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资源简介：
Studying of brain blood flow during isocapnic hyperoxia
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创建时间：
2026-02-13
相关数据集
Regional dynamic cerebral autoregulation to abrupt reductions in blood pressure in acute hypoxia (fraction of inspired oxygen; FiO2 = 12.5%).xlsx
Regional dynamic cerebral autoregulation to abrupt reductions in blood pressure in acute hypoxia (fraction of inspired oxygen; FiO2 = 12.5%)
DataCite Commons2023-12-14 更新130
Regional dynamic cerebral autoregulation to abrupt reductions in blood pressure in acute hypoxia (fraction of inspired oxygen; FiO2 = 12.5%).xlsx
Regional dynamic cerebral autoregulation to abrupt reductions in blood pressure in acute hypoxia (fraction of inspired oxygen; FiO2 = 12.5%)
DataCite Commons2025-07-16 更新40
Raw data regarding "Attenuated myogenic response and contractility in middle cerebral arteries after cardiac arrest – A randomized experimental rat study"
Raw data regarding the research article "Attenuated myogenic response and contractility in middle cerebral arteries after cardiac arrest – A randomized experimental rat study"
Figshare2025-11-21 更新10
Supplementary Material for: Dynamic Cerebral Autoregulation Is Transiently Impaired for One Week after Large-Vessel Acute Ischemic Stroke
Background: Dynamic cerebral autoregulation (DCA) is the continuous counterregulation of cerebral blood flow to fluctuations in blood pressure. DCA can become impaired after acute stroke
DataCite Commons2025-06-01 更新60
SpO2 moderation of cerebrovascular stability effects.
SpO2 moderation of cerebrovascular stability effects.
Figshare2021-05-10 更新10
