Michael Czisch

This study investigates how early life stress affects brain function and behavior in mice, revealing sex-specific differences in neurobiological outcomes.

This study identifies CRH-expressing OPCs that prevent premature differentiation following CNS injury and in early development, highlighting CRHR1's role in oligodendrogenesis.

The paper investigates how memory training using the method of loci affects neural representations in memory athletes and novices, finding distinct prefrontal cortex patterns linked to better memory performance.

The paper shows sleep resolves competition between explicit and implicit memory components and improves generalization of knowledge.

The paper examines how stress-induced brain responses relate to BMI in women, finding that specific brain regions predict BMI and that endocrine factors, not inflammation, are linked to these changes.

The paper identifies spatio-temporal brain network reconfigurations during stress that predict negative affectivity but not disorder diagnosis.

This study analyzes non-REM sleep EEG features in MDD patients and finds subtle alterations linked to medication and memory consolidation.

This study shows that mnemonic training improves durable memory formation by reducing task-based brain activation and enhancing consolidation.

This paper tests if a machine learning model predicting stress from hippocampal connectivity generalizes to psychosocial stress, finding limited generalizability.

This study identifies distinct behavioral and neural correlates of anxiety-like behavior in mice through selective breeding and neuroimaging.

This study confirms the link between 2D:4D ratio and spatial performance in rats and humans, and identifies brain correlates in humans.