空泡形成

基本解释 (translations)

vacuolation  ·  vacuolization

与空泡形成相关的网络例句 [注：此内容来源于网络，仅供参考]

Mitochondrial dysfunction was obvious many months before onset of vacuolation, implicating this as a causative factor.

在空泡形成前数个月，就明显出现线粒体机能障碍，暗示 Mgrn1 突变是神经退行性病的病因。

Gray matter damage was assessed on the basis of the number of normal neurons in the ventral horn. White matter damage was assessed on the basis of the extent of vacuolation and amyloid precursor protein immunoreactivity in the ventral and ventrolateral white matter.

根据腹角内正常神经元的数目评估灰质损伤程度，而白质损伤则根据空泡形成的程度以及腹内和腹外侧白质的淀粉样前质蛋白免疫原性来评估。

The histological findings of the primary tumor and metastatic lymph nodes demonstrated massive cancer cell degeneration such as pycnosis and vacuolation, xanthogranulomatous inflammation and dense fibrosis. The effect of NAC was judged to be grade 2 histologically.

组织学检查发现肿瘤原发灶和转移的淋巴结癌细胞大量退化如核固缩和空泡形成，黄肉芽肿炎以及密集的纤维化，经组织学判定NAC的疗效为2级。

This paper briefly introduces the current development of supercavitating torpedoes in the world,and explains some confusable terms,including cavity,supercavitation, natural supercavitation ,air supercavitation and cavity number.

在简要回顾各国超空泡鱼雷发展概况的基础上，解释了几个易混淆的与空泡有关的新术语(空泡、超空泡、自然超空泡、通气超空泡和空泡数)，分析了超空泡的形成机理和特点，详细阐述超空泡鱼雷在总体结构和性能、动力推进、控制系统和弹道形式等方面的技术特点，概括超空泡鱼雷与普通鱼雷在结构外形、流体动力布局、系统组成和工作特性等方面的不同之处。

The cilia of retinal pig merit epithelium disappeared completely by TEM, the granola of retinal pigment epithelium decreased, the rough endoplasmic retinal, the mitochondrial crista breaks, the outer nuclear layer arrangemen disorderin, disc broad, the vacuole timer and outer plexi-form layer shaped, the ganglion cells and membranous of eye cell outer side got think, intermembranous space gotorgancelle disappeared mostly, the crista of cytoplasm ganglion cells layer swelled.

透射电说可见：视网膜色素上皮细胞表面纤毛完全消失，视网膜色素上皮细胞内颗粒减少，粗而内质网、线粒体嵴断裂，外颗粒层细胞排列紊乱，视细胞外段盘膜粗大，盘膜间隙增宽，内外丛状层空泡形成，神经节细胞、细胞器大部分消失，神经节细胞层可见细胞质有嵴性肿胀。

The expressions of VEGF mRNA in renal cortex in B and group C increased greatly compared with A group at 8th week(P.01), And the expression was decreased more in C group than that in B group at the 8th week;④The light microscopes results showed that no pathological changes in group A; pathological changes were much obvious in group B:glomerular capillary lumen tumbling,lumens blocked,mesangial region widened,basal lamina thicking,mesenterium base inceased,the volume of glomerulus become large,cell population increased,renal tubule vacuolization, renal interstitium was infiltrated by lots of lymphocyte and mononuclear macrophage; pathological changes in group C was light,only see glomerular capillary lumen lightly stegnosis,few lymphocyte infiltrating.

免疫组化结果显示第8周B组大鼠肾皮质VEGF蛋白含量较A组显著增加(P.01)，C组VEGF含量较B组有明显减少(P.01)，C组较A组表达量仍然增加(P.01)；③第8周B组肾皮质VEGF mRNA表达较A组有明显上调(P.01)，与B组相比，辛伐他汀可以明显减少C组肾皮质VEGF mRNA表达；④光学显微镜下A组肾小球毛细血管腔均匀一致，无狭窄，肾小管-间质无炎症细胞浸润。B组则病变较明显：大鼠肾小球毛细血管袢塌陷，管腔闭塞，系膜区增宽，基膜增厚和系膜基质增多，肾小球体积增大，出现玻璃样变；肾小管尤其是近区小管肿胀、变性、空泡形成，肾间质可见大量淋巴细胞和单核巨噬细胞浸润。C组病变较轻，可见肾小球毛细血管管腔轻度狭窄，肾小管-间质见少量淋巴细胞浸润。

