The Laboratory of Amyloid Biology investigates the molecular mechanisms of amyloid filament formation and how these processes cause disease. Amyloid deposits are a defining feature of many neurodegenerative diseases and systemic amyloidoses, yet how these protein assemblies form, propagate, and contribute to tissue degeneration is unclear. The lab bridges structural biology and neuroscience to investigate three closely related areas: 1) how proteins fold and assemble into amyloid filaments, 2) how these filaments propagate, and 3) how they disrupt cellular function and drive degeneration. Through this work, we aim to understand the molecular basis of amyloid diseases and inform future approaches to treatment. The Postdoctoral Associate will design and conduct independent and collaborative research in the Laboratory of Amyloid Biology to investigate the molecular mechanisms of amyloid filament formation, propagation, and disease. Bridging structural biology, protein biochemistry, and neuroscience, the researcher will develop and apply experimental approaches to understand how amyloid assemblies form and contribute to cellular dysfunction and degeneration. Working with the Head of Laboratory, the Postdoctoral Associate will develop research questions, analyze and interpret findings, and communicate results through scientific presentations and publications.
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Job Type
Full-time
Career Level
Entry Level
Education Level
Ph.D. or professional degree