Synchronous Firing in a Population of Inhibitory Interneurons Coupled by Electrical and Chemical Synapses. - Santi Chillemi; Angelo Di Garbo; Alessandro Panarese (IWANN (1), 2003)

Phase locking states between fast-spiking interneurons coupled by electrical and chemical synapses. - Angelo Di Garbo; Alessandro Panarese; Santi Chillemi (Neurocomputing, 2004)

Signal Transmission and Synchrony Detection in a Network of Inhibitory Interneurons. - Angelo Di Garbo; Alessandro Panarese; Michele Barbi; Santi Chillemi (BVAI, 2005)

The After-Hyperpolarization Amplitude and the Rise Time Constant of IPSC Affect the Synchronization Properties of Networks of Inhibitory Interneurons. - Angelo Di Garbo; Alessandro Panarese; Michele Barbi; Santi Chillemi (IWANN, 2005)

Gap-Junctions Promote Synchrony in a Network of Inhibitory Interneurons in the Presence of Heterogeneities and Noise. - Santi Chillemi; Alessandro Panarese; Michele Barbi; Angelo Di Garbo (IWINAC (1), 2005)

The kinetics of the IPSC, the heterogeneity and the noise affect the firing coherence of a population of inhibitory interneurons. - Angelo Di Garbo; Alessandro Panarese; Michele Barbi; Santi Chillemi (Neurocomputing, 2007)

Exploring neuro-muscular synergies of reaching movements with unified independent component analysis. - Fiorenzo Artoni; Elvira Pirondini; Alessandro Panarese; Silvestro Micera (EMBC, 2016)

Unidirectional brain to muscle connectivity reveals motor cortex control of leg muscles during stereotyped walking. - Fiorenzo Artoni; Chiara Fanciullacci; Federica Bertolucci; Alessandro Panarese; Scott Makeig; Silvestro Micera; Carmelo Chisari (NeuroImage, 2017)

High frequency shift in Carotid Sinus Nerve and Sympathetic Nerve activity in Type 2 Diabetic Rat Model*. - Marina Cracchiolo; Joana F. Sacramento; Alberto Mazzoni; Alessandro Panarese; Jacopo Carpaneto; Silvia V. Conde; Silvestro Micera (NER, 2019)