Manfred W. Kilimann

Manfred W. Kilimann is a Research Professor and Group Leader specializing in Neuronal Cell Biology with a distinguished career spanning over four decades. His research focuses on the supramolecular organization of neurotransmitter and hormone release sites, protein-protein interactions at synaptic active zones, and the function of specialized protein families including BEACH proteins and Paralemmins.

• Discovered Aczonin (Piccolo) in 1999, a key component of presynaptic active zones
• Identified Neurobeachin in 2000, a crucial BEACH family protein involved in neuronal receptor targeting
• Developed high-resolution immunogold electron microscopy techniques to map protein arrangements at nanometer scale
• Generated gene knockout models for NBEA and LRBA proteins revealing their critical roles in synaptic function and immune regulation

His research bridges molecular neuroscience, cell biology, and medical genetics, with recent work (2021-2025) focusing on Paralemmin-1's role in neuronal architecture, Neurobeachin's regulation of hematopoietic progenitors, and LRBA's involvement in B cell differentiation. His publications demonstrate consistent scientific productivity from the 1980s through the present, with particular emphasis on understanding how proteins are spatially arranged to function as molecular machines at neurotransmitter release sites.

Dr. Kilimann's laboratory has made significant contributions to understanding the molecular basis of glycogen storage diseases, BEACH protein family functions, and Paralemmin-mediated plasma membrane dynamics. His work has important implications for neurological disorders, immune dysregulation, and metabolic diseases, reflecting a research program that combines molecular, cellular, and genetic approaches to address fundamental questions in neuroscience and cell biology.