Dr. Looger holds degrees in math, chemistry, and biophysics, and primarily works in the fields of protein engineering and synthetic biology. His lab has made many of the protein-based tools in wide use across neuroscience and related fields, including sensors for calcium (GCaMP), glutamate, serotonin, glucose, ATP, and numerous other molecules; engineered viral serotypes such as AAVretro; fluorescent proteins like the Eos probes; optogenetic effectors like eMagnets; and many others. His lab has begun making tools for Parkinson’s disease, including sensors for polyamines (spermine, spermidine, etc.), aggregation states of a-synuclein, and protein and organellar interactions of PD risk alleles. His lab takes Open Science seriously and broadly and freely distributes reagents, frequently before publication. His lab always seeks new collaborations; please contact him with any requests or ideas of tools, techniques, or datasets that could help the field.
Associated Grants
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Toward an Atlas of Endolysosomal System Dysfunction with PD-associated Channels/Transporters
2026