años de historia, el equipo liderado por Jon Ingold ha investigado numerosas maneras de hilar gameplay e historia con una originalidad que muy poca gente en el medio es capaz de alcanzar. Su proyecto más reciente une elementos tan dispares como un audiodrama dinámico y un juego de detectives a través de un archivo bibliográfico; el resultado es una demostración de que inkle sigue estando en plena forma. Leer más
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Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

In the #cochlear nucleus, the size of inputs from #auditory #nerve fibers is variable. This study shows that variable input strength enhances rate coding at the expense of temporal precision, potentially creating diverse information streams for #sensory encoding @plosbiology.org 🧪 plos.io/3YCaLMU

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Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

In the #cochlear nucleus, the size of inputs from #auditory #nerve fibers is variable. This study shows that variable input strength enhances rate coding at the expense of temporal precision, potentially creating diverse information streams for #sensory encoding @plosbiology.org 🧪 plos.io/3YCaLMU

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Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

Synaptic input variation increases firing rates at the expense of temporal precision. Left: GBC identification based on morphological features. Top: Low-magnification image of cochlear nucleus parasagittal slice containing a biocytin-filled GBC near the AN root (arrow). AVCN, anteroventral cochlear nucleus; PVCN, posteroventral cochlear nucleus; DCN, dorsal cochlear nucleus; AN, auditory nerve. Bottom: High-magnification image of the same GBC, displaying its characteristic round soma and short dendrites. Right: Schematic of the experimental paradigm: Acoustic stimuli (top) were processed by an auditory nerve model to generate spike trains for 10 AN fibers (ANF1-10). These spike trains were convolved with the EPSC waveform to generate conductance templates with varying synaptic strengths, ranging from “no variation” (blue) to “high variation” (orange), and injected into GBCs.

In the #cochlear nucleus, the size of inputs from #auditory #nerve fibers is variable. This study shows that variable input strength enhances rate coding at the expense of temporal precision, potentially creating diverse information streams for #sensory encoding @plosbiology.org 🧪 plos.io/3YCaLMU

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Работа с аудио в Android: опыт реализации DAF — техники терапии заикания Небольшие заметки о работе с аудио в Androi...

#DAF #Терапия #заикания #Delayed #Auditory #Feedback #AudioTrack #AudioRecord #oboe #Логопедия #Android

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Phasmophobia-Entwickler gründen neues Publishing-Unternehmen mit Fokus auf Indie-Spiele Die Entwickler von Phasmophobia Kinetic Games haben die Gründung eines neuen Publishing-Labels angekündigt. Dieses soll sich vor allem auf Indie-Spiele konzentrieren und unabhängige Entwickler nicht nur beim Marketing und ähnlichen Dingen unterstützen, sondern auch in rechtlichen Fragen beraten. Mehr
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Los creadores de Phasmophobia abren la editora Kinetic Publishing Kinetic Games, el estudio detrás del exitoso juego de terror multijugador Phasmophobia, ha anunciado la apertura de la editora Kinetic Publishing. Leer más
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Phasmophobia studio Kinetic moves into indie publishing but is otherwise entirely focused on horror game's impending 1.0 release Phasmophobia studio Kinetic Games is branching out into indie game publishing, and is actively seeking "creative games from small teams and solo developers globally, who have a clear vision for their title and are 12-18 months from release", a press release said. Read more
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Long-term effects of forty-hertz auditory stimulation as a treatment of Alzheimer's disease: Insights from an aged monkey model study https://www.pnas.org/doi/10.1073/pnas.2529565123 Supports potential as a #noninvasive #auditory brain stimulation for AD treatment; #40Hz #BCI #neuroscience

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PNAS Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS) - an authoritative source of high-impact, original research that broadly spans...

Long-term effects of forty-hertz auditory stimulation as a treatment of Alzheimer's disease: Insights from an aged monkey model study www.pnas.org/doi/10.1073/... Supports potential as a #noninvasive #auditory brain stimulation for AD treatment; #40Hz #BCI #neuroscience

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Glowing

Glowing, now available on Spotify 💡🌠⛄️❄️🌒🪼🎵

open.spotify.com/track/4PMJgN...

