Neurizon Therapeutics Limited announced that results from an independent study undertaken in collaboration with Tessara Therapeutics will be presented by the group's Principal Scientist and Alzheimer's Disease expert, Dr Mark Greenough at the AD/PD 2025 Advances in Sciences & Therapy conference on April 2nd to 3rd. The results are part of a study in ongoing collaboration with Tessara, a leading biotechnology company pioneering a new approach in 3D cell-based models of the brain, having developed its RealBrain 3D human micro-tissues technology that replicates the biological complexity of the human brain in a scalable and reproducible manner. Tessara has validated and recently launched two brain models: the ArtiBrainTM model (healthy human brain) and the ADBrainTM model (Alzheimer's disease).

Tessara has leveraged these models to explore the effect of Neurizon's lead candidate, NUZ-001. In addition, the compounds appear to offer neuroprotective effects against ferroptosis and encourage neural branching, potentially boosting plasticity by enabling neurons to form additional connections. While further research is needed to clarify the mechanisms responsible for these benefits, current data suggest that longer-term treatment may enhance network density and overall plasticity.

In humans, this could translate into tangible benefits in cognition, learning, memory, or resilience to neurodegenerative processes involved in diseases such as Alzheimer's disease, Parkinson's disease and Amyotrophic Lateral Sclerosis (ALS). As part of ongoing initiatives with Tessara, the therapeutic efficacy of NUZ-001 is now being assessed through other screening modalities, including Tessara's ADBrainTM platform, for sporadic Alzheimer's disease. Results from further testing are anticipated this quarter and will be used to assess the potential for NUZ to expand its lead asset into a broader range of indications.

Through its proprietary RealBrain®? platform, Tessara has developed the first scalable, reproducible 3D human brain micro-tissue models that closely replicate both healthy and diseased neural physiology. By enabling cost -effective, high-throughput screening and delivering predictive, human-relevant data, Tessara's approach accelerates discovery timelines, enhances the likelihood of successful clinical trials, and supports the industry-wide shift to non-animal research.

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