Robert Blum

This study investigates how different frequencies and amplitudes of DBS in the MLR affect behavior in rats, finding that high-frequency stimulation induces hyperlocomotion and defensive behaviors, while low-frequency stimulation causes immobility.

This study identifies sex-specific molecular and cellular differences in rat dorsal root ganglia during pain resolution after nerve injury.

The paper investigates how CASPR2 autoantibody subclasses, particularly IgG4, affect neuronal excitability and potassium channel function in patients with neuropathic pain.

The paper shows that resting calcium fluxes prevent mitochondrial fragmentation and transcriptional changes in astrocytes by modulating ER stress and gene expression.

The paper simulates non-local information processing in associative brain regions using holographic wave patterns and compares results with electrophysiology and EEG data.

The paper examines human dorsal root ganglia (DRG) after plexus injury, finding two types of outcomes: neuronal preservation or loss, with implications for treatment strategies.

This study shows that constitutive TrkB kinase signalling, independent of ligand, reduces actin filopodia dynamics and cell migration, and can be inhibited by Trk inhibitors.

This study shows adult mouse DRG glial cells can dedifferentiate into neural progenitor-like cells and express neuronal and glial markers, suggesting potential for sensory circuit regeneration.

A neural model of non-local information processing on a neocolumnar architecture replicates electrophysiological data from primates, showing high-frequency activity during visual perception.

This study evaluates deep learning methods for bioimage analysis, showing that integrating ground truth estimation and model training improves objectivity, reliability, and validity.