Patrick Jendritza

This paper introduces a hybrid micro-ECoG array for multi-scale brain activity recording and functional mapping across species.

This paper describes a method for acute Neuropixels recordings in marmoset monkeys, enabling long-term, high-density neural recordings with minimal infection risk.

This paper demonstrates the ability to record in vivo magnetic signals corresponding to single-neuron action potentials using miniaturized GMR sensors in anesthetized rats.

This paper develops a method to record and optogenetically manipulate neural activity in awake, behaving marmosets, demonstrating its use in recording from V1 and V6 and showing behavioral effects from optogenetic activation in V6.

The paper uses optogenetics to show that cortical resonance selectively transmits coherent input components through feedback inhibition and spike-frequency adaptation.

This paper develops methods for visual neuroscience in marmosets, enabling head-free eye tracking and efficient receptive field mapping without moving stimuli.

The paper shows that gamma-band input specifically drives spike output in neuronal networks through optogenetic stimulation and analysis of temporal responses.

The paper demonstrates in vivo magnetic recordings of neuronal activity using spin-electronics based probes in cat visual cortex, showing event-related fields up to several nanoteslas.

This paper investigates gamma-band resonance in visual cortex using optogenetic stimulation and electrophysiological recordings in anesthetized cats, finding that circuits resonate most strongly to gamma-band inputs.