Search Results - "Kar, Manaswini"

Pupillometry as a reliable metric of auditory detection and discrimination across diverse stimulus paradigms in animal models by Montes-Lourido, Pilar, Kar, Manaswini, Kumbam, Isha, Sadagopan, Srivatsun

“…Estimates of detection and discrimination thresholds are often used to explore broad perceptual similarities between human subjects and animal models…”
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Neuronal selectivity to complex vocalization features emerges in the superficial layers of primary auditory cortex by Montes-Lourido, Pilar, Kar, Manaswini, David, Stephen V, Sadagopan, Srivatsun

“…Early in auditory processing, neural responses faithfully reflect acoustic input. At higher stages of auditory processing, however, neurons become selective…”
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Vocalization categorization behavior explained by a feature-based auditory categorization model by Kar, Manaswini, Pernia, Marianny, Williams, Kayla, Parida, Satyabrata, Schneider, Nathan Alan, McAndrew, Madelyn, Kumbam, Isha, Sadagopan, Srivatsun

“…Vocal animals produce multiple categories of calls with high between- and within-subject variability, over which listeners must generalize to accomplish call…”
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Quantitative models of auditory cortical processing by Sadagopan, Srivatsun, Kar, Manaswini, Parida, Satyabrata

“…To generate insight from experimental data, it is critical to understand the inter-relationships between individual data points and place them in context…”
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Pupillometry to Assess Auditory Sensation in Guinea Pigs by Pernia, Marianny, Kar, Manaswini, Montes-Lourido, Pilar, Sadagopan, Srivatsun

“…Noise exposure is a leading cause of sensorineural hearing loss. Animal models of noise-induced hearing loss have generated mechanistic insight into the…”
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Updates to the guinea pig animal model for in-vivo auditory neuroscience in the low-frequency hearing range by Montes-Lourido, Pilar, Kar, Manaswini, Pernia, Marianny, Parida, Satyabrata, Sadagopan, Srivatsun

“…•Auditory neuroscience employs diverse animal models, each with its own strengths.•We developed techniques to apply modern neuroscience tools to a non-mouse…”
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Rapid adaptation to elevated extracellular potassium in the pyloric circuit of the crab, Cancer borealis by He, Lily S, Rue, Mara C P, Morozova, Ekaterina O, Powell, Daniel J, James, Eric J, Kar, Manaswini, Marder, Eve

“…Elevated potassium concentration ([K ]) is often used to alter excitability in neurons and networks by shifting the potassium equilibrium potential ( ) and,…”
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