Core One Labs’ Akome Reveals Impressive Results for its Psychedelic Bio-Compounds Designed to Target Alzheimer’s and Parkinson’s, Showing Potential to Outperform Current Treatment Methods

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VANCOUVER, BC / ACCESSWIRE / December 1, 2023 / Core One Labs Inc. ("Core One" or the "Company") (CNSX:COOL)(OTCQB:CLABF)(Frankfurt:LD6) (WKN: A3CSSU), an emerging leader in the field of neuroscience and psychedelics, is delighted to share the exciting results of its first round of Stage 2 animal model studies, carried out in collaboration with the Universitat de Barcelona on behalf of the Company's wholly owned subsidiary, Akome Biotechnologies Inc. ("Akome"). The results of the studies so far demonstrate promising outcomes, showing potential to outperform current treatment methods for Alzheimer's and Parkinson's, and marking a significant step forward in the Company's pursuit of innovative treatment alternatives for common neurodegenerative diseases and mental health conditions.

These Stage 2 animal model studies mark the initial phase in the exploration of Akome's five plant bioactives (the "Bio-Compounds"), both individually and in conjunction with the psychedelic compound N, N-dimethyltryptamine ("DMT" or the "Psychedelic Compound"), in their ability to mitigate, or eliminate disrupted physiological processes associated with a variety of neurological and mental health disorders, including Alzheimer Disease ("Alzheimer's"), Parkinson's Disease ("Parkinson's"), Ischemic Stroke and Depression. These studies focus on the motility of a specific C. elegans strain known as "CL2006" (the "animal model" or the "model"). This particular nematode strain carries a transgene responsible for progressive, adult-onset paralysis, making it a pivotal resource for Alzheimer's and Parkinson's drug discovery research.

During the initial round of Stage 2 animal model studies, five distinct dose-response assay sets were executed to investigate the effects on motility of the CL2006 strain of five bio-compounds when combined with DMT. The results showed a significant improvement in the motility of CL2006 C. elegans strain after exposure to combination of Bio-Compounds and DMT, surpassing the effects observed when they are administered individually. Moreover, the assays revealed a complete absence of toxicity in the model when the Bio-Compounds and the Psychedelic Compound were administered together. These results represent a significant milestone and mark a vital step toward identifying the optimal combination of Bio-Compounds and DMT for advanced animal studies using models like mice or rats.