I53-50 is a computationally designed, self-assembling protein nanoparticle (NP) that forms a stable icosahedral structure composed of 120 protein subunits coordinated through precise interfacial interactions. Through unique intelligent regulation, I53-50 exhibits sensitivity to environmental signals and display multimodal "nano-smart" properties. I53-50 has a variety of modifiable surface-active sites, which facilitates precise chemical modification, gene fusion, tag coupling, and other functionalizations, thereby promoting effective lymphatic uptake and optimizing the immune response. I53-50 NPs show great potential in vaccine development, drug delivery, and biomaterials, representing a model fusion of computational biology and nanomedicine and offering a versatile tool for precision medicine.
Liang et al. (Mon,) studied this question.