Albrecht Stroh

This study shows that low-dose radiation increases cortical excitability in mice, suggesting potential therapeutic use for neuronal circuit disorders.

The paper identifies early brain state maladaptations in mouse and human neuroinflammation that contribute to disease progression independent of relapse activity.

The paper decodes stimulus identity and network state from calcium imaging in mice across different anesthesia states, showing preserved stimulus information even during deep anesthesia.

This study shows that maternal-fetal transfer of NMDAR-antibodies causes lasting impairments in adolescent brain network function and connectivity.

The paper introduces a probabilistic Mumford-Shah denoising model that effectively reduces noise in 3D images and 2D videos while maintaining quality and computational efficiency.

The paper identifies two brain states in anesthetized rats using combined fMRI and calcium recordings, showing how these states influence functional connectivity and cortical excitability.

The paper improves the specificity, reduces artifacts, and optimizes stimulation efficacy in two-photon all-optical neural circuit interrogation using mouse visual cortex.

The paper shows neuronal activity triggers uptake of hematopoietic extracellular vesicles in vivo, both under pathological and physiological conditions.

This study uses TMS-EEG to examine dmPFC excitability during fear processing and links it to structural brain properties.