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1·On enhanced ct scanning the density of renal medulla increased, the margin of renal calyces became indistinct.

CT增强扫描肾髓质密度增高，肾小盏界限模糊。

2·Hepatic glycogen is the major storage site for the metabolic fuel for glucose-dependent organs such as erythrocytes, retina, renal medulla, and brain.

肝糖原是以葡萄糖为代谢燃料的器官如红细胞、视网膜、肾髓质和脑的主要储存位置。

3·Results Calcium deposition in bilateral renal pyramids in 4 cases and scattered microcalculi in renal medulla and pelvis in 6 cases were accounted 62.5%(10/16);

结果16例中4例表现为双肾锥体钙盐沉积症，6例表现为髓质和肾盂散在性微小结石，二者共计10例，占6 2 .5 %。

4·Based on the above studies, we extended our work on microcirculation in the renal medulla to microcirculatory transport in the skin and haemodynamics in arteries.

在上述研究基础之上，本项研究还拓展了肾脏微循环的研究，进一步开展了皮肤微循环和血管血流循环的生物力学机理研究。

5·Renal Cyst produced from renal Parenchyma, prominent on renal cortical surfaces, blue appearance, and also located in deep of renal cortical or medulla.

囊肿自肾实质产生，突出肾皮质表面，外观呈蓝色，但也可位于肾皮质深层或髓质。

6·The kidney included renal corpuscle, renal tubules and lymphoid tissue, and it had no differentiation of cortex and medulla.

中肾包括肾小体、肾小管和填充于其间的拟淋巴组织，无皮质和髓质之分。

7·Renal TB usually begins in the cortex, but spreads to involve the medulla and collecting system.

肾结核通常发生在肾皮质，但是可以渗透累及髓质及收集系统。

8·The results suggest that the method can be used to study the microcirculation of renal inner medulla in vivo.

说明这一方法可以用于肾髓质微循环活体研究。