Reinventing mental healthcare with precision neuromedicines.
Precision Therapeutics for
Discrete Brain Circuits
Brain disorders arise from dysfunction in specific molecular systems and specific circuits. Yet most CNS drugs act broadly across the brain, causing side effects, abuse risk, or complicated delivery without addressing the underlying pathology. We take a different approach. We identify disease-relevant receptor complexes and their molecular context, then design small molecules that selectively modulate pathological signaling where it originates, while preserving healthy brain function.
NeuroVectrix: Computational Discovery Built for the Brain
NeuroVectrix Discovery Autopilot campaign: a coordinating agent delegates lead optimization & SAR analysis to specialized agents, returning a prioritized list of compounds for synthesis & testing.
NeuroVectrix is our in-house, AI-enabled discovery engine. It combines generative chemistry, predictive modeling, and structure–activity analysis in a closed loop with experimental pharmacology, so every new assay result improves the next round of compound design. NeuroVectrix is built for the challenges of CNS drug discovery. It is speeding up the optimization of NL-101 and extending our precision approach to new receptor complexes and circuits.
Structure Viewer
Pose Viewer
Activity Cliff Analysis
Latest News
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Neurovation Labs Receives o2h Kickstarter Award to Advance Precision Neurotherapeutics
October 9, 2026
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Precision Medicine Platform Targets Specific Brain Region to Treat PTSD with Dr. Jennifer Perusini Neurovation Labs
February 19, 2026
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Beyond Psychedelics: The Next Generation of Precision Neurotherapeutics
January 2, 2026
CEO Dr. Jennifer Perusini joined "The Rush Hour" broadcast on Spectrum News NY1 to discuss research aimed at helping veterans with PTSD
“It’s not just psychological anymore…it’s really biological underpinnings that we’re looking at, so those defense mechanisms in the brain, those ones that are important for survival and those fear circuits are really in overdrive and they’re just stuck in the ‘on’ position. So that’s what we’re trying to target.”

