1)  autocrine regulation
自分泌调控
1.
A comparative study was conducted on the expression and response of some growth factors and cytokines between the serum cultured (HIC) and the sertm-free cultured (HICSF) intestinal carcinoma cells in order to investigate the autocrine regulation mechanism of HICSF cell line.
为了探讨无血清培养细胞HICSF的自分泌调控机制，采用RT-PCR技术检测生长因子bFGF，TGFβ1和细胞因子IL—6，IL-8，G—CSF以及细胞因子受体IL-6R和IL-8R在HICSF细胞及其同基因来源的血清培养细胞HIC中的表达状况，同时用3H－TdR掺入法观察重组IL－6和TGFβ1对这2种细胞生长的影响，以观察癌细胞在有血清和无血清培养条件下部分生长因子和细胞因子的表达及反应性差异。
2)  self-stratifying
自分层
1.
The self-stratifying behavior between epoxy resin and acrylic resin is investigated in different blend solvents.
选择不同的混合溶剂体系考察部分相容的环氧树脂和丙烯酸树脂的自分层行为。
2.
The technical challenges and development of waterborne coatings were discussed from the points of surface transition coating, self-stratifying technique, synthesis of high performance polymers, and film forming of coatings.
从金属表面过渡层技术、自分层技术及高性能水性成膜聚合物的合成、水性涂料成膜过程研究等方面,论述了水性金属涂料领域存在的问题、所取得的进展及发展趋势。
3)  self-stratification
自分层
1.
Predictive theory and characterization of film coating self-stratification;
涂料涂膜自分层的预测理论及其表征
2.
Combining blend of expoxy latex and fluorinated latex,the forecasting self-stratification theories of blend latex are summarized.
综述了乳液成膜过程,结合含氟乳液与环氧乳液的共混乳液,介绍了共混乳液自分层的预测理论。
3.
Various factors affecting self-stratification of the blended resin,such as disparity of surface tension,blending methods and glycidyl methacrylate content,were then studied.
为制备出高性能、低成本的含氟树脂,在优选出环氧固化剂的基础上,将含氟乳液与环氧乳液共混,研究了共混乳液间表面张力差、共混工艺、GMA(甲基丙烯酸缩水甘油酯)用量对共混树脂自分层的影响。
4)  self-dispersal
自分散
5)  self-decomposition
自分解
1.
Mathematical model was proposed to determine rate constants of ozone self-decomposition in water and mass transfer coefficient of ozone.
根据模型可求得超声辐射条件下臭氧在水中的自分解反应速率常数和臭氧向水中的传质系数。
6)  self-dispersing
自分散法
1.
By means of self-dispersing, Kiln Furniture of SiC was fired at low temperature.
利用自分散法进行了低温烧成ＳｉＣ窑具的研究，对各种金属粉末及供氧剂作了试验，结果表明：这种方法对于研制具有良好热稳定性的ＳｉＣ窑具制品是可行的。
参考词条
补充资料：人的内分泌系统人体主要内分泌腺




人的内分泌系统  人体主要内分泌腺  
                                       李瑞端绘
  [图]图

说明：补充资料仅用于学习参考，请勿用于其它任何用途。