如果潜水员从一个高压的水下环境迅速上浮到一个低压的水下环境，他们的血液和组织中溶解的气体就会膨胀并形成气泡。
If a diver ascends too quickly from a high-pressure underwater environment to a lower-pressure one, gases dissolved in blood and tissue expand and form bubbles.
附有电路的薄膜被安放到生物组织上，之后便自然溶解消失，附着的电路在毛细管吸附力的作用下则紧贴在了生物组织上。
When the film containing the circuit is placed on biological tissue, it dissolves naturally. What it leaves behind is the circuit, attached to the tissue by capillary forces and supported by it.
载有电路的丝质薄膜附着在人体组织上后，就会自动溶解。
When the film containing the circuit is placed on biological tissue, it dissolves naturally.
柠檬在提升中提供酸并溶解疤痕及衰退组织。
Lemon provides acids necessary dissolve scar tissues and decay in ascension.
结果：上颌骨良性肿瘤和肿瘤样病变多为类圆形边界清楚的骨质溶解，有硬化边，呈膨胀性生长，无邻近软组织肿块。
Results: Most of the benign tumor and tumor-like diseases in maxillary bone revealed round like, well defined bony destruction with sclerotic rim, expansive growth and no surrounding soft tissue mass.
然而当细胞定居下来，并开始分泌自己的细胞外间质时，这些支架也会溶解，仅留下健康的组织。
But after the cells have established themselves and begun secreting their own extracellular matrix, the scaffold should dissolve, leaving behind only healthy tissue.
它促进了血栓的溶解，并能增进组织氧气和营养的供给。
It accelerates the dissolution of thrombi and improves the supply of the tissue with oxygen and nutrients.
氦，由于其在身体组织内较不易溶解，因此在深潜时已被用来取代氮气。
Helium, which dissolves less easily in body tissues, is substituted for nitrogen for deep Dives.
本文用尿激酶(UK)和人体组织型纤溶酶原激活剂(t - PA)进行了兔髂股动脉血栓实验性溶解的对照研究。
The thrombolytic effect was compared between urokinase (UK) and human tissue plasminogen activator (t-PA) in rabbits with experimental iliofemoral artery thrombus.
血栓溶解疗法可以迅速恢复缺血脑组织的血流，能有效挽救缺血半暗带的功能。
On the early onset, thrombolytic therapy could timely restore blood flow of ischemic tissue and efficiently salvage the function of ischemic penumbra.
研究选择不同成熟期、不同种类的原料干酪和添加不同比例及种类的溶解盐对干酪组织状态、风味的影响。
The study for the influence on the structure and flavour of cheese may used different rippense and kind of cheese as material and added different ratio and kind of salt.
介绍了钒在钢轨钢中溶解、析出、分布情况，分析了钒对钢轨钢组织结构及对钢轨钢性能的影响。
The dissolution, precipitation and distribution of vanadium in rail steel are introduced in this paper, effect of vanadium on the microstructure and properties of rail steel is also analyze.
显微镜见到的粒子，在颜色、组织结构、均匀性以及对水的溶解和吸附性方面都各不相同。
Microscopically visible particles differ in colour, texture, uniformity and in water solubility and absorption.
超微病变也很明显，主要表现为多数组织器官的细胞核膜扩张，核染色质溶解消失，线粒体肿胀。
They were the target organs. Under the electrical microscope, cytopathological changed obviously. The cells of most tissues and organs were badly destroyed.
瘤细胞能产生毒素或溶解性物质，使周围组织失去抵抗入侵的能力，恶性程度越高，特征越明显。
Tumor cells can produce toxins or soluble substances, so that the surrounding tissue lose the ability to resist the invasion, the higher degree of malignancy, the features more obviously.
虽然理解量力学除去屏蔽带可能不是必要的，一个组织的系统经常被需要那能使复杂的溶解度行为的准确的预言变得容易。
Although it may not be necessary to understand quantum mechanics to remove masking tape, an organized system is often needed that can facilitate the accurate prediction of complex solubility behavior.
结果显示：病理组织学改变（1）疣体反应区淋巴细胞浸润，同时伴棘细胞水肿、溶解；
The pathological changes were as follows:1) Lymphocyte infiltration , cellular edema and dissolution were found in the reaction areas;
通过对犬胫骨标本的组织学检查发现，其粘接机理可能为机械镶嵌固定，并通过溶解而逐步吸收。
From the micrography, we found that the mechanism of agglutination was inlaying and the mechanism of absorption was through the dissolution.
借助金相分析技术和极化曲线分析了铝阳极材料的微观组织结构及其对铝阳极腐蚀溶解机理的影响。
Microstructure was characterized by metallographic microscope, and the effect of its impact on corrosion mechanism was also discussed by polarization electrochemical method.
借助金相分析技术和极化曲线分析了铝阳极材料的微观组织结构及其对铝阳极腐蚀溶解机理的影响。
Microstructure was characterized by metallographic microscope, and the effect of its impact on corrosion mechanism was also discussed by polarization electrochemical method.
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