结论：超声检查可发现多种胎儿肾发育畸形，是一种良好的产前诊断方法。
Conclusion The super voice check can discover various embryo kidney growth abnormal, is a kind of good prenatal period to diagnose a method.
多囊性发育不良肾也称为多囊肾发育不良，切开发现，大小不等的囊肿取代了肾实质。
A multicystic dysplastic kidney (also known as cystic renal dysplasia) has been sectioned to reveal the variably sized cysts that replace the renal parenchyma.
近年来的研究发现，肾发育过程中的胚基残留，分化障碍可能是肾母细胞瘤发病的原因之一。
For these years, residua of metanephric blastema and delay of differentiation in the development of kidney have been considered the cause of nephroblastoma.
铅这种重金属，也会污染水和土壤，而且，根据CCHE，铅几乎可以干扰到胎儿发育的各个方面，造成脑和肾的损伤。
This heavy metal, which can also contaminate water and soil, can interfere with nearly every aspect of fetal development, causing brain and kidney damage, according to the CCHE.
这些化学物质与肾损害，癌症，神经紊乱，智力发育障碍，胎儿的损害，以及许多其他健康问题相关。
These chemicals have been linked to kidney damage, cancers, nervous disorders, impaired mental development, foetal damage, and many other health problems.
研究人员相信这种化学信号可能也在身体其它部分像肾，眼睛，耳朵，鼻子和脸上怎样发育起了重要作用。
Researchers believe this chemical signal may also play a role in how other body parts, like the kidneys, eyes, ears, nose, and face, develop.
肾主生长、发育于生殖。
左肾为多囊肾和发育不良，乙状结肠极度扩张。
The left kidney was multicystic dysplastic. The sigmoid colon was extremely distended.
目的：研究鲢、鸡、牛、犬和大鼠脑肾母细胞瘤过度表达基因（nov）蛋白免疫反应阳性神经元的比较发育。
Objective: To study the comparative development of NOV immunoreactive neurons in the brain of silver carp, chicken and mammals.
随着肾单位的发育，免疫反应虽有所减弱，但生后第30天仍可看到中等强度的反应。
The reaction decreased with the development of nephrons, however, moderate reaction was still observed on 30th postnatal day in S_3 segment.
肾精关系着人的生命中生长、发育及生殖的全过程。
Kidney essence of human life in the relationship between the growth, development and reproduction of the entire process.
为了研究体外冲击波碎石术(ESWL)对幼龄肾脏发育及功能的影响，我们设计了幼龄家兔孤肾模型。
In order to study the effects of ESWL on the immature kidney growth and function, we designed the model of immature solitary kidney.
目的观察成纤维细胞生长因子受体2 (FGFR2)在小鼠肾发生发育中的表达规律和定位，探讨FG - FR2与小鼠肾发生发育的关系。
Objective to observe the expression rules and sites of fibroblast growth factor receptor 2 during kidney development of mouse and investigate the correlation of FGFR2 with kidney development.
结果：CT对全部6只积水型肾作出诊断，而9只发育型肾中5只作出诊断，2例发育不全型中1例作出诊断。
Results: All of 6 hydronephrotic, 5 out of 9 developmental and 1 out of 2 hypoplastic duplication of kidney were diagnosed on CT imaging.
方法：光镜下应用体视学方法对生前和生后小鼠肾脏中各发育阶段的肾小体体积进行测量。
Methods : Renal corpuscles of different developmental stage at different age were investigated with stereological method at light microscopic level.
目的：观察第3 ~ 8周人胚中肾的发育和生长因子及其受体的表达。
Objective: to observe the development of mesonephros and the expression of growth factors and their receptors in human embryo of 3th-8th weeks.
肾是人体生命的根源，为先天之本，主管着生长发育、衰老死亡的全过程。
Kidney is the root of human life, for the innate book, in charge of the growth and development, aging, death of the entire process.
目的研究小鼠肾脏肾小体发育中的细胞凋亡。
Objective to study the apoptosis in the development glomerulus of mouse kidney.
肾脏是人体主要的排泄器官，它的发育经过原肾、中肾、后肾3个阶段。
The development of the kidney, the major excretory organ after birth, consists of 3 stages:the pronephros, mesonephros and metanephros.
中肾管退化，中肾旁管上段和中段未融合部分发育为输卵管。
The mesonephric duct degenerates, whereas the unfused upper and middle part of the paramesonephric duct develops into the oviduct.
方法：应用组织培养、后肾移植和光、电镜技术对发育不同阶段的肾小体进行观察。
Results: The renal corpuscles developed in cultured and transplanted E13 d metanephroses, and there was no renal corpuscles before.
祖国医学认为肾具有“主藏精”和“主生长发育”等功能，人体的生长壮老已的变化是由肾气的消长盛衰决定的。
Traditional Chinese Medicine thinks it stores the essence of life and is concerned with reproduction and the development of human body.
小尾寒羊胎肾中肾小体的发育模式为，肾皮质由深到浅可呈现数代处于不同发育阶段的肾小体，在肾皮质深层肾小体先发育成熟，表层不断形成新的肾小体使皮质增厚。
The renal corpuscle in deeper cortex matured first There were new renal corpuscles forming constantly in the shallow cortex, which made the cortex thicken; the fetal spleen was a hematopoietic organ.
小尾寒羊胎肾中肾小体的发育模式为，肾皮质由深到浅可呈现数代处于不同发育阶段的肾小体，在肾皮质深层肾小体先发育成熟，表层不断形成新的肾小体使皮质增厚。
The renal corpuscle in deeper cortex matured first There were new renal corpuscles forming constantly in the shallow cortex, which made the cortex thicken; the fetal spleen was a hematopoietic organ.
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