Under inverted microscope, stereognosis of neurons died down, there were blank bulb in the neurons, dark particle were seen in the neuritis; the result of MTT test showed that the survival rate of neurons was obviously decreased. Res 40μmol/L increased the survival rate of neurons. Aβ(subscript 25~35) dose-dependently increased the level of MDA, decreased the level of GSH. Res dose-dependently increased the level of GSH, decreased the level of MDA.

结果：Aβ(下标 25~35)在终浓度为2μmol/L时神经元形态有明显的变化，细胞立体感减弱，胞体内空泡形成，细胞突起内可见黑色颗粒状物；细胞的存活能力明显下降，与对照组相比较有显著性差异(P.05)；Res在终浓度40μmol/L时，能明显提高细胞的存活能力。Aβ(下标 25~35)可以明显升高细胞培养上清液中MDA含量，降低GSH的含量；Res可使细胞培养上清液中MDA含量下降，GSH含量增加。

Light microscope: hemorrhage, vacuolization, edema and necrosis were the most notable changes, but inflammatory cells infiltrating was few.

光镜下，出血、空泡形成、水肿、坏死是最显著的变化，而炎性细胞浸润较少。

Light microscope: vacuolization, edema, necrosis index of pancreas cells were serious in the groups which pressures were more than 400 kPa, and these were similar with those of AP. But few macrophage infiltration and obviously bleeding were different with those of AP.

光镜下胰腺细胞空泡形成、水肿、坏死指数以400KPa以上压力组为明显，这与非创伤因素引起的AP时的病理变化相似；但与AP比较，PT炎细胞浸润不多、出血更加明显。

Assuming fluid is and viscid and slightly compressible, bubble collapse near rigid boundary and free surface is simulated, displaying characteristics such as formation, penetration and impact of reentrant jet as well as vortex ring and bubble rebound.

采用粘性、微可压流体模型，数值模拟了空泡在刚性边界和自由面附近溃灭及空泡溃灭后流动的发展，显示了空泡溃灭过程中的凹陷射流形成、空泡贯穿、射流冲击、涡环的形成和空泡回弹等流动特征，提出空泡回弹的另一种机制是凹陷射流冲击形成的旋涡。

与空泡形成相关的网络解释 [注：此内容来源于网络，仅供参考]

caving：空泡形成

causticlime生石灰 | caving空泡形成 | cavitatingflow气穴流涡空流

vacuolation：空泡形成

vacuolar degeneration 空泡变性 | vacuolation 空泡形成 | vacuole 空泡

vacuolation：空泡形成;空孔状态

vacuolate 形成空泡;有空泡的;析烯 | vacuolation 空泡形成;空孔状态 | vacuole 空泡;液泡

vacuolation：形成空泡 空泡形成 析稀 析稀作用

vacuolate 形成空泡 | vacuolation 形成空泡 空泡形成 析稀 析稀作用 | vacuole 液胞

vacuolation, vacuolization：空泡形成

水肿 edema | 空泡形成 vacuolation, vacuolization | 网状变性 reticular degeneration

vacuolation, vacuolization：空泡形成,液泡形成

空泡形成,液泡形成 vacuolation, vacuolization | 空泡,液泡 vacuole | 真空计,低压计 vacuometer

vacuolization;vacuolation：空泡形成;液泡形成

\\"真空加热;减压加热\\",\\"vacuo heating\\" | \\"空泡形成;液泡形成\\",\\"vacuolization;vacuolation\\" | \\"真空计;低压计\\",\\"vacuometer\\"

vacuolization：空泡形成

vacuole 空泡 | vacuolization 空泡形成 | vacuum extraction 真空吸出

vacuolization：形成空泡 空泡形成

vacuole /空泡/液泡/ | vacuolization /形成空泡/空泡形成/ | vacuolus /液泡/

vacuolization：空泡形成;空泡状态

vacuole 空泡;液泡 | vacuolization 空泡形成;空泡状态 | vacuometer 真空计;低压计