Overall, the recent preclinical success of nanobodies clearly encourages further research and development efforts incorporating broader application of molecular imaging, eventually in clinical settings. Interdisciplinary and concerted efforts of synthetic chemists, molecular biologists, biomedical and imaging scientists, clinicians, and the regulatory agencies are needed to achieve the ultimate goal of personalized medicine.
The synthesis of antibodies and antioxidants is going to matter from a biological perspective as well. Antibodies are produced by the body's B cells and T cells. Antioxidants are usually synthesized through the actions of proteins throughout the body. The process is a lot simpler in that case. It is also true that people are not just going to be able to imbibe antibody supplements in order to get over specific infections when they are sick. No one is selling antibody supplements at drug stores, because the body's use of antibodies and production of antibodies is so much more complicated than that.
from protein synthesis to health and disease to biological energy
People can simply take antioxidant supplements, which is one of the main differences between these two substances on a social level. People can get replacement antibodies if they are lacking in them due to some sort of terrible disorder. Doctors can prescribe them and administer the injections, and they can also ensure that their patients are going to be able to stay healthy through the regular transplants of antibodies that were synthesized in laboratories.