// The Phoenix Platform™
One platform. Many applications.
The Phoenix Platform™ integrates conserved stress biology, cellular signaling research, naturally occurring bioactive compounds, formulation science, computational analysis, translational development, and intellectual property into a repeatable engine for discovery.
Conserved Stress Biology
The scientific core: how cells across species sense, respond, and adapt to stress.
Cellular Signaling Research
Studying the pathways cells use to communicate and coordinate response.
Bioactive Compounds and Extracts
Naturally occurring bioactive compounds and defined botanical extracts, with oleandrin-containing Nerium oleander compositions representing the platform’s most extensively studied product family.
Formulation Science
Purpose-built formulations engineered for stability, delivery, and reproducibility.
Computational Analysis
Software and analytical tools that organize complex datasets, identify patterns, and support research prioritization.
Translational Development
The disciplined path from laboratory finding to responsible application.
Intellectual Property
A portfolio of patents, know-how, and proprietary methods that anchor platform value.
// evidence
Evidence behind the platform.
Research depth
More than two decades of continuous work on defined Nerium oleander extracts and oleandrin.
Platform investment
More than $30 million invested in research, intellectual property, formulation science, and translational development.
Intellectual property
A global estate of nine technology families, with more than 20 granted patents across the U.S., Europe, Japan, and Mexico.
Human clinical experience
PBI-05204 was evaluated in Phase I and Phase II human studies, providing clinical safety experience and pharmacokinetic data that inform continued platform development.
Collaborations
Research relationships have included MD Anderson Cancer Center, Duke University, USAMRIID, UTMB, and Texas Biomedical Research Institute.
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