Immunological memory is defined functionally as an antigen induced altered state of the immune system persisting in the absence of antigen.
免疫记忆是在缺乏抗原存在的情况下，免疫系统所具有的一个特殊警觉时期。
Antigen-specific immunological memory is a cardinal feature of immunity, which depends on generation and maintenance of memory t lymphocytes, B lymphocytes and plasma cells with antigen specificity.
抗原特异性免疫记忆是免疫的基本特征，其物质基础是初次免疫应答后产生的抗原特异性的记忆性T淋巴细胞和记忆性B淋巴细胞以及浆细胞。
In this algorithm, the data set to be analyzed is taken as the invading antigen and the memory cell generated ACTS as the initial cluster center.
算法中，待分析的数据被视为入侵性抗原，产生的记忆细胞作为聚类分析的初始中心。
Memory B cells behave as 'memory stem cells' capable of generating plasma cells and antibodies in an antigen-dependent as well as in an antigen-independent fashion.
记忆B细胞被认为是记忆干细胞，通过抗原依赖和非抗原依赖的方式，能转化为浆细胞而产生抗体。
Memory B cells behave as 'memory stem cells' capable of generating plasma cells and antibodies in an antigen-dependent as well as in an antigen-independent fashion.
记忆B细胞被认为是记忆干细胞，通过抗原依赖和非抗原依赖的方式，能转化为浆细胞而产生抗体。
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