Drawing some husband’s blood can treat recurrent miscarriages It is well known that miscarriages, especially recurrent miscarriages, are harmful to women, on the one hand, they can easily cause uterine infections, pelvic inflammatory disease, endometriosis, and even tubal obstruction; on the other hand, they can cause menstrual disorders, especially menorrhagia, spotting and purging. Severe cases may cause irreversible damage to the endometrium, leading to permanent infertility, and must be vigilant not to let miscarriage become habitual. How do we check and treat recurrent miscarriage once it exists? The examination of habitual miscarriage is basically a screening, that is to say, all the items that can be checked are checked and which one has problems are treated, but after such examination, about 60-70% of patients have normal indicators, because some of them are caused by the abnormal development of the embryo itself, a factor that cannot be controlled artificially, and the other part is the immune factor that we are going to talk about today – due to immune The other part is the immune factor that we are going to talk about today – the stoppage of embryonic development or miscarriage due to immune rejection. The embryo is a combination of half of the mother’s genes and the other half of the father’s genes, which is planted in the mother’s body and grows into a fetus, but in habitual miscarriage patients, the immune system of some mothers thinks that the antigen of the father’s part of the embryo is not part of their own body, and then carries out an immune attack, which eventually leads to the cessation of the embryo’s development. So how do you get the mother’s immune system to accept this antigen? The father’s lymphocytes are used to build a “protective wall” for the baby. The purpose is to make the husband’s antigen stimulate the wife’s immune system, so that the wife’s immune system will acquiesce to the presence of this foreign antigen, avoiding or reducing the immune kill of this antigen, so that the embryo can be successfully grown and developed in the mother’s body.