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A nonlinear dynamic approach reveals a long-term stroke effect on cerebral blood flow regulation at multiple time scales
Kun Hu,
Men Tzung Lo
, Chung Kang Peng, Yanhui Liu, Vera Novak
認知智慧與精準健康照護研究中心
生醫科學與工程學系
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
28
引文 斯高帕斯(Scopus)
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Mathematics
Blood Pressure
100%
Multiple Time Scales
99%
Blood Flow
93%
Stroke
91%
Nonlinear Dynamics
76%
Oscillation
27%
Transfer Function
23%
Infarction
21%
Dynamics (theory)
16%
Hemisphere
16%
Phase Shift
15%
Brain
12%
Baseline
12%
Stationarity
12%
Recovery
11%
Fluctuations
11%
Evidence
9%
Concepts
6%
Medicine & Life Sciences
Nonlinear Dynamics
93%
Cerebrovascular Circulation
69%
Homeostasis
52%
Stroke
48%
Blood Flow Velocity
48%
Blood Pressure
39%
Blood Vessels
12%
Physiological Phenomena
10%
Infarction
8%
Brain
5%
Agriculture & Biology
autoregulation
94%
stroke
80%
blood flow
68%
blood pressure
60%
oscillation
31%
blood vessels
16%
infarction
13%
brain
7%
tissues
4%
methodology
2%
Earth & Environmental Sciences
flow regulation
97%
blood
57%
timescale
51%
flow velocity
21%
effect
16%
oscillation
14%
transfer function
12%
analysis
6%
brain
5%
tissue
4%
method
1%
Engineering & Materials Science
Blood pressure
82%
Blood
65%
Flow velocity
48%
Transfer functions
21%
Phase shift
12%
Tissue
10%
Brain
9%
Recovery
8%