#Glowing #Song #Music #Songs #GSableye #GrumpySableye #Auditory #Art #new #release

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Glowing by GSableye on Apple Music Song · 2025 · Duration 3:36

Glowing, now out on Apple Music and other platforms 💛🧪💡🌠⭐️🌘

music.apple.com/ca/album/glo...

#music #song #songs #new #release #glowing #auditory #art #gsableye #grumpysableye

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Fantastic day at the inaugural ON-EAR Conference at @torontomet.bsky.social! 👂🧠
👉@jennycampos.bsky.social on Katherine Bak's work on #aging & #hearingloss while #driving.
👉Lianna Montanari on how hearing loss, #cognitivedecline, & spatial #navigation.
Excited for the next one! #onear2025 #auditory

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The 10 Xbox 360 games that mattered the most At the tail end of 2024 the original PlayStation turned 30 years old. While the Xbox 360 is only hitting 20 and it's not an industry shaker to the degree the PS1 was, there's no doubt it earned its place as one of the most important consoles of all time. Xbox managed to challenge Sony in the traditional home console space the PlayStation had dominated with PS1 and PS2, and the console's brilliant line-up of games played a major role in that. Read more
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Jogador joga seis dias seguidos para entrar no Guinness O jogador húngaro Szabolcs Csépe, mais conhecido online como Grasshopper, acaba de conquistar um feito que parece quase impossível: passou 144 horas seguidas a jogar Dance Dance Revolution, o clássico jogo de dança das arcadas. Foram seis dias inteiros em pé, a seguir setas e ritmos sem parar, e o feito foi oficialmente reconhecido pelo Guinness World Records. Ler mais
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Dance Dance Revolution: Spieler spielt 144 Stunden am Stück, stellt neuen Rekord auf – und erklärt, wie er das geschafft hat Der ungarische Spieler Szabolcs Csépe hat einen neuen Weltrekord in Dance Dance Revolution aufgestellt. Mehr
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Summoners War: Sky Arena bekommt endlich Offline-Farm-Feature mit dem "Tomorrow"-Update Während des SWC 2025 wurde das neue Update für Summoners War: Sky Arena vorgestellt. Kurz nachdem die Sieger der World Finals ihre Medaillen und Pokale abgeholt hatten, zeigte Com2uS einen Trailer. Dieser kündigte das kommende Update an. Der Name ist ein wenig irreführend, denn es heißt "Tomorrow"-Update. Na ja, es erscheint nicht morgen. Zumindest nicht, wenn wir vom heutigen Tag, also dem Tag der Artikelerstellung, ausgehen. Irgendwann kommt der Tag, an dem das Tomorrow-Update wirklich morgen kommt. Mehr
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Chuangeng Zhang et al. observed that Kv4 channels improve the temporal processing of #auditory neurons in the #cochlear nucleus 👂 🧠

📜 Read the #Research here: physoc.onlinelibrary.wiley.com/doi/10.1113/...

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Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

How are auditory features represented across the #AuditoryPathway? @bathellierlab.bsky.social show that #auditory feature tuning emerges through a mix of gradual & stepwise changes, with early representation of simple features & later refinement of complex ones @plosbiology.org 🧪 plos.io/4oi0XCY

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Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

How are auditory features represented across the #AuditoryPathway? @bathellierlab.bsky.social show that #auditory feature tuning emerges through a mix of gradual & stepwise changes, with early representation of simple features & later refinement of complex ones @plosbiology.org 🧪 plos.io/4oi0XCY

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Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

Gosselin et al. observed that sound information is profoundly transformed from the ear to the central brain. This artwork by Wei Li (Institut de l’Audition, Paris) illustrates the complexity of processes underlying these transformations.

How are auditory features represented across the #AuditoryPathway? @bathellierlab.bsky.social show that #auditory feature tuning emerges through a mix of gradual & stepwise changes, with early representation of simple features & later refinement of complex ones @plosbiology.org 🧪 plos.io/4oi0XCY

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