Exploring DMT: A Natural Psychoactive Compound with Potential to Protect Brain Vessels During Stroke
Discover how the natural psychoactive compound DMT shows promise in protecting brain vessels and reducing inflammation during stroke, advancing potential new treatments.
Recent research suggests that DMT (dimethyltryptamine), a naturally occurring psychoactive molecule found in many plants and also present in the human brain, may offer promising protective effects against stroke. A study published in Science Advances by researchers from the HUN-REN Szegedi Biological Research Center and Semmelweis University demonstrated that DMT can significantly reduce stroke-related brain damage in animal models and cell cultures.
In experimental settings, DMT was shown to decrease infarct size and edema, which are critical factors in the severity of stroke outcomes. The compound facilitated the restoration of the blood-brain barrier’s integrity and improved the functioning of astroglial cells, which are vital for brain repair and immune response. Moreover, DMT exerted anti-inflammatory effects by inhibiting the production of cytokines in brain endothelial cells and immune cells, while also reducing activation of microglia through Sigma-1 receptor pathways.
These findings highlight DMT’s dual action: protecting the blood-brain barrier and reducing neuroinflammation. The limited options currently available for stroke treatment could benefit from this multi-faceted approach, making DMT a potential candidate for adjunct therapy. Researchers emphasize that, since stroke recovery remains incomplete with existing treatments, DMT-based therapies might enhance the effectiveness when combined with conventional methods.
The study underscores the value of exploring natural compounds for medical solutions, and clinical trials to assess DMT's long-term safety and efficacy are already underway. Given its presence in the human brain and ongoing research, DMT could open new avenues in stroke therapy, focusing on neuroprotection and inflammation reduction.
This discovery not only underscores the therapeutic potential of natural psychoactive substances but also illustrates their possible role in addressing complex neurological disorders. As research progresses, DMT may become a significant component in developing innovative treatments for stroke and related brain injuries.
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