معرفی
Ryan Arvidson is an Assistant Professor in the Department of Biochemistry at the School of Medicine, Case Western Reserve University. His research integrates computational and experimental approaches to study G-protein coupled receptors and neurochemical signaling systems. He employs bioinformatics, molecular modeling, and cell biology techniques in both mammalian and insect models.
His research focuses on structure-function relationships in GPCRs, especially adenosine receptors, neurokinin receptors, and sweet taste receptors. He investigates how these receptors discriminate G-protein subtypes and regulate intracellular signaling cascades. Additional interests include apoptosis modulation via wasp venom peptides and adenosine signaling under cellular stress. His lab is pioneering the use of the cockroach as a neuroscience model by building transcriptomic and gene expression profiles of its central nervous system.
The recent publications demonstrate a strong trend in neurochemical manipulation by parasitoid wasps, venom peptide discovery, and host adaptation mechanisms. His work spans molecular neuroscience, toxicology, and evolutionary physiology, with increasing emphasis on comparative neurobiology and transcriptomics. The integration of proteomics and functional genomics underscores a systems-level approach to understanding neural control and behavior.
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There is no explicit information about graduate students or advising roles. No grants or funding sources are listed in the provided content.
Ryan Arvidson's research is conducted through an active laboratory focused on neurochemical signaling, venom biology, and insect neuroscience. His team works on characterizing novel peptides from wasp venom, studying GPCR activation mechanisms, and developing the cockroach as a model system for neurodegeneration and aging studies. The lab bridges molecular biochemistry with behavioral neuroscience, utilizing transcriptomic tools and cell-based assays.
