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1)  ultrasound express paraffin sections
超声快速石蜡切片
2)  Fast paraffin-embedded section
快速石蜡切片
3)  paraffin section
石蜡切片
1.
The effect of mixed acid on paraffin section making of dog tooth-mediator-jaw;
混合酸对狗牙-介质-颌骨的石蜡切片制作的影响
2.
Quatitative analysis of contractive of liver and heart tissue under paraffin sections in goat;
石蜡切片对山羊心肝组织收缩影响的定量分析
3.
Application of indirect immuno-fluorescent staining method for detection and antigen location of duck enteritis virus in paraffin sections;
间接免疫荧光染色检测石蜡切片中的鸭病毒性肠炎病毒和抗原定位
4)  paraffin slice
石蜡切片
1.
Don in different parts and under different growing states,and apply slicing-up technology to histochemically localize the alkaloids,build an approach to observe alkaloids distribution with paraffin slices.
Don)不同部位和生长状态下的总生物碱含量,并应用切片技术对生物碱进行组织化学定位,建立了石蜡切片观察生物碱分布的方法。
2.
J795,histological and cytological observations of the callus and embryos were performed with paraffin slice.
以柳树叶片为材料,接种在诱导培养基上诱导愈伤组织发生,采用石蜡切片法对愈伤组织的内部细胞结构进行观察。
3.
This article presents a comparative dying trial to paraffin slice for tissues applying 8 kinds of hematoxylin solutions and 3 kinds of eosine solutions.
介绍应用8种苏木精染色液和三种伊红染色液的配制法,对组织石蜡切片进行了染色比较试验。
5)  paraffin wax slice
石蜡切片
1.
Method: The technology of paraffin wax slice and digital microscopic imaging technique were used.
方法:石蜡切片技术及数码显微成像技术。
6)  Paraffin sections
石蜡切片
1.
In order to find out the cause of low fertilization rate of Mopanshi, the pollen germination and pollen tube growth in style on persimmon cultivars Nishimurawase, Zenjimaru, Hanagosho and Mopanshi and the embryo sac development of Mopanshi were observed by means of fluorescence microscopy and with paraffin sections.
通过观察西村早生、禅寺丸和花御所3种甜柿自交及与磨盘柿杂交的花粉管荧光和磨盘柿胚囊发育的石蜡切片,分析磨盘柿受精率低的原因。
2.
Paraffin sections through observation, found that feeding the bees EM biological agents in the intestinal Peritrophic matrix(PM)thickness and density have increased.
通过石蜡切片观察,发现饲喂EM生物制剂的蜜蜂中肠围食膜厚度和致密度有一定的增加。
补充资料:超声


超声
UltrasofliCS

  是指超出人耳听力范围的高频声(频率超过20000Hz)。超声具有与一般声音共同的物理性质,还具有一些其他重要的物理特性,如能够成束发射,直线传导,方向性好。传导过程中遇有声阻抗不同的反射界面时产生反射、折射、聚焦和散焦等现象。用于临床诊断的超声频率一般为2~7.5MHz。频率越高,对组织结构的分辨力越强,但远场声能容易被组织吸收、衰减,不易穿透较深的层次。
  
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