Tobias Teichert

This paper describes a new neural implant that enables long-term, aseptic recording of both neurochemical and electrophysiological activity in nonhuman primates.

The paper introduces a new mesoscopic electrophysiology method for non-human primates, demonstrating its ability to record large-scale brain activity and show functional disconnection under ketamine.

The paper uses deconvolution to show that linear superposition of F0 responses explains over 80% of the variance in FFRs to human speech in macaques.

This study investigates cortical sources of frequency following responses (FFRs) to speech across species, finding robust FFRs in auditory cortex and their contribution to scalp-recorded signals.

The paper introduces a surface metric and software tool for standardizing EEG electrode placement on macaque skulls, enabling automated and consistent grid planning across animals.

The paper investigates MMN in macaques to determine if it arises from adaptation or deviance detection, finding both mechanisms contribute with distinct functional profiles.

This study shows that focused ultrasound improves visual-motor decision-making in monkeys and interacts with haloperidol, suggesting a role for the dorsal striatum in decision-making.