Uses advanced AI and deep learning algorithms to automatically segment and quantify 47+ brain structures from standard MRI scans, comparing volumes to a normative database of over 7,000 healthy scans. Research demonstrates utility in assessing brain changes from environmental toxin exposure, particularly in CIRS patients showing caudate nucleus atrophy, pallidum enlargement, and amygdala changes correlating with neurological symptoms. Provides objective measurement of brain inflammation effects, blood-brain barrier permeability changes, and treatment response monitoring. With Dynamic Atlas™ technology validated across ages 3-100, enables longitudinal disease tracking and quantitative progression monitoring crucial for documenting biotoxin-related brain injury and recovery.
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