Diagnosis: Sarcoidosis with interlobular septal thickening.
诊断：结节病并小叶间隔增厚。
Thickening of interlobular and intralobular septa was revealed in 30 cases.
小叶内间质及小叶间隔增厚30例。
In addition, the nodules are seen in relation to thickened interlobular septa.
另外还可见小叶间隔结节状增厚。
By the interlobular vein, the interlobular bile duct are composed the hepatic duct area.
由小叶间静脉、小叶间胆管组成门管区。
The capillary density in interlobular tissue was higher than that of intralobular parenchyma.
小叶间隔微血管密度高于小叶实质。
The apoptosis of the epithelial cells may be related to the damage of interlobular bile ducts.
而小叶间胆管周围小血管内皮细胞的损伤可能是导致小叶间胆管上皮细胞凋亡的直接原因。
They arise from interlobular stroma, but unlike fibroadenomas are not common and are much larger.
它们源于小叶间质，但不象纤维腺瘤，它们不常见而且大的多。
Interlobular septal thickening, common with lymphangitic spread of carcinoma is not seen in this case.
此例未见一般在淋巴管转移癌常见的小叶间隔增厚。
In sarcoidosis, nodular interlobular septal thickening reflects the presence of interstitial granulomas.
在结节病，结节样的小叶间隔增厚反映的是间质的小肉芽肿。
Interlobular septa are composed of connective tissue and contain lymphatic vessels and pulmonary venules.
小叶间隔由结缔组织组成，含有淋巴管和小肺静脉。
Thickened interlobular septa are visible bilaterally and are associated with distortion of lung architecture.
增厚的小叶间隔可见于双侧，并肺结构变形。
Nodular thickening of interlobular septa can be seen in lymphangitic carcinomatosis, sarcoidosis, and silicosis.
结节状小叶间隔增厚可见于癌性淋巴管炎、结节病和硅肺。
Some linear densities are noted in peripheral portion suggesting interlobular and intralobular septal thickening.
外周部分呈线性密度分布，提示小叶间和小叶内间隔增厚。
Diagnosis: Lymphangitic spread of carcinoma, right hilar bronchogenic carcinoma, with interlobular septal thickening.
诊断：右肺癌、癌性淋巴管炎，并小叶间隔增厚。
Objective To investigate HRCT appearances of interlobular septa and pathologic basis in coal worker 's pneumoconiosis (CWP).
目的研究煤工尘肺小叶间隔线在高分辨率CT (HRCT)上的基本形态和病理基础。
Peribronchovascular nodules are visible. Nodules in relation to the interlobular septa and centrilobular regions are also seen.
支气管血管周围亦可见结节，亦可见于小叶间隔及中心区。
The histologic characteristics include fibrous proliferation of interlobular portal areas , and normal structure of hepatic lobules.
肝脏组织学特点为汇管区纤维增生明显，肝小叶结构正常。
CDE technique is helpful in measuring the ri of interlobular artery and the thickness of renal cortex, which are important parameters in evaluating renal function.
作者认为CDE技术对测量肾皮质厚度和小叶间动脉的RI有很大的帮助。而肾皮质厚度和小叶间动脉的RI是评估肾功能损害程度的重要参数。
On the basis of gross pathology and histologic section, regular type of thickened interlobular septa was composed of edema( 10/10) , inflammation ( 8/10) , slight fibrosis( 9/10).
组织病理学上规则型小叶间隔线主要表现为小叶间隔水肿（10／10）、小叶间隔内炎性渗出（8／10）和局限于小叶间隔内的纤维化（9／10）；
Results: The features including nodules, thickening of interlobular septum, emphysema, diffuse fibrosis, mass shadows and other lesions were showed on CT and HRCT imaging in 6 cases .
结果：6例患者CT和HRCT清晰地显示小结节、肺气肿、小叶间隔增厚、纤维化、块状影及其它病变。
The results showed that 88% of the total pressure drop across vasculature from arcuate artery fo glomeruli occurs in the interlobular artery and diameter of preglomerular microvessels.
分析小球前各段血管的压力降所占动脉总压降的比例得知：小叶间动脉占总压降的88％。肾小球毛细血管和出球小动脉亦具有较大的压力降。
Peribronchovascular nodules are clearly seen, and numerous nodules surround the central bronchi and vessels. Nodules in relation to the interlobular septa and centrilobular regions are also seen.
支气管血管周围结节清晰可见，大量的结节包绕支气管及血管周围，小叶中心及小叶间隔亦可见。
Results It was found for the first time that IAPP distributes all the parts of ductal epithelium from interlobular duct to centroacinar cell and was located in the upside and both sides of nucleus.
结果发现胰腺小叶间导管、小叶内导管、闰管上皮细胞至泡心细胞均呈胰岛淀粉样多肽免疫反应性，阳性物质主要分布于核上方及两侧。
Nodules seen in relation to interlobular septa, the peribronchovascular interstitium, or beneath the pleural surface represent tumor growing in pulmonary capillaries, lymphatics, or the interstitium.
结节可见于小叶间隔、支气管血管周围间质、胸膜表面之下的毛细血管、淋巴管及间质。
Nodules seen in relation to interlobular septa, the peribronchovascular interstitium, or beneath the pleural surface represent tumor growing in pulmonary capillaries, lymphatics, or the interstitium.
结节可见于小叶间隔、支气管血管周围间质、胸膜表面之下的毛细血管、淋巴管及间质。
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