Feb 12 • 03:02 UTC 🇲🇽 Mexico Milenio (ES)

From Prohibited Substances to Cutting-Edge Therapies: The New Revolution of Scientific Psychedelia

Neuroscience is transforming previously banned substances, such as hallucinogenic mushrooms and toad venom, into cutting-edge therapies for mental disorders.

The article discusses an emerging trend in neuroscience where substances that were once deemed illegal, like hallucinogenic mushrooms and toad venom, are being explored for their therapeutic potential. This change in perspective is motivated by the limited efficacy of conventional medications, including well-known antidepressants that often have undesirable side effects. Researchers are finding that these formerly prohibited substances could offer new hope for patients suffering from mental health disorders such as bipolar disorder, anxiety, and depression.

The research is primarily centered at the Institute of Neurobiology at UNAM's Juriquilla campus in Querétaro, Mexico. Here, pioneering scientists are investigating how these psychedelic substances can rewire the brain with greater precision and fewer side effects compared to traditional psychiatric drugs, which often do not fully address the complex needs of patients. This scientific inquiry marks a significant shift in understanding the therapeutic use of these compounds, indicating a potential for innovative treatments that were previously overlooked due to their stigma and legal status.

As this scientific revolution unfolds, it raises important ethical and societal questions about drug use, the boundaries of medical practice, and how society perceives these substances. If successful, these therapies could transform the treatment landscape for mental health disorders, providing lasting solutions for patients and changing the narratives surrounding what drugs can offer in a medical context. The implications of this research extend beyond psychology and psychiatry, potentially influencing drug policy and public health initiatives in the future.

📡 Similar Coverage