Euclidean cell complex 欧几里得胞腔复形
regular cell complex [数] 正则胞腔复形
finite cell complex 有限胞腔复形
dual cell complex [数] 对偶胞腔复形
closure finite cell complex 闭包有限胞腔复形
locally finite cell complex 局部有限胞腔复形
ganglion cell complex 神经节细胞复合体
complex cell [细胞] 复杂细胞
embryonic cell complex 胚性细胞复合体
Secondary cell electrode and fabrication method, and secondary cell, complex cell, and vehicle.
二次电池电极及制造方法,以及二次电池、复合电池,以及车辆。
The topic for this week is cell communication: how mechanisms that cells within a complex organism use to communicate with each other at short distances or long distances.
本周的主题是细胞通讯,即在一个复杂机体中的细胞,采用何种交流机制,在或长或短的距离中相互联系
Again, the point today is not for you to understand in detail all these mechanisms but to understand how those basic concepts we talked about last time, basic concepts of cell communication if arranged in the right kinds of ways can lead to complex outcomes.
再说一次 今天的重点不是,要你理解这些机制的细节,而是借此理解上节课讲的基本概念,细胞通讯的基本概念如果安排得当,可以产生非常复杂的反应
Immune cells recognize it, and they recognize it by a very special form of receptor-ligand interaction where the ligand is MHC1 with the foreign antigen and the receptor is a receptor called the T-cell receptor complex.
免疫细胞识别出染病细胞,通过一种特殊形式的,受体配体协作机制识别出来,其中的配体是同,外源抗原共同出现的MHC1,而这其中受体是T细胞受体复合体
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