• Journal of Sasang Constitutional Medicine
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• v.16 no.1
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• pp.12-19
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• 2004

Puporse This study is intended to distinct of Taeumin chungsimyeonjatang on the Shinchukpan Dongyi Suse Bowon through compare with early books' prescription by studying use of Sanyak and Yeonjayuk. Method This study is reserch to use of Sanyak and Yeonjayuk in early books, Dongyi Suse Bowon-Sasang-chobonkyeon, Gapobon Dongyi Suse Bowon, Shinchukpan Dongyi Suse Bowon and Dongyibogam, Taepyungheymin-hwajegukbang in sequence of date. with this, we study a base of virtue of Taeumin chungsimyeonjatang. Result and conclusion 1. Taeumin chungsimyeonjatang is a prescription of treatment Gonscratia and CVA. 2. Taeumin chungsimyeonjatang is base on Chungsimyeonjaum in Dongyibogam. 3. The chief virtue of Taeumin chungsimyeonjatang is accord with all prescription after 1894's Gapobon Dongyi Suse Bowon.

• The Journal of Internal Korean Medicine
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• v.28 no.2
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• pp.333-345
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• 2007

Determination and differentiation of cells in the skeletal muscle lineage is positively regulated by cell-cell contact. differentiation proteins proposed to mediate this effect include both classical MyoD and MEF members : potential interactions between the promyogenic activities of these classes of protein, however, are unknown. We show here that MyoD and MEF, two promyogenic family members that determine to each other in a cis fashion, form ineraction with MyoD- and MEF. These proteins contain myosin heavy chains and are enriched at sites of cell-cell contact between myoblasts, Therefore, In differentiation of MyoD MEF from CST (Chungsimyeonjatang) interact dependently, suggesting that the interactions occur in a cis fashio : consistent with this conclusion, MyoD-mediated differentiation is required for myoblast to occur by CST. Inhibition in myoblasts of a MyoD by STP in its ability to associate with MEF interferes with differentiation as assessed by morphological and transcription level, suggesting that this interaction is functionally important in myogenesis. Also, some of the differentiation-mediated proteins that are required for myogenesis seem to be based on interdependent activities of promyogenic classical SMAD-subfamilly.

• Journal of Sasang Constitutional Medicine
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• v.19 no.3
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• pp.227-241
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• 2007

1. Objectives The purpose of this study is to investigate the anti-oxidative and immune regulatory effect of oral administration of Chungsimyeonja-tang decoction in aged rats. 2. Methods The rats in the normal group were 14 weeks old, and those in the control and Chungsimyeonja-tang groups were 40 weeks old. The rats in Chungsimyeonja-tang group were orally treated with chungsimyeonjatang decoction daily for 2 months. To observe the anti-oxidative effect and immune regulatory effect of Chungsimyeonja-tang, we performed blood chemistry analysis, histological analysis. 3. Results and Conclusions 1) The number of WBC in blood was significantly increased and the number of PLT in blood was significantly decreased by oral administration of Chungsimyeonja-tang decoction. 2) The levels of albumin, LDL cholesterol, ALP and GOT in serum were significantly decreased, and the level of glucose in serum was significantly increased by oral administration of Chungsimyeonja-tang decoction. 3) The concentrations of glutathione and catalase were significantly increased and the concentrations of NO and MDA were significantly decreased in the liver of early aged rats by oral administration of Chungsimyeonja-tang decoction. 4) The concentrations of SOD and catalase were significantly increased and the concentration of MDA was significantly decreased in the lung of aged rats by oral administration of Chungsimyeonja-tang decoction. 5) The levels of IL-4 and IL-6 were significantly decreased while the levels of IFN-${\gamma}$ were significantly increased in the spleen of early aged rats by oral administration of Chungsimyeonja-tang decoction.