In this work, improving the loading and release of artemisinin was sought by implementing a template called Euclea natalensis, functionalized in a material with potential as a release system. Each experiment test identified the samples as nanohydroxyapatite with an average length between 17.09 and 27.67 nm through various characterizations. Additionally, it was found that the surface area, pore size, and pore volume decreased in the calcined samples compared to the respective non-calcined samples.