NI Xinqiang, HAN Xinmin. Influence of Xiefei Pingchuanling and Its Decomposed Formulas on the Pulmonary Surfactant in Rats[J]. Journal of Traditional Chinese Medicine2011, 52(18): 1593-1596.
NI Xinqiang, HAN Xinmin. Influence of Xiefei Pingchuanling and Its Decomposed Formulas on the Pulmonary Surfactant in Rats[J]. Journal of Traditional Chinese Medicine2011, 52(18): 1593-1596.DOI: 10.13288/j.11-2166/r.2011.18.029.
Influence of Xiefei Pingchuanling and Its Decomposed Formulas on the Pulmonary Surfactant in Rats
Objective To explore the mechanism of Xiefei Pingchua nling (Formula for clearing the lung to stop asthma) and its decomposed formulas in blocking th e endotoxemia causing the pulmonary injury of the Lung and Large Intestine Inter iorly-exteriorly Related Model rats.Methods Seventy S D rats were randomized i nto blank group
model group
ligation-removed group
Xiefei Pingchuanling gro u p
decomposed formula San’ao
Santong
and Sanhuo groups
with 10 in each.The L ung and Large Intestine Interiorly-exteriorly Related models were made by incom plete ligation of the rectum in vitro.Seventy-two hours after modeling the rats of mode l group were killed.All other medicinal intervention groups were treated with i ntragastric feeding 1ml/100g body weight of San’ao
Santong
and Sanhuo decoctions
and Xiefei Pingchuanling respectively everyday after ligation removed.The lig ation-removed group and blank group were given the same volume normal saline.T hree days later the changes of phospholipid and albumin in pulmonar y alveoli lavage fluid were observed.Results The level of albumin in pulmonar y alveoli lavage fluid of the model group was significantly increased (P<0.01)
while the level of phospholipid decreased (P<0.01).The level of albumin of the ligation-removed group
Xiefei Pingchuanling group
and decomposed formula gro u ps was decreased
while the level of phospholipid increased
there existed a sig nificant difference in comparing with that of the model group (P<0.01).Co nclusion Xiefei Pingchuanling and its decomposed formulas could effectively decrease the albumin in pulmonary alveoli lavage fluid of model rats
thus reducing the exhaustio n of phospholipid to block endotoxemia causing the injury of lung tissues and functions.