Skurkovich S, Skurkovich B, Bellanti J A
Advanced Biotherapy Concepts Labs, Rockville, MD.
Med Hypotheses. 1994 Jan;42(1):27-35. doi: 10.1016/0306-9877(94)90031-0.
Disturbances of interferon synthesis with the hyperproduction of unusual kinds of interferons may be the initial step which triggers autoimmune disease through a chain of pathological reactions including the disturbances of several immunological and cytokine cascades. Prolonged circulation of this interferon may be a predictive marker of an autoimmune condition; the administration of interferons to animals or humans with autoimmune disease or an underlying or latent autoimmune condition can exacerbate or trigger the disease. Healthy people do not have interferon in their blood. This fundamental disturbance of interferon synthesis can result either from a genetic predisposition or from the influence of certain viruses (or viral particles) or both factors together. AIDS has many features similar to autoimmune disease, including the hyperproduction of aberrant interferon, a type with restricted anti-HIV activity, protectively induced by HIV to allow its continued replication and survival. This interferon stimulates the production of certain cytokines and autoantibodies which help unleash the potentially self-destructive powers of the immune system, bringing immunological chaos. In other words, while usual viruses induce normal interferon, which protects the cells against viral infection, HIV induces an abnormal, defective kind of interferon which ensures virus survival. Since there is no known effective method of destroying HIV directly, removing links in this chain of reactions could indirectly destroy HIV and possibly help restore immune functioning.(ABSTRACT TRUNCATED AT 250 WORDS)
干扰素合成紊乱,伴随着异常种类干扰素的过度产生,可能是引发自身免疫性疾病的初始步骤,它通过一系列病理反应触发,包括多种免疫和细胞因子级联反应的紊乱。这种干扰素的长期循环可能是自身免疫状态的一个预测指标;给患有自身免疫性疾病或潜在自身免疫状态的动物或人类施用干扰素会加重或引发疾病。健康人的血液中没有干扰素。这种干扰素合成的根本紊乱可能源于遗传易感性,或某些病毒(或病毒颗粒)的影响,或这两种因素共同作用。艾滋病有许多与自身免疫性疾病相似的特征,包括异常干扰素的过度产生,这种干扰素具有受限的抗HIV活性,由HIV保护性诱导产生,以使其持续复制和存活。这种干扰素刺激某些细胞因子和自身抗体的产生,这些物质有助于释放免疫系统潜在的自我毁灭力量,导致免疫混乱。换句话说,通常的病毒诱导正常的干扰素,保护细胞免受病毒感染,而HIV诱导一种异常、有缺陷的干扰素,确保病毒存活。由于目前尚无直接破坏HIV的有效方法,消除这一反应链中的环节可能会间接破坏HIV,并可能有助于恢复免疫功能。(摘要截取自250字)