- 更多网络例句与肾原细胞相关的网络例句 [注：此内容来源于网络，仅供参考]
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Oogonium develops into early oocyte in the ovary, and then the oocyte leaves the ovary for the coelomic fluid in the form of single cell or cell mass followed by the rapid separation of the group of oocytes into individual ones. Oocyte enters into the nephridium after its maturation. The rupture of germinal vesicle marks the oocyte maturation. Oocyte in the coelom does not have follicle membrane and vitelline membrane is formed and developed by the oocyte itself. Smaller oocyte (0μm in diameter) is round, and larger ones (≥60μm in diameter) is ovate. The short and long diameters of a morphologically mature oocyte are about 115—120μm and 140—145μm respectively, and the vitelline membrane is 7—9μm thick.
卵原细胞在卵巢中发育至早期卵母细胞时期单个或成团脱离卵巢入体腔液中，卵母细胞团细胞很快分离为单个细胞；卵母细胞在体腔液中发育成熟后进入肾管；生发泡破裂是卵母细胞成熟的标志；体腔中卵母细胞无滤泡膜，卵黄膜的形成与发育靠卵母细胞本身；卵径小于60μm的卵母细胞呈圆形，卵径大于60μm 的卵母细胞为卵圆形，形态上成熟的卵母细胞短径约115—120μm、长径约140—145μm、卵黄膜厚7—9μm。
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To study the cytopathogenic effect of mycoplasma membrane.the pro- toplasmic membrane of the mycoplasma causing swine enzootic pneumo- nia was prepared by the repeated Freeze-thaw method or the osmotic shock method,and was then inoculated into the rabbit kidney primary tissue cultures for examining their biological activities.The experimental results were as follows:in the cultures inoculated with 25～50μg of membrane protein ,the cytopathogenic effect was considerable.in the cul- tures inoculated with ...
用低渗解体及反复冻融裂解的方法，制备了猪喘气病病原霉形体膜，将所制备的膜制品接种兔肾原代单层细胞，作生物学活性观察，在接种量按蛋白含量计算为25～50微克膜蛋白的细胞管中观察致细胞病变作用，在接种17.5微克膜蛋白的细胞管中作用不明显，接种6微克膜蛋白的细胞管无致细胞病变作用。
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Then test of film cell growth by high sugar, LPS, high sugar plus LPS was done with the result showing that FANG KIDNEY capsule can restrain the growth of film cell and composition of external base, it can be concluded that it has obvious effect in preventing the hardening of kidney small cell.
为进一步探讨糖肾胶囊的作用机制，还采用国内外经典细胞培养方法，成功地培养出肾小球系膜细胞，在此基础上进行高糖、LPS、及高糖加LPS诱导细胞膜增生，结果发现糖肾胶囊能抑制系膜细胞增生及细胞外基质胶原合成，证明其对防止肾小球硬化有明显作用。
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The luminescence intensity of suspended immune cells (1×10〓 cells/ml) from peripheral blood, anterior kidney and spleen of grass carp, which were from two groups immunized with being injected Aeromonas hydrophilia and unimmunized respectively, were detected by means of BPCL4 Intelligentized Ultraweak Luminometer, the datum that were dealt with statistics demonstrated that luminescence intensity of the cells from all kinds of immune organs and blood were intensified after the fish were immunized in two weeks and the luminescence intensity from anterior kidney cells was the highest, mitogens had the enhancing effects. Luminol could strengthened luminescence intensity.
把未免疫的和经过嗜水产气单胞菌注射免疫的草鱼外周血、前肾、胸腺和脾脏以及它们的悬浮细胞（密度控制在1×10〓个细胞／ml左右）分别用BPCL4智能化微弱发光测量仪测量各组的发光强度，结果显示：草鱼各类免疫器官与细胞在免疫两周后发光强度增加，肾细胞的发光强度最大；有丝分裂原具有增强作用；化合物鲁米诺能提高发光强度。
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Methods Primary metanephric mesenchyme stem cells were cultivated and multi-directional differentiation was induced.
方法原代分离培养后肾间充质干细胞，在体外特定诱导条件下观察细胞向成骨细胞、脂肪细胞及肾小管上皮细胞的分化及其形态演变，采用细胞免疫荧光检测细胞表面特定蛋白的表达变化。
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The molecular mechanism in hypertensive kidney lesion was demonstrated by monitoring the levels of serum TGF-β, nitric oxide and plasma AngH in essential hypertensive patients and investigating the effect of information convection in endothelial cell on fibrillar collagen metabolism and its relationship with hypertensive kidney lesion.
