Effect of four ingredients for dispersing pathogenic wind granules on thymus, spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis
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Effect of four ingredients for dispersing pathogenic wind granules on thymus, spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis
Journal of Army Medical UniversityVol. 32, Issue 9, Pages: 951-953(2010)
Wang Chenyun,Sun Xuegang,Diao Jianxin,Zhao Xiaoshan.Effect of four ingredients for dispersing pathogenic wind granules on thymus, spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis[J].J Amry Med Univ (J Third Mil Med Univ),2010,32(09):951-953.
Wang Chenyun,Sun Xuegang,Diao Jianxin,Zhao Xiaoshan.Effect of four ingredients for dispersing pathogenic wind granules on thymus, spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis[J].J Amry Med Univ (J Third Mil Med Univ),2010,32(09):951-953.DOI:
Effect of four ingredients for dispersing pathogenic wind granules on thymus, spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis
Objective To investigate the effects of four ingredients for dispersing pathogenic wind (FIDPW) granules on thymus
spleen and proliferation of their T and B lymphocytes in mice with allergic contact dermatitis (ACD). Methods Sixty mice were randomly divided into normal group
ACD group
hydrocortisone (HC) group and high
medium
and low FIDPW dose groups
10 mice in each group. Auricle swelling
spleen and thymus indexes
mitogen-induced proliferation of spleen T and B lymphocytes were determined. Results The auricle swelling was lower in HC
low
medium and high FIDPW dose groups than in ACD group (P0.05). The effect of high and medium FIDPW dose was better than that of low FIDPW dose on auricle swelling (P0.05) with no difference in HC
high and medium FIDPW dose groups (P0.05). The thymus and spleen indexes were significantly lower in HC
low
medium and high FIDPW dose groups than in ACD group (P0.05). The effect of high and medium FIDPW dose was better than that of low FIDPW dose on thymus and spleen indexes with no difference between high FIDPW dose and HC groups (P0.05). A significant difference was found in mitogen-induced proliferation of spleen T and B lymphocytes in ACD
HC
low
medium and high FIDPW dose groups (P0.05). The effect of medium and high FIDPW dose was better than that of low FIDPW dose on mitogen-induced proliferation of spleen T and B lymphocytes (P0.05) with no difference between low and high FIDPW dose and HC groups (P0.05). Conclusion FIDPW granules can prevent and treat ACD in mice by regulating the function of T and B lymphocytes.