Atomic force microscopy reveals new mechanisms of increased aortic stiffness in hypertension

• 作 者: Gerald A.Meininger Nancy L.Seh
• 机 构: DaltonCardiovascularResearchCenterandDepartmentofMedicalPharmacologyandPhysiology,DepartmentofCellBi
• 出 处: 泸州医学院学报
• 发表日期: 2013年3期
• 关键词: 发病机制 高血压 原子力显微镜 主动脉 僵硬 健康问题 组成部分 药物治疗
• 基金项目: supported in part by NIH grant（NIH P01HL095486）,NIH grants（NIH P01HL069020,NIH R01HL093415,NIH R01HL095888）,NIH grants（NIH5R01HL102472,NIH P01AG027211,NIH P01HL069020,NIH T32HL069752,NIH R01HL093481,N

<正>Hypertension is an important global health problem that continues increase in incidence.Increased vascularstiffness has been identified as an important component of the pathogenesis of hypertension(HT).Based on theresults of recent Framingham stu