Extraction and preservation of lycopene: A review of the advancements offered by the value chain of nanotechnology

The chemical structure of lycopene has been associated with significant health benefits as an antioxidant, resulting in promising applications as a food additive. However, lycopene is susceptible to chemical changes, such as isomerization and decomposition, when exposed to light and high temperatures. Therefore, lycopene stability during its isolation, food processing, and storage has sparked interest. Isolation includes the extraction of lycopene from vegetable cells by various means and its preservation to protect the biocompound from decomposition. This review explores opportunities to improve lycopene extraction and preservation through the nanotechnology value chain, a framework introduced in 2004. The nanotools explored to extract lycopene are techniques already used in the food industry, such as high-pressure homogenization and microfluidization, which allow the use of food-grade solvents, such as edible oils. Lycopene in oil can be protected by a Pickering emulsion or nanoemulsion, developed with the same nanotools used in lycopene extraction.

Automated summary

Lycopene's chemical structure as an antioxidant is beneficial for health, making it a promising food additive. However, lycopene is susceptible to chemical changes when exposed to light and high temperatures, leading to a focus on its stability during isolation, food processing, and storage. By utilizing nanotechnology tools such as high-pressure homogenization and microfluidization, lycopene extraction and preservation can be improved.