抗体的多样化，不仅形状的免疫记忆的剧目，而且自身抗体。
Antibody diversification not only shapes the repertoires of the immunological memory, but also those of auto-antibodies.
文章利用基于免疫记忆的分类器—免疫记忆分类器研究该类问题。
In this paper, artificial immune memory classifier is used to research such problem.
但他的团队确实发现嗜碱性细胞击退了一种寄生虫的二次攻击，证实了这种细胞辅助免疫记忆的功能。
His team did, however, find that basophils help rebuff a parasite's second attack, confirming that the cells aid immune memory.
那些在记忆测试中表现良好的人，其体内的免疫球蛋白A水平会升高。免疫球蛋白 A 是一种抗体，是人体抵御细菌的第一道防线。
Those who did well on the memory test had an increase in levels of immunoglobulin A, an antibody that's the body's first line of defense against germs.
那么影响记忆性T细胞免疫的因素有哪些？
What are the general factors influencing t cell immune memory?
长期缺觉会增加患病风险，包括对记忆力的损害和免疫能力下降。
Regularly getting too little increases the risk of health problems, including memory impairment and a weakened immune system.
本文探讨了无记忆组合函数的非线性与相关免疫性之间的关系。
The relationship between nonlinearity and correlation immunity of memoryless combining function is addressed in this paper.
生物免疫是一个高度复杂的自适应系统，具有学习、记忆和模式识别的能力。
Biological Immune is a highly complexity and self-adaptive system with capability of learning, memory acquisition, pattern recognition and so on.
当再次接触到这种病原菌时，人体的免疫系统便会依循其原有的记忆，制造更多的保护物质来阻止病原菌的伤害。
When exposure to this pathogen, the immune system will follow the original memory, making more protective substances to prevent pathogen damage.
一部分淋巴细胞继续杀死感染了病毒的身体细胞，还有一部分转作免疫系统的记忆成分，以便再次感染病毒时迅速作出反应。
Some T-cells go on to kill infected body cells. Some act as part of the immune system's memory, so that it can respond quickly to the recurrence of an infection.
该系统由四个紧密联系的模块组成：基因库进化、克隆选择、否定选择和免疫记忆，四者形成一个有机的整体。
The system is made up of four modules, such as gene library evolution, clone selection, negative selection, immune memory module. The four patterns form an organic integer.
摘要基于独特型免疫网络原理，提出了一种新型的分区记忆模式人工独特型网络模型，并利用其对卫星遥感数据进行了分类。
Based on idiotypic immune network theory, a Regional-memory-pattern Artificial idiotypic network (RAIN) is proposed to classify multi-spectral remote sensing image.
表明益气助阳液具有提高机体免疫力和记忆力的作用。
These results suggested that YQZY enhanced the memory and the immunity of the body.
大部分被感染的记忆性T细胞因病毒或免疫系统的攻击而死亡，有一些会回到休眠状态。
Most of the infected memory T cells due to a virus or the immune system attacks and death, some will return to hibernation.
免疫系统的记忆功能、识别功能、特征提取功能、动态保护、自我调节功能等等，有着很好的应用价值。
Memories, Recognition, Feature Extraction, Dynamic protection, Self-regulation are the special mechanism of the immune system, which has good application value.
通过借鉴生物免疫系统中的克隆选择原理和记忆机制，提出了一种人工免疫c -均值混合聚类算法。
Inspired by the clone selection principle and memory mechanism of the vertebrate immune system, a hybrid algorithm combining C-means algorithm and artificial immune algorithm is presented.
该模型很好的利用了免疫系统的分布式、记忆特性、学习能力，能有效地对异常信息进行快速发现与处理。
This model makes good use of the distribution, memorization, learning ability to discover and process the exceptional information quickly and effectively.
通过借鉴生物免疫系统中的克隆选择原理和记忆机制，提出了一种基于人工免疫原理的混合聚类算法。
Inspired by the clone selection principle and memory mechanism of the vertebrate immune system, a new hybrid clustering method based on the artificial immune theory is presented.
克隆选择用来产生抗原的记忆细胞群体，免疫网络理论则用来抑制该群体规模的快速增长。
While the clonal selection principle is responsible for generating the memory cell population, the immune network theory prevents the population size from increasing quickly.
与先天性免疫不同的是，适应性免疫的产生源于多元的免疫受体及个体本身的免疫记忆。
Adaptive immunity, in contrast to innate immunity, is based on the diversification of immune receptors and immunological memory in each individual.
免疫记忆是适应性免疫应答的重要特征，其细胞学基础的阐明是疫苗开发和疾病预防的关键。
Immunological memory is an important characteristic of adaptive immune response and elucidation of its cellular basis is critical for vaccine exploration and disease prevention.
提出了带记忆组合器的非线性复杂度和相关免疫阶的概念。
The concepts of nonlinear complexity and correlation immune order of combiner with memory are proposed in this paper.
算法中的免疫记忆单元确保了快速收敛于全局最优解，算法中的均匀交叉操作则体现了进化的思想。
The immune memory units guarantee this algorithm rapid convergence to global optimum and the uniform crossover operator embody the idea of evolution.
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。
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。
Immunological memory is defined functionally as an antigen induced altered state of the immune system persisting in the absence of antigen.
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