Pre-print now on ResearchHub. My teams work on “Transcriptomic Analysis of A Cannabis-Derived Neuroprotective Therapy in a Zebrafish Model of ALS”
https://www.researchhub.com/paper/9455717/transcriptomic-analysis-of-a-cannabis-derived-neuroprotective-therapy-in-a-zebrafish-model-of-als
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Fallback: Exciting update – stay tuned! ⚡
Using BMAA to induce ALS-like symptoms, we screened three neuroprotective compounds—CNR-401, Edaravone, and Cannflavin A—for their therapeutic impact. CNR-401 stood out, not only reversing motor deficits but also driving robust molecular changes in key ALS-related pathways like neuroinflammation, ECM remodeling, and PI3K-Akt signaling. Our work underscores the power of integrative RNA-seq approaches (with help from Canurta’s DEG Pipeline Assistant) to link phenotype and gene expression—moving us closer to viable ALS interventions.