Christian Rainer Baumann

This study uses a state space model to analyze how acute total and chronic partial sleep loss alter sleep state boundaries and dynamics, finding distinct changes in REM and slow wave sleep.

This study shows that closed-loop auditory stimulation can restore sleep homeostasis in Alzheimer's and Parkinson's disease models by modulating cortical synchrony and arousal.

The paper demonstrates that mCLAS adaptively rescues disease-specific sleep and wake phenotypes in AD and PD mouse models.

This study uses closed-loop auditory stimulation in mice to enhance slow-wave activity, improving sleep quality in Alzheimer's and Parkinson's disease models.

The paper uses multimodal imaging to assess spinal cord oxygenation and vascular changes in a PD mouse model, finding reduced oxygen saturation but no vascular impairment or atrophy.

The paper visualizes alpha-synuclein inclusions and iron deposition in M83 mouse models of Parkinson's disease using in vivo imaging and ex vivo validation techniques.

This study shows that Tg2576 mice exhibit early sleep-wake alterations resembling aged controls before plaque formation, suggesting premature sleep deterioration in AD models.

This paper demonstrates that phase-targeted closed-loop auditory stimulation in rats modulates sleep slow waves and improves motor learning performance.

This study investigates the effects of high-frequency DBS on sleep-wake characteristics in rats, finding that it modulates sleep intensity without altering sleep proportions or stability.