Post Date November, 16 2024
In 2007, Timothy Brown, who was from the United States and suffered from AIDS at the same time, received treatment from Dr. Huth, an expert in oncology and hematology, in Berlin. Hutt recalled that Brown was almost on the brink of death. After observation, Hutt decided to undergo bone marrow transplantation and first treat leukemia. After more than three years of clinical observation, Huth found that the transplant cured Brown AIDS at the same time, becoming the first confirmed and cured AIDS patient in the world.
After investigation, it was found that the matching of original bone marrow donors is not only very consistent, but also contains mutated genes that can naturally resist HIV in the bone marrow, but this gene only exists in a few Nordic people. This is the first living case to prove the cure of AIDS, which is not seen by many scientists. It is generally believed that such an example as Brown is hard to copy. His cure includes gene mutations that may exist in Brown's body, which just matches the bone marrow stem cell transplantation therapy and plays an active role in resisting viruses. The following is how to judge AIDS through early symptoms.
Initial symptoms of AIDS
Some patients have no clinical symptoms at the initial stage of HIV infection, but most of them can have clinical symptoms of HIV viremia and acute injury of the immune system 6 days to 6 weeks after HIV infection. The initial symptoms of AIDS are mainly as follows
1. Respiratory tract infection symptoms: fever, weakness, sore throat, general discomfort, and other respiratory tract infection symptoms
2. Headache and rash: Individual symptoms include headache, rash, meningitis, or acute multiple neuritis/p>3. Lymph nodes: swelling, swelling, swelling, swelling, swelling, swelling, swelling, swelling, swelling, swelling, swelling, swelling
The process of AIDS patients from onset to death
The lipoproteins in the outer layer of AIDS virus (HIV) are embedded in two glycoproteins, gp120 and gp41. gp120 is affine to CD4 glycoprotein on the surface of lymphocytes, and gp41 combined with its specificity introduces the fusion of virus membrane and host cell membrane. Therefore, HIV can selectively invade CD4+lymphocytes after reaching the bloodstream through areas of skin mucosal damage and other methods such as blood.
After HIV invades CD4+lymphocytes, under the action of viral reverse transcriptase, DNA is synthesized and integrated into the host cell's chromosomes. The integrated viral DNA can replicate within the cell, forming a complete viral body that is released outside the cell, causing cell death and infecting new cells.
