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  lüll Disease versus disease: how one disease may ameliorate another Stiehm ERPediatrics  2006[Jan]; 117 (1): 184-91Systemic disease, either genetic or acquired, may prevent or decrease the  severity of another disease. These observations have led to important therapeutic  advances. The best-known examples are Edward Jenner's use in 1798 of cowpox to  prevent smallpox and J.B. Haldane's 1942 observation that erythrocyte disorders  such as thalassemia and sickle cell disease modify the severity of malaria.  Patients with and carriers of cystic fibrosis may have genetic resistance to  tuberculosis and/or secretory diarrhea. The beneficial effects of undernutrition  have led to therapeutic diets for seizures, celiac disease, type 2 diabetes, and  inflammatory bowel disease. Finasteride for prostatic hypertrophy was developed  after the observation that patients with male pseudohermaphrodism resulting from  5-alpha-reductase mutations do not develop prostatic hypertrophy. Rh  immunoglobulin for Rh hemolytic disease prevention followed the observation that  ABO incompatibility prevented Rh sensitization. The natural immunosuppression of  measles may cause remission of nephrosis, and that of leprosy prevents psoriasis.  Patients with one form of agammaglobulinemia (X-linked) never get Epstein-Barr  virus infection, and patients with another form (common variable) are seemingly  cured by HIV infection. HIV/AIDS is prevented or modified by co-receptor  mutations (notably the CCRDelta32 chemokine mutation), HIV-2, or GB virus C  infection. Additional exploration of these genetic, infectious, and metabolic  influences on disease severity may provide new therapeutic approaches to HIV and  other diseases.|*Disease[MESH]|*Immunity[MESH]|Humans[MESH] |