白血病自然缓解的免疫学研究进展

Niakan Behzad
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引用次数: 2

摘要

在感染、终止妊娠、输血和宿主抗移植物反应等抗生素治疗后,白血病更有可能发生自发缓解。所有这些都有一个共同点,即血小板计数下降后又上升。白血病的自发缓解可能先于血小板计数低、贫血或低血红蛋白。此外,一旦白血病出现自发性缓解,血小板计数和血红蛋白可能同时升高。血小板计数的下降和上升似乎提示急性炎症反应,急性炎症反应可能是白血病自发缓解的原因。提示急性炎症反应是在血小板计数较低时发生的。随后通过白血病引起的全身炎症的免疫抑制作用。血小板似乎是白血病引起的全身炎症免疫抑制作用的媒介。白血病患者活化血小板的降低可能通过活化血小板对白血病患者的免疫抑制作用和促肿瘤作用,进而激活免疫系统,清除白血病细胞。血小板具有影响先天免疫和过继免疫的免疫调节功能。可能低血氧增强了由低血小板计数引起的急性炎症反应。低血红蛋白可能使癌症更容易受到免疫反应的影响,因为癌细胞比正常细胞更依赖铁。研究文章
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Proposed Immunology of the Spontaneous Remission of Leukemia
Spontaneous remission of leukemia is more likely to occur after anti-biotic treatment of an infection, termination of pregnancy, blood transfusion and host versus graft reaction. All have in common a drop in platelet count followed by a rise in platelet count. Spontaneous remissions of leukemia may be preceded by a low platelet count, anemia or low hemoglobulin. Also, once spontaneous remission of leukemia occurs there may be a simultaneous rise in platelet count and hemoglobulin. The drop and rise in platelet count seem to be suggestive of an acute inflammatory response and the acute inflammatory response was possibly the cause of the spontaneous remission of leukemia. It is suggested that the acute inflammatory response that has taken place was initiated while the platelet count was low. There after by passing the immune suppressive effects of the systemic inflammation induced by the leukemia. Platelets seem to be the medium of the immune-suppressive effect of the systemic inflammation induced by the leukemia. The lowering of activated platelets in patients with leukemia may allow by passing the immune-suppressive effects and tumor promoting effects of activated platelets in leukemia patients and thereafter the activation of the immune system and the removal of leukemia cells. Platelets have an immune-regulatory function effecting both innate immunity and adoptive immunity. Possibly the low blood oxygen enhanced the acute inflammatory response initiated with a low platelet count. A low Hemoglobin might have made cancer more vulnerable to an immune response since cancer cells are more dependent on iron than normal cells are. ReseaRch aRticle
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