1.
Modulation of Activity of Retinal Bipolar Cell by Brain Natriuretic Peptide;
钠尿肽对视网膜双极细胞活动的调制
2.
Changes of retinal bipolar cells and ganglion cells' ultrastructure in reattached retina of spleen-qi deficiency rabbit model
脾虚气弱对兔视网膜脱离复位后双极细胞及节细胞变化的影响
3.
L-type Calcium Currents in the Rod Bipolar Cells of SD Rat;
SD大鼠视杆双极细胞L—钙通道电流特点
4.
Modulation by Brain Natriuretic Peptide of GABA Receptors on Rat Retinal Bipolar Cells;
脑型钠尿肽对大鼠视网膜双极细胞上γ-氨基丁酸受体的调制
5.
Expression of protein kinase Cα in developing retinal rod-bipolar cells in vitro
蛋白激酶Cα亚型在视网膜视杆-双极细胞发育过程中表达规律的体外实验研究
6.
Two specialized epidermal cells and a bipolar neuron are associated with each sensillum.
一个感器联结着两个特化的真皮细胞和一个双极神经元。
7.
Measurement of NH_4~+ activity in leaf cells of rice using double-barreled NH_4~+ selective microelectrodes
双阻NH_4~+选择性微电极测定水稻叶片细胞中NH_4~+的活度
8.
2 Somatic embryos in Hevea had bipolarity.
2 橡胶树体胚具有双极性，体细胞胚发生早期就具有胚根和胚芽两极。
9.
polarity glioblastoma of craniocerebrum
颅脑极性成胶质细胞瘤
10.
The polar lipids are found almost entirely in cellular membranes (phospholipids being the main components of the bilayer) with only very small amounts in depot fats.
极性油脂几乎全部存在于细胞膜(磷脂是双层的主要成分),只有很少量存在于贮存脂肪中。
11.
MEASUREMENT OF NITRATE ACTIVITY IN LEAF CELLS OF CHINESE CABBAGE IN VIVO USING DOUBLE-BARRELED NITRATE SELECTIVE MICROELECTRODES
双阻离子选择性微电极测定活体不结球小白菜叶片细胞中硝酸根离子的活度
12.
There is only a shade of difference in appearance between the twins.
这对双胞胎的外貌只有极小的区别。
13.
Objective To reestablish cell polarity of hepatocytes cultured in vitro.
目的使培养肝细胞在体外重建细胞极性。
14.
Either extremity of the main axis of a nucleus, a cell, or an organism.
卵细胞的极细胞核、细胞或有机体的主轴两端的任一端
15.
Characteristics of Hepatocyte Polarity during the Hepatocyte Differentiation by Adult Bone Marrow Mesenchymal Stem Cells in Vitro;
成人骨髓基质干细胞向肝细胞分化过程中细胞极化特征研究
16.
Mononucleated haploid cells join to produce binucleate cells.
单核的单培体细胞连接在一起产生双核细胞。
17.
animal pole: The portion of an egg opposite the vegetal pole that contains the nucleus and most of the cytoplasm.
动物性极: 与包含细胞核和多数细胞质的植物性极相对的卵的部分。
18.
Hyperpolarization and repolarization both describe increased electronegativity within the cell.
超极化及再极化都表明细胞内负电性的增强。