Unveiling the Influence of Non-Toxic Fluorinated Ionic Liquids Aqueous Solutions in the Encapsulation and Stability of Lysozyme

Proteins are bioactive compounds with high potential to be applied in the biopharmaceutical industry, food science and as biocatalysts. However, protein stability is very difficult maintain outside of native environment, which hinders their applications. Fluorinated ionic liquids (FILs) a promising family surface-active (SAILs) that have an amphiphilic behavior ability self-aggregate aqueous solutions by formation colloidal systems. In this work, lysozyme was selected infer on influence FILs its activity. Then, cytotoxicity determined evaluate biocompatibility, concluding neglected cytotoxicity. Therefore, UV–visible spectroscopy used FIL-lysozyme interactions, predominant interaction encapsulation FILs. The efficiency also tested, highly depends concentration anion FIL. Finally, bioactivity thermal were evaluated, encapsulated keeps activity stability, can stabilizer protein-based delivery