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Tucker-Davis Technologies, systems have been cited in over 2500 publications, with over 1500 references since 2003.
Gaunt, Hokanson and Weber study the effects of microstimulation of primary afferent neurons in the L7 dorsal root ganglia using multielectrode arrays in anesthetized cats. Abstract available here...
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Using a TDT system (one RX5 and two RP2 modules) and TDT microwire arrays, DiGiovanna, Principe, and Sanchez research the ever changing Brain-Machine Interface Paradigm: Co-Adaptation
based on reinforcement learning. Article available here...
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Using a TDT multi-channel acquisition system, Paralikar, Rao, and Clement compare and evaluate virtual referencing (VR) and inter-electrode correlation
(IEC) methods to provide a more efficient means of neural spike-detection. Article available here...
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Ludwig, Miriani, Langhals, Joseph, Anderson, and Kipke evaluate a technique known as common average referencing (CAR) to generate a more ideal reference electrode for microelectrode recordings. Article available here...
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McCairn and Turner study the therapeutic effects of high-frequency deep
brain stimulation (DBS) of the internal globus pallidus (GPi) for
medically intractable Parkinson’s disease using TDT Data acquisition and artifact subtraction. Article available here...
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Mitzelfelt and Sanchez look for ways to develop new seizure warning and control methods using TDT's Microstimulator System. Article available here...
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de Villers-Sidani, Simpson, Lu, amd Merzenich use SigGenRP, Brainware and OpenSorter to study critical period closure across different sector of the primary auditory cortex. Article available here...
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Gray studies how habituated visual neurons in locusts respond when challenged with multiple, looming objects of different complex shapes. Article available here...
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de Solages, Szapiro, Brunel, Hakim, Isope, Buisseret, Rousseau, Barbour and Léna use multisite recordings to study high-frequency organization and synchrony of Purkinje cell activity. Article available here...
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Sanchez, Gunduz, Carney, and Principe use System 3 for Brain Machine Interface studies. Article available here...
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Ohara, Wang, Ku, Lenz, Hsiao, Hong, and Zhou use System 3 for multisensory integration study. Article available here...
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Jones, Hewson-Stoate, Martindale, Redgrave, and Mayhew use TDT BioAmp for tactile recordings. Article available here...
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