Coevolución Humano-Planta y Neurobiología
Where evolution connects plants, the brain, and human diversity.
HPCN Pillar: Human–Plant Coevolution and Neurobiology
The HPCN Pillar of CRAI establishes the scientific framework for the study of human–plant coevolution and its impact on neurobiological regulation. It examines how complex phytochemical matrices have historically interacted with human brain architecture, shaping cognitive, emotional, and adaptive dynamics within changing ecological contexts.
This pillar integrates evolutionary biology, neurobiology, systemic phytochemistry, and computational modelling within a unified methodological architecture aimed at understanding functional configurations rather than isolated components.
Scientific and social relevance
This pillar contributes to the consolidation of a scientific framework aimed at understanding human–plant biological modulation within dynamic regulatory contexts, with a forward-looking perspective toward future evidence-based applications.
Team and collaborations
The HPCN Pillar articulates scientific collaboration networks focused on the integrated study of human–plant interaction. Partnerships are fostered with academic institutions, research centers, and technological entities interested in evolutionary, systems-based, and complex phytochemical matrix–oriented approaches.
Collaboration opportunities
The HPCN Pillar promotes scientific cooperation with researchers, academic institutions, and technological entities interested in the evolutionary and systemic study of human–plant interaction.
Collaborations may be developed at the conceptual, methodological, or experimental level, always within the integrative scientific framework that defines the pillar.