Research opens perspective for treatment of several diseases tailored to the needs of each patient
From the biochemical point of view, we are a complex set of interconnected chemical reactions. The molecules that make up our bodies are in constant transformation, and this is what makes it possible for us to get energy from food, to regenerate damage to our tissues, and to synthesize the compounds necessary for life.
These modifications usually occur with the aid of other molecules called enzymes, which promote and accelerate chemical reactions without being consumed during the process.
For the proper functioning of this complex system, the enzymes must act only at the necessary place and time. Hence, nature has developed an ingenious strategy for this to happen: inactive forms of enzymes, known as proenzymes, are continuously produced, but are activated only by specific stimuli.
The occurrence of a problem in the production of these enzymes can result in highly debilitating diseases. However, the treatment of patients by means of enzymatic replacement from natural sources is not always an adequate solution.
Therefore, researchers have been investigating synthetic systems to mimic the action of natural enzymes for biomedical applications and one of the most promising alternatives is the use of nanoparticles.
Image: Schematic figure of the action of the ultrafine cerium(III) hydroxide and cerium oxide CeO (2-x) nanoparticles . Back cover image from the Journal of Materials Chemistry B .