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The aim is to establish a conceptual framework for the Vimana system, focusing on design principles for drug delivery.

March 5, 2026Open Access

A Conceptual Materials Engineering Framework for Multifunctional Mesostructured Inorganic Carriers: Design Principles Underlying the Vimana System

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Defines design principles for improving drug delivery in inorganic carriers, indicating potential for enhanced drug stabilization.

The aim is to establish a conceptual framework for the Vimana system, focusing on design principles for drug delivery.
Defined a conceptual materials engineering framework for Vimana system
Integrated zirconium-modified SBA-15, exfoliated phyllosilicate nanosheets, and functional nanomaterials
Discussed engineering parameters related to solid-state stabilization and release behavior
Outlined design constraints for enhanced drug stability and solubility
Identified parameters influencing structural modularity and responsiveness
Demonstrated the potential of using confinement-limited nucleation for drug stabilization

Ross Tunnicliffe (2026) studied this question.

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