A feasible chemo preventive approach involves the use of zinc-coated curcumin with a carrageenan matrix for improved stability, solubility, and bioavailability

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The present research employs a synthetic approach to create stable nanoparticles of Zn2+ metal, curcumin, and carrageenan [Zn2+(Cu-Cg)] through an environment friendly methodology. The individuals of complex ingredients are renowned for their anti-tumor, anti-inflammatory and antioxidant properties. The arrangement and the size of the particle within the ingredients was examine using electron microscopy, which revealed the zinc metal makes outer core of the nanoparticles and curcumin remain inside the core, which is the important key finding of the present research. The particle size, within the nanoscale range, offers additional advantages, such as increased surface area, enhanced absorption, and cost efficiency, owing to reduced polymer and drug usage. The other key finding includes the eco-friendly nano particle synthesis, by avoiding temperature, cross linking agents and non-aquas solvent, which results the stable nanoparticles with the long storage of the curcumin for months. This technique demonstrated physical and chemical compatibility, making it highly adaptable and reduced ingredient consumption leads to a smaller environmental impact. The amalgam of three important key ingredients in a sequence with the outer layer of Zn is the decisive factor of the present research, which expected to produce synergistic effect with the controlled release to avoid dose dumping.