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Giampiero Bardella on Muck Rack

Giampiero Bardella

Italy
As seen in: Nature, MDPI, BioRxiv
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Articles

The salience of the stop signal affects triggering and latency of response inhibition across species: findings from a Bayesian approach

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By Giampiero Bardella, Fabio Di Bello, Stefano Ferraina, Emiliano Brunamonti, Pierpaolo Pani, Tanbeer Haque
| Nature Verified
Abstract The visual salience of a stop signal influences inhibitory performance. In Stop Signal Task, increasing stop signal salience decreases the latency of the inhibitory process (Stop Signal Reaction Time, SSRT). However, traditional SSRT estimation methods do not account for trigger failures, cases in which the inhibitory process is not triggered, leading to distorted SSRT estimates.
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Dynamics of oscillatory power support the integration of perceptual and mnemonic information within the premotor cortex

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By Isabel Beatrice Marc, Valentina Giuffrida, Surabhi Ramawat, Giampiero Bardella, Stefano Ferraina, Emiliano Brunamonti
| Nature Verified
Abstract Flexible behavior requires decision-making that integrates both perceptual and mnemonic-related information. While the dorsal premotor cortex (PMd) is known to support perceptual decision-making, its contributions to decisions based on mnemonic information for motor planning remain underexplored.
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The biomechanical state of the effector affects motor control and provides measures of single trial inhibition in a stop signal task

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By Surabhi Ramawat, Isabel Beatrice Marc, Giampiero Bardella, Fabio Di Bello
| BioRxiv
Abstract The Stop Signal Task (SST) has been the benchmark for studying the behavioral and physiological basis of movement generation and inhibition. In our study, we extended the scope beyond physiological findings related to muscle activity, focusing our analysis on the initial biomechanical state of the effector. By incorporating a force sensitive resistor (FSR), we continuously monitored the force applied by the effector (here the index finger) during a button release version of the SST.
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