1)  4-Hydroxy-testosterone
福美司坦
2)  formestane
福美司坦
1.
Methods: Using outside organize experiments to make sure that formestane is operative inhibitor, we study its pharmacological function through the clinical experimental observation.
方法运用生物体外实验确定福美司坦为有效的CYP19抑制剂,通过临床实验观察研究其药理作用。
3)  Formestane/chem syn
福美司坦/化学合成
4)  Thiram
福美双
1.
Analysis of 50% Carbendazim and Thiram WP by HPLC;
50%多菌灵·福美双可湿性粉剂高效液相色谱分析
2.
Study on the polarographic catalytic wave of thiram;
福美双的极谱催化波的检测方法
3.
HPLC Analysis of a 16% Phoxim-Thiram SE for Seed Coating;
16%辛硫磷·福美双悬浮种衣剂高效液相色谱分析
5)  Ziram
福美锌
1.
Discussing the usage and amendment of Q/SSHR 03-92 standard to improve the rate of ziram recovery.
讨论了Ｑ／ＳＳＨＲ０３－９２标准的使用情况和修正方法，提高了福美锌含量测定的回收
6)  SDMC
福美钠
1.
Thiram can be fromed by oxidizing SDMC with hydrogen peroxide,which is higher in yield,better in quality and faster in speed than that of the present oxiding AD or oxidizing SDMC by combining chlorine gas with air.
用双氧水氧化福美钠生成四甲基秋兰姆二硫化物———福美双，比目前的福美铵法或氯气空气氧化法收率高，质量好，速度快，便于操作。
参考词条
补充资料：福美司坦
分子式：C19H26O3
分子量：暂无
CAS号：566-48-3

性质：暂无

制备方法：暂无

用途：芳酶抑制药。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。