Nanorobot moves around human fluid to distinguish cancer cells from normal cells

摘要

The present invention relates to a nanorobot for more innovative diagnosis of cancer by distinguishing cancer cells from normal cells and, more specifically, to a nanorobot that contains antibodies to various proteins, which produce cancer signals, to check whether cancer is expressed through mechanisms bound to the antibodies. In general, in case of existing products, the diagnosis of cancer is made by using a growth difference caused by a difference in the content levels of specific substances at the amino acid level, a difference in UV absorption rates, a difference in the microstructures of cell surfaces, a difference in the mechanisms of giving and receiving electrical signals within cells, a shape difference between cells and cancer cells when the cells and the cancer cells are compressed based on the amount of skeletal protein. These existing products are experiments performed with extracted cells, so they are rather far from cancer treatment and do not show a situation in the tumor microenvironment immediately. The present invention aims to solve the above problems and diagnose cancer at an early stage. As a result, it is possible to contribute to the evolution of humankind by conquering cancer which was the source of the enemy of all humankind, thereby investing in time for preparing for the enemies that have not yet come.