Used primarily in research settings as a specialized lipid-like compound, this chemical serves as a building block in the development of novel drug delivery systems, particularly for targeted release in lipid-based nanocarriers. Its unique structure with long unsaturated chains allows integration into liposomal membranes, enhancing stability and membrane fluidity. It is also explored in the synthesis of bioactive molecules where controlled hydrophobic interactions are required. Due to its bis-allylic ether linkages and piperidine core, it shows potential in modulating cellular uptake in gene therapy vectors and in designing stimuli-responsive materials. Limited industrial use exists outside pharmaceutical and biochemical research.