adj.克隆型的

The clonotypic diversity of T cells in the immune repertoire reflects their unique ability to recognize and respond to various antigens.
免疫球蛋白重链和轻链的克隆特异性多样性反映了T细胞独特地识别和应对不同抗原的能力。
Each B cell generates a unique clonotype, which is crucial for its ability to target specific pathogens.
每个B细胞产生独特的克隆类型，这对于其针对特定病原体的能力至关重要。
Clonotypic analysis of T cells helps scientists understand the immune response during viral infections. T细胞的克隆特异性分析有助于科学家理解病毒感染期间的免疫反应。
The clonal expansion of T cells with the same antigen specificity is a hallmark of an adaptive immune response.
同一抗原特异性T细胞的克隆扩增是适应性免疫反应的标志特征。
After vaccination, clonotypic memory T cells can rapidly respond to subsequent encounters with the same pathogen.
接种疫苗后，具有相同抗原特性的克隆记忆T细胞能迅速对再次遇到的病原体做出反应。
Clonotypic analysis in cancer immunotherapy aims to identify and boost effective T cells against tumor-specific antigens.
在癌症免疫疗法中，克隆特异性分析旨在识别并增强针对肿瘤特异性抗原的有效T细胞。
A study on clonotypic diversity can shed light on the effectiveness of immune checkpoint inhibitors in treating cancer.
关于克隆特异性的研究可以揭示免疫检查点抑制剂在治疗癌症方面的有效性。
Monitoring clonotypic shifts in the immune system may provide insights into the progression of autoimmune diseases.
监测免疫系统的克隆特异性变化可能有助于了解自身免疫疾病的发展过程。
The clonal structure of the immune system allows it to maintain a balance between recognizing foreign threats and avoiding self-reactivity.
免疫系统的克隆结构使其能够在识别外来威胁与避免自身反应之间保持平衡。
The clonotypic similarity between different T cell clones indicates a shared antigen recognition mechanism.
不同T细胞克隆之间的克隆特异性相似性表明它们共享了相同的抗原识别机制。