Johan Frederik Storm

This study investigates how ketamine and propofol affect muscarinic plateau potentials in rat neocortical pyramidal cells under simulated awake-like conditions.

This study investigates plateau potentials in rat prefrontal cortex layer 2/3 pyramidal neurons, showing they can occur independently of distal apical dendrites through TRP channel-mediated calcium influx.

The paper investigates how deep cortical layers contribute to changes in perturbational complexity index during wakefulness and anesthesia in mice.

This study measures cortical response complexity to electrical stimulation in rats under different anaesthetics, finding reduced complexity and altered connectivity during anaesthesia.

This study investigates the role of the posteromedial cortex in consciousness in rats by measuring EEG responses to stimulation and anaesthesia, finding that high-dose ketamine reduces HF/LF ratio in this region, correlating with reduced consciousness.

This study investigates how sub-anaesthetic ketamine affects EEG signal diversity and finds increased spontaneous signal diversity correlates with altered consciousness.

This study shows that activation of mAChR and mGluR in OLM interneurons increases firing rate and induces plateau potentials, dependent on calcium and TRP channels, with synergy between the two receptor types.

The paper tests if consciousness measures are affected by attentional and cognitive load, finding that some are not.