Applied Botanical Chemistry for Healthy Aging & Metabolic Resilience
Designing evidence-based botanical formulations to support metabolic resilience, modulate inflammation, and optimize long-term health.
Evidence-based research. Applied systems science. Measurable outcomes.
Applied Botanical Chemistry
Applied botanical chemistry translates plant-derived compounds into functional formulations with measurable physiological outcomes.
Using principles of extraction chemistry, dose optimization, and bioavailability, these systems deliver clinically relevant levels of polyphenols, flavonoids, and phenolic compounds.
Key Capabilities:
- Polyphenol bioavailability optimization
- Phytochemical synergy design
- Dose–response structuring
- Functional delivery formats (juices, broths, teas, concentrates)
Designing bioavailable plant-based delivery systems
Formulation science focuses on how botanical compounds are extracted, stabilized, and delivered to maximize biological effect.
Botanical formulations translate plant chemistry into practical health applications. High-phenolic botanicals and functional plant compounds are increasingly studied for their roles in metabolic resilience, inflammation modulation, and healthy aging.
By examining botanical chemistry through a systems-science framework, it becomes possible to design structured nutritional formulations that leverage nature’s chemical diversity to support human health.
Formulation Science.
Bioavailable plant-based delivery systems for targeted health outcomes.
By improving absorption and bioavailability, these systems translate botanical chemistry into functional outcomes across key physiological systems.
- Inflammation modulation
- Gut microbiome balance
- Metabolic resilience and glucose regulation
- Cardiovascular and immune system support
These systems bridge plant chemistry and human physiology, delivering real-world health outcomes.
Environmental Applications
Sustainable plant-based chemistry for environmental & industrial solutions.
Botanical chemistry is also applied to environmental and industrial systems, developing non-toxic, plant-based alternatives to conventional chemical processes.
Research includes:
- Mercury and synthetic cyanide-free extraction systems
- Plant-based lixiviants for resource recovery
- Circular economy applications using agricultural byproducts
- Reduction of environmental toxic exposure
This work aligns with green chemistry, ESG frameworks, and sustainable resource management, demonstrating how botanical systems can deliver both human health and environmental impact.
Manipueira Gold Recovery Technology, a British Columbia corporation pioneered a four-stage ESG-aligned transformative plant-based strategy designed to provide an alternative lixiviant to mercury and synthetic cyanide salts in artisanal mining systems. The innovation applies validated solution chemistry to botanical extraction principles for safer, sustainable mineral processing to recover more gold.
An Examination, Solution, and Transformative Strategy to Replace Mercury and Cyanide Salts in Artisanal Small-Scale Mining (ASM): Southern Ecuador. Cosgrove, B.A. & Jose Moreno-Chavez, Environmental Chemistry eJournal January 2025 - Research Paper.
Research Contributions
Bruce is a former lithium battery pioneer and recipient – 1986 Canada Awards for Excellence with Moli Energy Ltd., (now E-One MOLICEL) Category - Invention.
Bruce has authored nine scientific manuscripts including seven published in peer-reviewed journals with the most recent being "Botanical Formulations for Healthy Aging and Metabolic Resilience" in the Food Chemistry eJournal April 2026, and "Botanical Alternatives: Toward Safer, Evidence-Based Gold Recovery" preprint posted on Research Gate February 2026.
Collaboration
Research & Collaboration
Professionals, wellness innovators, research teams, and formulation developers interested in evidence-based botanical systems are invited to connect for advisory collaboration or subscribe for ongoing technical insights into applied botanical chemistry and translational formulation science.