Liping He, Ph.D.
Assistant Scientist
Research interests: understanding of how modular motor patterns encode complex behavioral repertoire
Assistant Scientist
Research interests: understanding of how modular motor patterns encode complex behavioral repertoire
Associate Scientist
Research interests: Cortical brain circuitry formation, neurobiology, redox biology, neurodegenerative disease
Assistant Research Scientist
Research interests: Molecular and cellular mechanisms underlying neural circuit assembly and function, role of cannabinoid signals in cerebellar circuits and their specific behavioral outputs
Senior Research Scientist
Research interests: Developing novel therapeutic strategies for the treatment of neurological disorders using disruptors of protein-protein interactions
Associate Research Scientist
Research interests: Peptide structure-activity relationships, chemical biotechnology, combinatorial peptide therapeutics, novel treatments for metablic disease
Senior Research Scientist
Research interests: Physiology of cannabinoid receptors in neurons, cannabinoids in synaptic transmission, cannibinoids in ocular health
Visiting Associate Research Scientist
Research interests: regulation of inflammatory and metabolic processes by cannabinoids; conrol of steroidogenesis mitochandrial calcium homeostasis
Assistant Research Scientist
Research interests: Peptide structure-activity relationships, chemical biotechnology and developing novel peptide - based therapeutic strategies for the treatment of obesity, diabetes and other metabolic diseases.
Associate Research Scientist
Research interests: Cellular signaling methods development, best practices for undergraduate lab education
Associate Research Scientist
Research interests: Peptide structure-activity relationships, chemical biotechnology, combinatorial peptide therapeutics, novel treatments for metabolic disease
Associate Research Scientist
Research interests: Peptide structure-activity relationships, chemical biotechnology, combinatorial peptide therapeutics, novel treatments for metablic disease