该课题通过测定原发性高血压病人及伴肾脏损害病人的TGF-β_1、NO和Ang Ⅱ的水平，探讨内皮细胞产生的信息传递对纤维胶原代谢的影响及与高血压性肾损害的关系，以揭示高血压性肾损害发生发展的细胞分子机制。
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VZV was sensitive to Vero cells and not sensitive to the primary simple-lager cells from Meriones unguiculatus kidney, fetal rabbit kidney and fetal guinea pig kidney, lung and spleen.
VZV对Vero细胞敏感；对沙鼠肾，胎兔肾，胎豚鼠肾、肺、脾原代单层细胞不敏感；对乳小白鼠不敏感。
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The rest of proteins, peptides and amino acids are reabsorbed by podocytes and labyrinth cells, then become formed bodies and secreted into urinary space again and flow with the urine. These nutritions are digested in formed bodies and then reabsorbed and utilized by cells of nephridial canal.
该滤液中的葡萄糖和部分蛋白质、多肽、氨基酸由足细胞重吸收并消化利用，剩余部分蛋白质、多肽和氨基酸由足细胞和迷路细胞重吸收形成形成小体后再进入尿隙随尿液流动，并在形成小体中被消化，最后被原肾管细胞吸收利用。
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BioActive Glycopeptides and Peptidoglycans promote bradykinin action and activate glomerulus and nephrocyte to make vasopressor factor (angiotension-I)-suppressing as ACE-blocking to anti-hypertension and against Chronic fatigue syndrome, Nephrosis, glomerulonephritis, congestive heart failure.
天然生物活性醣胜肽与肽聚醣，可作为医师处方调配最好的医用营养素补充剂：提升血管舒缓激肽的活动、促进活化肾小球与肾原细胞，抑制血管增压因子、高血压、对抗慢性疲劳综合症、肾变病、血管球性肾炎、充血性心脏衰竭。
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BioActive Glycopeptides and Peptidoglycans promote bradykinin action and activate glomerulus and nephrocyte to make vasopressor factor (angiotension-I)-suppressing as ACE-blocking to anti-hypertension and against Chronic fatigue syndrome, Nephrosis, glomerulonephritis, congestive heart failure.
天然生物活性醣胜肽与肽聚醣，可作为医师处方调配最好的医用营养素补充剂：提升血管舒缓激肽的活动、促进活化肾小球与肾原细胞，抑制血管增压因数、高血压、对抗慢性疲劳综合症、肾变病、血管球性肾炎、充血性心脏衰竭。
- 更多网络解释与肾原细胞相关的网络解释 [注：此内容来源于网络，仅供参考]
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metanephrogenic blastema：生后肾原基
(2)生后肾原基:生后肾原基(metanephrogenic blastema)是中肾嵴尾端的中胚层组织受输尿管芽的诱导而产生的. 中肾嵴的细胞密集并呈帽状包围在尿管芽的末端,即成为生后肾原基. 生后肾原基的外周部分演变为肾的被膜,内侧部分形成多个细胞团,
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archiblastoma：原胚细胞瘤
archiblast 原胚细胞 | archiblastoma 原胚细胞瘤 | archinephron 原肾
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nephridial tubules; nephric tubules：细肾管
肾管器官 nephridial organs | 细肾管 nephridial tubules; nephric tubules | 肾管原细胞;肾母细胞 nephridioblast
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nephridiopore：肾管孔
肾管原细胞;肾母细胞 nephridioblast | 肾管孔 nephridiopore | 肾管口;肾口 nephridiostome
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nephrocolic：肾结肠的
nephrocoelnephrocoele 肾节腔 | nephrocolic 肾结肠的 | nephrocyte 肾原细胞
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nephrocyte：肾原细胞
nephrocolic 肾结肠的 | nephrocyte 肾原细胞 | nephrodinic 泄殖的
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nephrodinic：泄殖的
nephrocyte 肾原细胞 | nephrodinic 泄殖的 | nephrogenesis 肾发生
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protonephridium：原肾管
从扁形动物开始出现了原肾管(ProtonePhridium)的排泄系统. 它存在于这门动物(除无肠目外)所有类群. 原肾管是由身体两侧外胚层陷入形成的,通常由具许多分支的排泄管构成,有排泄孔通体外. 每一小分支的最末端由焰细胞(flame cell)组成盲管.
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solenocyte：管细胞
比较原始的环节动物其排泄器官仍为原肾管,只是由管细胞(solenocyte)与排泄管构成,与扁形动物的焰细胞不同. 多数环节动物具有控体节排列的后肾(metanephridium),每体节一对或很多,后肾管来源于外胚层. 典型的后肾管为一条迂回盘曲的管子,
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primary cell culture：原代细胞培养
原代细胞培养(Primary cell culture)用胰蛋白酶将人胚(或动物)组织分散成单细胞,加一定培养液,37℃孵育1-2天后逐渐在培养瓶底部长成单层细胞,如人胚肾细胞、兔肾细胞.