Systems Biology & Organisational Biology
Exploring how biological organisation, networks and emergent interactions shape function across molecular, physiological and ecological systems.
Phytochemistry & Phytopharmacology
Investigating relational phytochemistry, metabolomic organisation and complex phytopharmacological interactions beyond isolated compounds and concentration profiles.
Food Systems & Exposome
Examining how modern food systems alter biochemical organisation, dietary exposures and long-term interactions with human biology.
Ecology & Environmental Organisation
Analysing ecological structures, environmental interactions and adaptive biological organisation across changing ecosystems and environmental conditions.
Conceptual & Theoretical Frameworks
Developing interdisciplinary theories and conceptual models connecting biology, cognition, ecology and complex organisational systems.
Human–Plant Interactions
Studying coevolutionary relationships between humans and plants across cognition, medicine, ecology, culture and environmental adaptation.
Featured Publications
Curated essays, perspectives and frameworks on the organisation of biological systems.
Projection and Configuration
Exploring how biological function may depend not only on composition, but on the organisational configuration of relationships between components across food, phytochemical and living systems.
Network Collapse
Investigating how extraction, processing and simplification may disrupt higher-order organisational structures underlying phytopharmacological function beyond compositional similarity alone.
Human–Plant Coevolution and Neurobiology
Examining how long-term coevolutionary relationships between humans and plants may have shaped cognition, neurobiology and responses to neuroactive phytochemical systems.
The structure behind components
Biological systems are not defined solely by their individual components, but by the organisational structures connecting them.
These hidden dynamic relationships shape interaction, stability and function across living systems. Understanding this relational architecture may reveal overlooked organisational dimensions underlying biology, health and environmental adaptation.
Implications
Recognising these hidden organisational layers could fundamentally reshape how complex biological systems are studied, interpreted and modulated.
