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KMID : 0380020120270060367
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Korean Journal of Biotechnology and Bioengineering
2012 Volume.27 No. 6 p.367 ~ p.374
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The Injured Starfish Extract Inhalation Effects of Anti-inflammation and Anti-oxidants Enzyme during Indirect Cigarette Smoking
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Hwang Kyung-Hee
Jung Hyuk
Chang Su-Chan
Park Jong-Seok
Kim You-Young
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Abstract
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Cigarette smoking (SM) is considered to be well known environmental toxin which contributes to the onset of various diseases. SM cause direct lungs damage, activate lungs inflammatory responses, and in some cases leads to the development of lung cancer. Cytokines in injured starfish (Asterina pectinifera) is the potential changes in its expression during the regeneration process. Especially, expression of TGF-β1 has increased in arm cut starfish extract after eight days. Also, starfish including saponin like the ginseng. Saponin is widely used in the world because of some effective pharmacological activities. Therefore, the current study was designed to elucidate the pharmacological activities of starfish extract against cigarette smoking induced damage in cell line and pulmonary tissue. We investigate that the effect of eight days starfish extract after arm cut (8d) and intact starfish extract on cell line and mouse lung injury by SM. In cell proliferation analysis, although cigarette smoking extract (CSE) was co-treated, the higher proliferation ability is shown in 8d treatment than intact starfish extract. 8d and intact starfish extract was directly transported to pulmonary cells through respiratory organ by nebulizer inhalation. In this case of cigarette smoking, the pulmonary structure was damaged and functions become abnormal. However, 8d treated groups showed similar with the control group compared with SM group. Among them, 8d was proved to be more effective than intact starfish extract. These results demonstrate that 8d could more protect pulmonary structure and function than intact starfish extract against cigarette smoking by ginseng like saponin and regulation of inflammatory cytokines.
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KEYWORD
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Starfish, Cigarette smoke, Pulmonary, Nebulizer, Morphology, Anti-oxidant
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