普鲁士蓝

Examples of inorganic pigments are titanium dioxide Prussian blue cadmium sulphide iron oxides vermillion ultramarine and the chrome pigments including chromates molybates and mixed chromates and sulphates of lead zinc barium calcium and mixtures and modifications thereof which are commercially available as greenish-yellow to red pigments under the names primrose lemon middle orange scarlet and red chromes.

无机颜料的例子有二氧化钛，普鲁士蓝，硫化镉，氧化铁，朱红色的，群青和铬颜料，包括铬，molybates和混合铬和铅的硫化物，锌，钡，钙和混合物和修改其商业性可作为黄绿色的名称下淡黄色，柠檬，中，橙色，红色和红色至红色颜料

May contain: Iron Oxides, Manganese Violet, Tin Oxides, Ultramarines, Ferric Ferrocyanide, Chromium Oxide.

可能含有：氧化铁，锰紫，锡氧化物，深蓝，普鲁士蓝，铬氧化物

Prussian blue staining showed numerous fine blue iron particles in the cytoplasm of fe-pll-labeled bmscs.

普鲁士蓝染色显示：各组fe-pll标记bmsc胞质内均可见到细小的蓝色铁颗粒。

Prussian blue staining revealed more than 98% of BM-MNCs were labeled by Feridex and BM-MNCs appeared to be unaffected by magnetically labeling. Three dogs injected Feridex- BM-MNCs were visualized at one week by MRI, but none of unlabeled BM-MNCs were seen. All lesions that were detected within one week could not be visualized over four week. The dot injected Feridex-cells which fixated by 4 % methanal also was seen at one week by MRI, but the signal disappeared at two week.

普鲁士蓝染色显示体外Feridex标记BM-MNCs成功率达98%以上，而且细胞活性不受影响；其中3只实验犬标记细胞移植区1周内可用1.5T磁共振仪3DSSFP序列在体扫描到T2低信号影像，4周时该低信号消失；同样条件下经甲醛固定的标记细胞在1周时也可检测到T2低信号，但2周时该低信号消失；未标记细胞移植区没有检测到低信号。

In this thesis, some chemical approaches in liquid phase have been employed to prepared Prussian Blue analogue.

在本论文中，我们通过几种液相法合成技术制备纳米普鲁士蓝衍生物材料，旨在寻找有效控制合成各种结构纳米普鲁士蓝衍生物的方法。

A new method for the preparation of nano Prussian blue was proposed, and the electrochemical process of the atoms at the surface of nano Prussian blue was observed with electrochemical method.

提出了一种新的纳米普鲁士蓝的合成方法，并用电化学方法观测到了纳米普鲁士蓝表面原子的电化学行为。

The most common blue s, Prussian blue and ultramarine, are also inorganic.

黄或栗色。铁蓝或称普鲁士蓝，是主要的无机蓝色颜料。

Results:(1)With the increase of SPIO concentration,the number of intracytoplasmic particles stained with Prussian Blue stain and the mean cellular iron content increased accordingly.

结果：(1)随着SPIO浓度的增加，MSCs细胞内平均含铁量相应升高；细胞涂片普鲁士蓝染色也显示细胞内蓝染颗粒相应增加。

BMSCs were isolated, depurated, cultivanted, and identified,then incubated with the concentration of 25μg Fe per milliliter at 37℃in 5% CO2. The labeled cells were stained by Prussian blue/trypan blue,and observed under fluorescent microscope.2. The labeled cells of different density (1×104/ml,5×104/ml,1×105/ml,5×105/ml,1×106 /ml,5×106/ml)were imaged by MRI with T1WI, T2WI and T2*WI sequences;and the same density (5×104/ml,1×105/ml)labeled cells were imaged by T2*WI sequences at different time.Then the signal intensities were measured and statistically analyzed.3. The model of rabbit renal ischemia-reperfusion injury was set up and treated. Then BMSCs(5×105)were injected into 16 recipient rabbits(1abeled cells in 10,unlabeled cells in 6)from ear vein.MR images of kidneys were obtained respectively at the time points of 0,1,3,5, 8 days after transplantation and before transplantation. MR imaging findings were analyzed,which were correlated with histological findings.

实验方法1分离、纯化、培养、鉴定兔BMSCs并以SPIO以25μg Fe/ml培养液浓度标记，对标记后不同时间的细胞行普鲁士蓝染色和台盼蓝拒染后显微镜观察。2将不同细胞浓度标记细胞管(1×104/ml、5×104/ml、1×105/ml、5×105/ml、1×106/ml、5×106/ml)，以不同扫描序列T1WI，T2WI，T2*WI(GRE进行MR成像，再选择相同细胞浓度组(5×104/ml、1×105/ml)进行不同时相MR成像，并测量信号强度，进行统计学分析。3缺血再灌注肾损伤模型建立和处理，然后将标记和未标记细胞(5×105个)经耳缘静脉移植入家兔体内(共16只：注入标记细胞者10只，注入未标记细胞者6只)，两组均于注射前、注射后第0、1、3、5、8天应用MRI对移植细胞进行活体示踪并与肾脏组织切片对照，然后对收集的信号强度进行统计学分析。

That gives a violet-blue with gray touches Cobalt blue, Prussian blue, mauve reflections but the dominant color is violet-blue… More often, the imaginary things inspired by music are unspeakable, fuzzy, abstract, dynamic or more subconscious.

现在我要给你们弹奏一段平行和弦，它是紫蓝色的，带一点灰调子的钴蓝，有点像普鲁士蓝里透出一点紫红，不过基调是紫蓝色的……。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。