Mohsen Mollazadeh

TL;DR: A 16-channel neural interface integrated circuit fabricated in a 0.5 mum 3M2P CMOS process for selective digital acquisition of biopotentials across the spectrum of neural signal modalities in the brain, showing spike signals in rat somatosensory cortex as well as alpha EEG activity in a human subject.

TL;DR: Combining LFP-based state decoding with spike-based kinematic decoding may be a valuable step toward the realization of BMI control of a multifingered neuroprosthesis performing dexterous manipulation.

TL;DR: Different neurophysiological signals reflect different underlying processes that distribute information through the motor cortex during reach-to-grasp movements, suggesting variation in the distribution of movement-type information may be related to differences in the rostral versus caudal regions of the primary motor cortex and to its underlying somatotopic organization.

TL;DR: An E CoG-based system for controlling the MPL where patients were implanted with ECoG electrode grids for clinical seizure mapping and asked to perform various recorded finger or grasp movements is presented.

TL;DR: An integrated system capable of continuous acquisition of data modalities in awake, behaving subjects and characterization and experimental results from the electrophysiological and neurochemical modules as well as the full system are presented.