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Advances in Modern Pharmacology Research of Tabanus
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作者 Yue Qu Zhenyuan Hu Yue Zhao 《Journal of Clinical and Nursing Research》 2021年第5期117-119,共3页
Tabanus is a traditional Chinese medicine.In recent years,various protein active components derived from the Tabanus salivary gland have been explored,and many promising components were found to have therapeutic effec... Tabanus is a traditional Chinese medicine.In recent years,various protein active components derived from the Tabanus salivary gland have been explored,and many promising components were found to have therapeutic effect.The rich active components in its salivary gland have pharmacological effects,such as anti-platelet aggregation,anti-inflammatory,anti-infection,immunosuppression,anti-angiogenic,and anti-tumor effects.This paper summarizes findings from the related articles about Tabanus in recent years with a special focus on its pharmacological effects so as to provide reference for its further development and utilization. 展开更多
关键词 TABANUS Salivary gland protein active substance Pharmacological action
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Nitrate removal and extracellular polymeric substances of autohydrogenotrophic bacteria under various pH and hydrogen flow rates
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作者 Tran-Ngoc-Phu Nguyen Pei-Chung Chen Chihpin Huang 《Journal of Environmental Sciences》 SCIE EI CAS CSCD 2018年第1期50-57,共8页
In recent years there has been an increasing interest in the use of autohydrogenotrophic bacteria to treat nitrate from wastewater. However, our knowledge about the characteristics of extracellular polymeric substance... In recent years there has been an increasing interest in the use of autohydrogenotrophic bacteria to treat nitrate from wastewater. However, our knowledge about the characteristics of extracellular polymeric substances(EPS) releasing by these activities is not yet very advanced. This study aimed to investigate the change in EPS compositions under various p H values and hydrogen flow rates, taking into consideration nitrogen removal. Results showed that p H 7.5 and a hydrogen flow rate of 90 m L/min were the optimal operating conditions, resulting in 100% nitrogen removal after 6 hr of operation. Soluble and bound polysaccharides decreased, while bound proteins increased with increasing p H. Polysaccharides increased with increasing hydrogen flow rate. No significant change of bound proteins was observed at various hydrogen flow rates. 展开更多
关键词 Autohydrogenotrophic bacteria Nitrate removal Extracellular polymeric substances Polysaccharides proteins
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