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Edge Plasma Profiles Measured by Fast Reciprocating Probes System on HL-2A Tokamak
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作者 CHENG Jun YAN Longwen HONG Wenyu QIAN Jun 《Southwestern Institute of Physics Annual Report》 2005年第1期25-27,共3页
Fast reciprocating probe systems ( FRPS ) are widely used in some tokamaks, such as JT- 60 U, TEXT and DIlI-D. The parameters with high temporal-spatial resolution are measured for boundary plasmas using these syste... Fast reciprocating probe systems ( FRPS ) are widely used in some tokamaks, such as JT- 60 U, TEXT and DIlI-D. The parameters with high temporal-spatial resolution are measured for boundary plasmas using these systems. The FRPS on HL-2A is developed, which is composed of transmission bar, digital grating displacement system, electromagnetic valves, stepping motor and so on. The high-pressure gas from the electromagnetic valves controlled by trigger signals provides the power to drive the transmission bar forward or backward. Reciprocating distance is 8 cm with the maximum speed of 1.5 m·s^-1. 展开更多
关键词 Fast reciprocating probe system Edge profiles
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Biochemical reactions in metabolite-protein interaction
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作者 Wen Wang Dinesh Singh Tekcham +4 位作者 Min Yan Zhichao Wang Huan Qi Xiaolong Liu Hai-Long Piao 《Chinese Chemical Letters》 SCIE CAS CSCD 2018年第5期645-647,共3页
Active endogenous metabolites regulate the viability of cells. This process is controlled by a series ofinteractions between small metabolites and large proteins. Previously, several studies had reported thatmetabolit... Active endogenous metabolites regulate the viability of cells. This process is controlled by a series ofinteractions between small metabolites and large proteins. Previously, several studies had reported thatmetabolite regulates the protein functions, such as diacylglycerol to protein kinase C, lactose regulationof the lac repressor, and HIF-1α stabilization by 2-hydroxyglutarate. However, decades old traditionalbiochemical methods are insufficient to systematically investigate the bio-molecular reactions for a high-throughput discovery. Here, we have reviewed an update on the recently developed chemical proteomicscalled activity-based protein profiling (ABPP). ABPP is able to identify proteins interacted eithercovalently or non-covalently with metabolites significantly. Thus, ABPP will facilitate the characteriza-tion of specific metabolite regulating; proteins in human disease progression. 展开更多
关键词 Post translational modification Activity-based protein profiling Metabolite-protein interaction Chemical probe Mass spectrometry
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