Vilser W, Nagel E, Lanzl I
Technical University of Ilmenau, Institut BMTI, Germany.
Biomed Tech (Berl). 2002;47 Suppl 1 Pt 2:682-5. doi: 10.1515/bmte.2002.47.s1b.682.
Retinal Vessel Analysis is a new technique to assess behavior of large retinal vessels based on diameter measurements. The Retinal Vessel Analyzer (RVA) measures continuously on-line obtaining data in relation to time and local position. Possible analysis tools include (a) Time Course Analysis of physiological, pathological, or therapy induced changes; (b) Local Course Analysis to recognize local narrow or wide vessel segments along the vessel; (c) Vasomotoric Analysis to determine vasomotions and blood pressure related diameter changes; (d) Functional Analysis to examine dynamic behavior e.g. the ability to autoregulate and (e) Functional Imaging to visualize functional parameters of vessels in single vessel segments. RVA is thus able to recognize and study different autoregulation mechanisms.
视网膜血管分析是一种基于直径测量来评估视网膜大血管行为的新技术。视网膜血管分析仪(RVA)可进行连续在线测量,获取与时间和局部位置相关的数据。可能的分析工具包括:(a)对生理、病理或治疗引起的变化进行时间进程分析;(b)局部进程分析,以识别血管沿线的局部狭窄或扩张血管段;(c)血管运动分析,以确定血管运动和与血压相关的直径变化;(d)功能分析,以检查动态行为,例如自动调节能力;以及(e)功能成像,以可视化单个血管段中血管的功能参数。因此,RVA能够识别和研究不同的自动调节机制。