India ink

A thin layer of water color or India ink spread on a drawing . Research on Computer Simulation of Diffusion of Chinese Ink Paint

画上的薄层水彩或墨汁水墨画计算机仿真的墨扩散效果研究

Materials and Methods : The findings of CT and MRI were retrospectively analyzed in26 cases with India ink capsule staining proved CM .

材料和方法：回顾对比分析26例经脑脊液墨汁染色证实隐球菌脑膜脑炎头颅CT及MRI的影像学改变。

The Method for Marking Gastric Precancerous Lesions by Endoscopic India Ink Injection

内镜下粘膜内注墨法标记胃癌前病变方法

Methods India ink perfusion was employed to study the effect of LMWH on the deep partial-thickness burns modeled on guinea pig skin .

方法通过复制豚鼠深II度烫伤模型，采用印度墨汁灌注的方法，在光镜下观察实验组和对照组烫伤后不同时相段创面印度墨汁充盈灌注情况。

Conclusion : The existence of india ink line at mass-kidney interface of a renal tumor is of value in the differential diagnosis of AML from renal carcinomas .

结论：肿块与肾实质交界面出现黑墨汁线提示AML，需用进一步检查来明确诊断。

Methods At different time after the compound material was planted in , the bone defect was examined by India ink perfusion and SEM ( scan electron microscopy ) to assess the changes .

方法将活性TBC和BC复合后植入兔尺骨缺损部位，不同时间行印度墨汁动脉血管灌注及材料断面扫描电镜观察，观察血管生成情况及结构变化。

Results : The india ink line at mass-kidney interface was observed in all 19 tumors of the 16 cases of AML , while it did not occur in any of 22 cases of renal carcinomas .

结果：16例肾AML的19个肿瘤与肾实质交界面出现黑墨汁线，而22例肾癌与肾实质交界面未出现黑墨汁线。

Methods : Manifestations of opposed-phase chemical shift MRI of 16 cases of CT confirmed renal AML and 22 cases of renal carcinomas confirmed surgically were retrospectively analyzed with emphasis on whether or not there was india ink line .

方法：回顾性分析16例经CT证实肾AML和22例经手术证实肾癌MR反相位化学位移成像表现。

For the other crop of animals , India ink 1 ∶ 3 diluted with germ free physiological saline ( 0.25 ml / 100 g ) was injected into the vail vein before the execution in each group .

另外一批模型处死动物前各组经鼠尾静脉注射用生理盐水1∶3稀释的印度墨汁（0.25ml/100g）。

It was confirmed by TTC histochemical stein , india ink solution perfused through the left ventricle of heart , and examination of BBB permeabillity that this model was very well simulated the pathological process of cerebral ischemia-reperfusion .

经TTC染色、印度墨水灌流和血脑屏障损伤的观察，证实该模型能较好地模拟脑缺血与再灌注的病理发展过程。

On 5 and 10 post-grafting day ( PGF ) , the grafts and surrounding tissue were harvested for the observation of neo-vascular growth with HE staining , VEGF antibody staining , Masson 's trichrome staining and India ink staining .

于移植后5、10d切取移植的真皮及周围组织行HE、血管内皮生长因子（VEGF）、Masson和墨汁灌注染色，观察新生血管生长情况。