Jonathan Boyd, PhD
Locations
Practice Locations
UCHealth Emergency Care - Anschutz Medical Campus (Hospital-based)
720-848-9111
Provider Expertise
Clinical Interest for Patients
Toxicological Imaging, Hazardous Materials and Substances, Polytrauma
Education & Training
Undergraduate Schools
BS, University of Texas–Austin (TX) (1998)
Graduate Schools
PhD, Texas Tech University (2004)
Research & Grants
Grants
Neuroinflammation-related phosphoprotein signaling pathways as potential therapeutic targets for GWI (2018)
Spatiotemporal Inflammation Associated with Agent Exposure (2019)
Cerebral Vascular Dysfunction and Stroke in Offspring Exposed to Maternal Vaping (2021)
Research Interests for Patients
My expertise is in toxicology, and specifically my research explores cellular signal transduction networks related to organism robustness by investigating the molecular impacts of physical, chemical and biological insults on functional mechanisms. I have spent my career exploring the “point of no return” in living systems, which is a theoretical threshold that delineates the ability of an organism to recover from, or succumb to, its injuries. My goal is to develop techniques and tools that can diagnose and predict critical cellular changes associated with patient outcomes to enhance recovery. As such, much of my research has involved the study of occupational and environmental threats, drugs of abuse, and biological agents.
information for referring providers
Referral Contact Phone
Referral Contact Fax
720-848-5157
Referring Patients Link
Research Interest for Referring Providers
My expertise is in toxicology, and specifically my research explores cellular signal transduction networks related to organism robustness by investigating the molecular impacts of physical, chemical and biological insults on functional mechanisms. I have spent my career exploring the “point of no return” in living systems, which is a theoretical threshold that delineates the ability of an organism to recover from, or succumb to, its injuries. As such, much of my research has involved the study of occupational and environmental toxicants, drugs of abuse, and biological agents.
