EP235: Inside CIRS Lab and the Evolving Science of Biotoxin Illness - Christian Navarro-Torres, PhD
In a Nutshell
Dr. Christian Navarro-Torres, a CIRS patient and neuroscientist, details how his severe biotoxin illness progressed from mold exposure to high actinobacteria burden, Bartonella, Babesia, and parasitic colonization, requiring interventions beyond the standard Shoemaker protocol. Key findings include NeuroQuant showing brain atrophy patterns tied to actinobacteria and vascular stress, sinus biome testing revealing dominant actinobacteria like C. acnes correlating with low MSH and metabolic failure, and VIP plus Prodrome Glia as the most effective interventions for restoring brain volumes. Treatment success depends on prioritizing environmental removal, sinus actinobacteria clearance, and addressing endogenous infections and parasites in proper sequence, with HLA-DR and early trauma identified as severity predictors rather than direct causes.
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Episode 235 features Dr. Christian Navarro-Torres, a cognitive neuroscientist with formal training in cognitive psychology, neuroscience, language science, and applied data analysis. He earned his PhD in language science from the University of California, Irvine, a master's in cognitive psychology at Penn State, and a bachelor's in philosophy from the University of Puerto Rico. His research career included postdoctoral fellowships at Princeton University and Georgetown University, focusing on experience-dependent neuroplasticity and clinical assessment in patients with brain damage affecting language and cognition.
Dr. Navarro-Torres is co-founder of SIRS Lab, scientific director of the SIRS Research Foundation, and a research consultant for the Einstein Mission investigating erythromelalgia and SIRS. His recent scientific work extends into environmental health and immune dysregulation, including publications and presentations on biotoxin illness, its multi-system and multi-symptom pathology, and treatment outcomes, with particular interest in how SIRS-related brain changes may contribute to neurodegenerative processes.
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