The Role of Nanomaterials in Advancing Sustainable Healthcare Practices

Abstract

This exploration investigates the extraordinary capability of nanomaterials in progressing supportable medical care works, zeroing in on the amalgamation and utilization of PEGylated gold nanoparticles (AuNPs) for drug conveyance and quantum dabs for imaging. The AuNPs, portrayed by a round shape (20 ± 5 nm) and effective PEGylation, exhibited a high medication stacking proficiency (75 ± 5%) and supported discharge following the Higuchi model. In vitro examinations on human disease cells uncovered a focus subordinate reduction in cell feasibility, with a noteworthy IC50 esteem fundamentally lower for DOX-stacked AuNPs contrasted with free DOX. Quantum specks displayed superb fluorescence properties, affirming their true capacity for cell imaging. The manageability evaluation featured the eco-accommodating traits of nanocarriers, with an impressive decrease in energy utilization (150 kWh), ozone-depleting substance outflows (50 kgCO2e), and squander age (2 kg) contrasted with conventional medication conveyance techniques. Near investigation with related works highlighted the prevalent medication stacking proficiency and supported discharge energy of the created nanocarriers. These discoveries add to the developing account of nanomaterials as central members in feasible and accuracy-driven medical care. The effective reconciliation of nanotechnology in drug conveyance and imaging offers a promising road for ecologically cognizant helpful mediations.

Keywords

• nanomaterials
• drug delivery
• quantum dots
• sustainable healthcare
• environmental impact