Nadja Zeltner

This study shows that some GBS patients retain anti-ganglioside antibodies years after recovery, which no longer damage neurons but may still offer protection against C. jejuni.

This study shows that LAMB4 is essential for the development and survival of human peripheral sensory neurons and links its dysfunction to Familial Dysautonomia.

This study introduces a 3D Neuron-on-Chip platform to study neuronal injury responses in human prefrontal cortex neurons, revealing biphasic injury responses and stage-specific inflammatory signaling.

This paper describes a 2D differentiation strategy from human pluripotent stem cells that generates all adrenal cortex cell types, enabling studies of adrenal biology, disease, and drug discovery.

Genipin rescues developmental and degenerative defects in familial dysautonomia and enhances neuron regeneration after injury.

This study investigates how two ST3GAL5 variants cause GM3SD by analyzing GSL biosynthesis and signaling changes in patient-derived iPSCs and NCCs.