An IoT-enabled olfactory interface with AI-assisted sensing and wearable actuation demonstrates scalable remote odor sharing and multisensory stimulation.
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An IoT-enabled olfactory interface with AI-assisted sensing and wearable actuation demonstrates scalable remote odor sharing and multisensory stimulation.
Lifelong suppression of Or42a odor responses results from critical period odor exposure in Drosophila olfactory circuits, with lasting effects on sensory sensitivity.
Mice can discriminate odors in complex mixtures with up to 16 background components, but their accuracy drops significantly at lower target concentrations.
Integrating molecular descriptors and simulated olfactory receptor binding affinities improves prediction of odor detection thresholds and qualities, especially for sulfurous odors.
Medial posterior parietal cortex in mice contains two distinct modules, AM and A, with specialized functions in multisensory integration and posture control.
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