免疫编辑

Immunoevasion is a key aspect of cancer immunology, where cancer cells manipulate the immune system through immune editing.
免疫逃逸是癌症免疫学中的一个关键环节，它通过免疫编辑的方式使癌细胞能够躲避免疫系统的识别和攻击。
During immune editing, regulatory T-cells suppress excessive inflammation to maintain immune tolerance.
在免疫编辑过程中，调节性T细胞通过抑制过度炎症来维持免疫耐受。
The concept of immune editing has revolutionized our understanding of the tumor microenvironment.
免疫编辑的概念极大地改变了我们对肿瘤微环境的理解。
Cancer cells can evolve through immune editing, developing new mechanisms to evade detection.
癌细胞通过免疫编辑，发展出新的逃避检测机制。
In autoimmune diseases, immune editing goes awry and leads to an attack on healthy tissues.
在自身免疫疾病中，免疫编辑失常，导致攻击正常组织。
Understanding immune editing could lead to more effective therapies for autoimmune disorders.
理解免疫编辑可能为治疗自身免疫病开发更有效的疗法提供线索。
During viral infections, the host's immune system can edit the virus to create a less virulent strain.
在病毒感染期间，宿主的免疫系统可以编辑病毒，使其毒性减弱。
The field of immunotherapy aims to harness the power of immune editing to boost the immune response against cancer.
免疫疗法试图利用免疫编辑的力量，增强对抗癌症的免疫反应。
Recent research has uncovered the intricate mechanisms of immune editing in immune checkpoint regulation.
最近的研究揭示了免疫编辑在免疫检查点调节中的复杂机制。
By studying immune editing, scientists hope to develop targeted therapies that target specific immune dysregulation in diseases.
通过研究免疫编辑，科学家们希望建立针对疾病中特定免疫失调的靶向疗法。