1) homogenate slurry method
稀匀浆法
1.
The semi-preparative columns(Ф10 mm×100 mm) were packed by homogenate slurry method.
对稀匀浆法填充半制备柱(Ф10 mm×100 mm)的过程进行研究,并用正交法对柱填充条件进行了优化,考察了压力、匀浆液组成、匀浆液体积对半制备柱填充效果的影响。
2) diluted homogenate slurry
稀匀浆
1.
The improved packing method of columns of high performance liquid chromatograp hy, or the diluted homogenate slurry packing method is introduced.
介绍一种改进的高效液相色谱柱的装填方法——稀匀浆装填方法 。
3) homogenation
匀浆法
1.
For the homogenated extraction,the optimum technology parameters were found as following: homogenation for 8 min with 55 % ethanol at a ratio of material to liquid of 1:15(g:mL).
以喜树果和喜树叶为原料,对匀浆法提取喜树碱的工艺进行了研究,并采用HPLC法进行定量分析。
4) homogenate wall-cracking
匀浆破壁法
1.
Several methods on the wall-cracking of Ganoderma lucidum spore were carried on, mainly wall-cracking methods included supercritical wall-breaking, homogenate wall-cracking and ultrasonic wall-breaking.
采用超临界破壁法、匀浆破壁法和超声破壁法对灵芝孢子进行了破壁试验研究,研究显示,采用超临界高压静止破壁法可显著提高灵芝孢子的破壁率。
5) high pressure refining
高压匀浆法
1.
Shanghai Chemical Institute has developed the refining cell disrupter with bead grinding to disrupt cells by high pressure refining, through choosing the right equipment and bead material, designing the structure of blade, and developing the new sealing system.
上海化工研究院在确定了合适的设备和磨珠材质、设计了浆叶结构、研制了新密封结构后,研制了高压匀浆法破碎细胞的珠磨匀浆细胞破碎机,用三孢布拉霉苏丝体进行实验,LS粒度仪检测的颗粒直径均小于11μm。
6) tissue homogenization
组织匀浆法
1.
Method:Normal gel patch and liposome gel patch of sinomenine were prepared by different preparation,nude mouse served as the experimental subjects sampling method of drug in the skin was tissue homogenization microdialysis,and drug concentration in dialysate was determined by HPLC.
方法:以不同工艺制备青藤碱的普通凝胶贴剂和脂质体凝胶贴剂,以裸鼠为实验动物进行经皮给药后,分别采用组织匀浆法及微透析法对青藤碱的体内药量的进行测定。
补充资料：APV Manton-Gaulin匀浆机
分子式：
CAS号：
性质：利用液体剪切作用破碎细胞的一种机械。具有一个高压位移泵和一个可调节的带有限制性喷口的放料阀。操作时，将菌体悬浮液加压(54.5MPa)后，通过阀芯与阀座之间的通道向环撞击，并突然降至常压而排出，从而细胞被破坏并释放出细胞内在物。
CAS号：
性质：利用液体剪切作用破碎细胞的一种机械。具有一个高压位移泵和一个可调节的带有限制性喷口的放料阀。操作时，将菌体悬浮液加压(54.5MPa)后，通过阀芯与阀座之间的通道向环撞击，并突然降至常压而排出，从而细胞被破坏并释放出细胞内在物。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条