有大量的胆固醇结晶。
在粥样斑块中看到的针状空隙即为胆固醇结晶。
The open, needle-like aces in the atheromatous plaque are cholesterol clefts.
与对照组比较，他们发现了胆固醇结晶侵蚀斑块的证据。
When comparing their findings against a control group, they found evidence of cholesterol crystals disrupting plaque.
高倍镜下可见粥样斑块中有许多泡沫细胞(即吞噬大量脂质的巨噬细胞)和胆固醇结晶。
At higher magnification, many foam cells (macrophages full of lipid material) and a cholesterol cleft are seen in this atheromatous plaque.
可见大量针状的胆固醇结晶(针状空隙)，左边有新鲜出血，血栓可在这样的斑块顶部形成。
The plaque contains amorphous pink material with slit-like "cholesterol clefts" of lipid material. There is overlying recent hemorrhage at the left. Thrombus may form on top of such a plaque.
结果：胆固醇结石表层结构内均能够发现细菌，胆固醇结晶中少有细菌，结石核心可发现细菌。
Results:Bacteria were found in the superficial layer of the cholesterol stone, seldom found in the cholesterol crystal and could be seen in the core of cholesterol stone yet.
图示：动脉粥样硬化高倍镜显示多量泡沫细胞，偶见胆固醇结晶(棱状空隙)。一些暗蓝色的炎细胞散在分布于粥样硬化病灶内。
This high magnification of the atheroma shows numerous foam cells and an occasional cholesterol cleft. A few dark blue inflammatory cells are scattered within the atheroma.
结果：结石组6只（6 / 10 ）出现胆囊结石，9只（9/10 ）出现胆固醇结晶，UDCA组和对照组无结石及结晶出现；
Results: Compared with the negative results both in control and UDCA preventive groups, cholesterol crystals and stones were found in 9 and 6 out of 10 gallbladders respectively in lithogenic group.
他们发现一些物理条件如温度在胆固醇快速结晶和潜在性诱导其破裂起到重要的作用。
They found that physical conditions such as temperature can play a role in how quickly cholesterol crystallizes and potentially causes a rupture.
以乙醇为溶剂，用重结晶方法纯化胆固醇。
Besides, the cholesterols were purified by recrystallization.
以乙醇为溶剂，用重结晶方法纯化胆固醇。
Besides, the cholesterols were purified by recrystallization.
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