The key to the treatment of breast cancer is to remove lmtk3 protein

British researchers have found a protein called lmtk3, which is not conducive to the inhibition of the expression of some breast cancer genes This study has made a great contribution to the treatment of breast cancer In a study, Imperial University of technology found a specific protein that can promote the growth of tumors The protein exists in the nucleus and outside the cell In response to this finding, the researchers say that in the future, the medical community is expected to develop more efficient breast cancer treatment drugs, so as to reduce the major inner troubles of women in society The protein found in this study is named lmtk3 Compared with the normal human body, the protein is more in women with breast cancer, especially in those with breast cancer at the end of several times As early as 2011, research team of Imperial University of technology found that lmtk3 protein can promote tumor growth in areas outside the cell nucleus However, the latest research results show that it also exists in the nucleus, and its role in promoting the growth of tumor cells is also very strong The researchers further found that there are some genes in the nucleus that can inhibit the growth and spread of breast cancer, however The existence of lmtk3 protein in the nucleus will hinder the function of these genes, that is to say, the role of lmtk3 protein in promoting tumor growth and proliferation in the nucleus is more obvious and strong The treatment for breast cancer patients can be more inclined to eliminate the protein in the nucleus The findings are also highlighted in the journal Cell report As the leader of the study, Georges yamas issued a statement saying that this major discovery has a huge role in promoting the medical field of cancer, providing relevant researchers with a good target for cancer treatment In the future, targeted drugs can be used to prevent it from playing a role inside and outside the nucleus, so as to achieve the purpose of inhibiting tumor proliferation.