糖尿病肾病中足细胞的肥大与丢失。
电镜观察肾小球足细胞的改变；
The change of glomerular podocytes was observed by electron microscopy.
三个核分化成为反足细胞。
三个反足细胞是短命的。
足细胞的足突融合。
德鲁撒型变型胚囊中具有4 ~11个反足细胞。
There are 4 ~ 11 antipodal cells in embryo sac of Drusa type.
蛋白尿是难溶性补体C5b-9攻击足细胞的结果。
Proteinuria is a consequence of sublytic complement C5b-9 attack on podocytes.
成熟胚囊由印器，具二极核的中央细胞及三个反足细胞组成。
The mature embryo sac comprises an egg apparatus, a central cell with two polar nuclei and three antipodal cell.
目的探讨新生小鼠中足细胞损伤对肾小球发育的影响及其机制。
Objective To study the effect of injured podocytes on glomerular maturation and its underlying mechanism in neonatal mice.
此外还观察到足细胞有足突融合现象及肾小球毛细血管基膜增厚。
Moreoever, the fusion of the foot processes and the thickening of the glomerular capillary basement membrane were also noted.
珠心、珠被、反足细胞都不含淀粉。宿存助细胞具丰富的淀粉。
There is no starch in the nucellus, integuments and the antipodal cells, the persistent synergid contains a large amount of starch.
成熟胚囊为蓼型胚囊，它包括卵器，一个中央细胞和三个反足细胞。
The mature embryo sac contains an egg apparatus, a central cell and three antipodal cells.
论证了反足细胞胚的性质，初步探讨了胚乳与反足细胞无配子生殖的关系。
The concept of antipodal embryo and the relationship of antipodal apogamy with endosperm are discussed.
目的探讨全反式维甲酸（ATRA）对糖尿病大鼠足细胞损伤的保护作用。
Objective To investigate the protective effect of all-trans retinoic acid (ATRA) on podocyte lesion in diabetic rats.
成熟胚囊包含卵器(由两个助细胞、一个卵细胞组成)，中央细胞及三个反足细胞。
A mature embryo sac is composed of egg apparatuses (two synergids and one egg cell), central cells and three antipodal cells.
吡格列酮还能显著减轻PAN诱导的足细胞凋亡和坏死，而恢复足细胞的分化功能。
Further, pioglitazone significantly decreased PAN-induced podocyte apoptosis and necrosis while restoring podocyte differentiation.
结论：ORG患者存在足细胞损伤，并表现出足细胞相对密度下降和绝对数目减少两种类型。
Conclusion:A relative decrease of the density and an absolute decrease in the number of podocytes was observed in ORG patients, and varied at different stage of the disease.
成熟胚囊被珠被绒毡县包围，由卵器、具次生核的中央细胞以及数目为1至6个反足细胞组成。
The mature embryo sac is surrounded by en lothelium tapetum. It is composed or an egg apparatus, one central cell with secondary nucleus, and 1—6 antipodal cells.
目的：探讨血管内皮细胞生长因子(VEGF)在足细胞内的分布及其所表达的VEGF亚型。
Objective: to probe the expression and distribution of vascular endothelial growth factor (VEGF) and its isoforms in podocyte.
结论ATRA可以减少糖尿病大鼠尿足细胞的排泄、降低尿蛋白，对肾脏足细胞损伤具有保护作用。
Conclusions ATRA can decrease the excretion of urinary podocyte and proteinuria. ATRA has a protective effect on podocyte lesion in diabetic rats.
从而增强细胞活力和免疫力，打造活力十足的年轻体质。
Strengthen cell vitality and immunity dint thus, create young physical endowment with sheer vitality.
浮游动物包含各种各样的小生物体，从单细胞原生动物到水母、磷虾和桡足类动物，为海洋食物链提供了基本的链接。
The zooplankton, which encompass a wide range of little organisms from single-cell protozoa to creatures such as jellyfish, krill and copepods, provide the basic link in the ocean food chain.
家族性FSGS也可因为某些不同的足突细胞蛋白改变而发生。
Familial forms of FSGS also exist due to alterations of several different podocyte proteins.
方法选择单核巨噬细胞的吞噬功能、小鼠足垫dTH反应等指标研究药物的免疫调节作用。
Methods We choosed indexes such as swallow function of macrophage, DTH reflection of mice sole, to research the immunomodulation of the medicine.
目的：观察自体干细胞移植治疗糠尿病足的可行性及安全性。
Objective: to observe the efficacy and safety of autologous stem cell transplantation in treatment of diabetic lower limb ischemia.
目的：观察自体干细胞移植治疗糠尿病足的可行性及安全性。
Objective: to observe the efficacy and safety of autologous stem cell transplantation in treatment of diabetic lower limb ischemia.
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