Fei-Hua Wu

Publications (2)0 Total impact

• Article: [Clinical and microbiological study of compound of light yellow Sophora root collutory on treatment of oral lichen planus].

  Lan Wu, Zeng-Tong Zhou, Fei-Hua Wu, Ming-Yu Li
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  ABSTRACT: To evaluate the effect of compound light yellow Sophora root collutory on oral erosive lichen planus and analyze the salivary microbial contents and proportion. 30 patients with oral erosive lichen planus were chosen and treated with compound light yellow Sophora root collutory. Pain index and clinical symptoms were observed, the changes of quantity and proportion of salivary bacteria were investigated before and after taking drugs. SAS6.12 software package was used for statistical analysis. The extravasate and congest of the erosive mucous membrane were relieved. The pain caused by erosion were significantly relieved after taking the drugs. The quantity of oral Staphylococcus was significantly decreased after taking the drugs. Oral Staphylococcus can be inhibited by light yellow Sophora root collutory. The use of compound light yellow Sophora root collutory is one of the safe and effective local therapies on oral lichen planus.
  Shanghai kou qiang yi xue = Shanghai journal of stomatology 05/2008; 17(2):118-20.
• Article: [The inhibition of compound lightyellow sophora root collutory on oral bacteria].

  Fei-hua Wu, Zhong-ge Xiao, Xiao-wen Chen, Zhi-gui Jin, Ming-yu Li
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  ABSTRACT: To study the inhibition of compound lightyellow sophora root collutory on oral bacteria. The standard strains of common oral bacteria were cultured and proliferated by corresponding media in vitro. The minimum inhibitory concentration (MIC), MIC(50), MIC(90) of compound lightyellow sophora root collutory were determined. The bacteriostatic effects were determined by the plating method. The MIC of compound lightyellow sophora root collutory were lower than the stock solution concentration. It was showed that compound lightyellow sophora root collutory had the same effect as tea polyphenol on oral bacteria. To Actinomyces naeslundii, compound lightyellow sophora root collutory inhibited the bacteria growth more obviously than tea polyphenol. The result showed that there was no remarkable difference between the compound lightyellow sophora root collutory and tea polyphenol by the plating method. Compound lightyellow sophora root collutory can inhibit the oral bacteria growth obviously.
  Shanghai kou qiang yi xue = Shanghai journal of stomatology 03/2006; 15(1):63-5.