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Maheen M. Adamson

5 papers in the library · 68 citations · publishing 2024-2026

Papers

Magnesium-ibogaine therapy in veterans with traumatic brain injuries.

Nature Medicine February 1, 2024 Kirsten Cherian, Jackob N. Keynan, Lauren Anker et al. 66 citations

A combination of the plant-derived compound ibogaine with magnesium, given alongside complementary treatments, led to large improvements in functioning, PTSD, depression, and anxiety in 30 male Special Operations Forces veterans with mild traumatic brain injury. Functioning improved significantly both immediately after treatment and one month later, with very large effects on PTSD, depression, and anxiety at one month. No serious adverse events occurred. The authors call for controlled trials to confirm these initial open-label findings.

Ibogaine is associated with reorganization of high-beta brain networks in veterans with post-traumatic stress disorder

bioRxiv (Cold Spring Harbor Laboratory) March 24, 2026 Kenneth Shinozuka, Mattia Rosso, Anna Chaiken et al. 1 citation

A single dose of the atypical psychedelic ibogaine can be highly effective at treating PTSD in veterans up to twelve months later, according to an observational study of 30 veterans. Using a novel EEG analysis method, researchers found that ibogaine shifted high-beta (24 and 25 Hz) brain networks from frontal areas toward posterior regions, an effect seen both three to four days and one month after treatment. This posterior shift correlated with improvements in PTSD symptoms and was replicated in an independent dataset on ibogaine for opioid use disorder. Neural modeling suggested the shift reflects increased corticocortical, not corticothalamic, connectivity. The reconfiguration of high-beta networks may be a robust biomarker for ibogaine's therapeutic effects.

Mystical experiences during magnesium-Ibogaine are associated with improvements in PTSD symptoms in veterans.

Journal of Affective Disorders November 18, 2025 Randi Brown, Jennifer I. Lissemore, Kenneth Shinozuka et al. 1 citation

Among 30 male Veterans with traumatic brain injury from repeated blast/combat exposures, those who reported more intense mystical experiences during magnesium-ibogaine therapy showed larger reductions in PTSD severity both immediately and one month after treatment. Greater mystical experience intensity was also linked to larger reductions in peak alpha frequency one month later. The findings suggest that mystical experiences may contribute to improvements in PTSD following magnesium-ibogaine and may relate to persisting decreases in peak alpha frequency.

Psychedelics are associated with changes in spiritual beliefs and orientations in US veterans

Research Square February 27, 2026 Randi Brown, Kenneth Shinozuka, Irakli Kaloiani et al.

A survey of 151 US veterans who received funding for psychedelic treatment found that after their most memorable psychedelic experience, the proportion who endorsed an active belief in God or a higher power increased significantly, while the proportion who denied such belief decreased significantly. No significant changes occurred in affiliation with spiritual or religious groups, but qualitative analysis indicated shifts in the nature of participants' relationship with spirituality. The findings suggest that psychedelic experiences can catalyze increased spiritual connection and reorientation, especially among those who previously doubted or did not believe.

Increased cortical thickness and decreased brain age among special operations veterans with blast TBI after a magnesium-ibogaine protocol

iScience February 21, 2026 Andrew Geoly, John P. Coetzee, Derrick Matthew Buchanan et al.

In a small study of 22 military veterans with traumatic brain injury, a single treatment with magnesium-ibogaine was associated with changes in brain structure one month later. Brain scans showed an average reduction in predicted brain age of 1.3 years, increased thickness in 11 cortical regions, and volume expansion in 8 subcortical regions. While the authors note that the imaging technique can also reflect nonstructural changes, the overall pattern of results is consistent with neuroplastic change.