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“Standby” EMT and “immune cell trapping” structure as novel mechanisms for limiting neuronal damage after CNS injury
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作者 Jong-Ho Cha Kyu-Won Kim 《Neural Regeneration Research》 SCIE CAS CSCD 2014年第23期2032-2035,共4页
The central nervous system (CNS) contains the two most important organs, the brain and spinal cord, for the orchestration of the mental and physical activities of life. Because of its importance, the human body has ... The central nervous system (CNS) contains the two most important organs, the brain and spinal cord, for the orchestration of the mental and physical activities of life. Because of its importance, the human body has evolved barrier systems to protect CNS tissue from the external environment. This barrier is a membrane composed of tightly apposed cells and is selectively permeable to specific molecules by way of membrane transporters. 展开更多
关键词 EMT and immune cell trapping STANDBY CNS structure as novel mechanisms for limiting neuronal damage after CNS injury cell
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Ketamine enhances structural plasticity in human dopaminergic neurons:possible relevance for treatment-resistant depression 被引量:3
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作者 Ginetta Collo Emilio Merlo Pich 《Neural Regeneration Research》 SCIE CAS CSCD 2018年第4期645-646,共2页
Depression refers to a series of mental health issues characterized by loss of interest and enjoyment in everyday life,low mood and selected emotional,cognitive,physical and behavioral symptoms.Depression is a common ... Depression refers to a series of mental health issues characterized by loss of interest and enjoyment in everyday life,low mood and selected emotional,cognitive,physical and behavioral symptoms.Depression is a common disorder,affecting 5–15%of the general population.When diagnosed as major depressive disorder(MDD),patients are currentlytreated with pharmacological agents such as serotonin or noradren- aline uptake inhibitors (SSRI or SNRI) or tricyclics. 展开更多
关键词 MEK ERK Ketamine enhances structural plasticity in human dopaminergic neurons:possible relevance for treatment-resistant depression TRD MDD
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