同样条件下进行介入脑血管灌注显像。
Brain perfusion imaging of adenosine interventional test was stress imaging.
采用荧光素血管灌注及视网膜铺片法观察视网膜血管形态；
Vascular perfusion of fluorescein and retinal stretched preparation were used to observe the morphologic changes of retinal vessels.
在血管灌注固定后，胸主动脉、肾动脉及肠系膜小动脉作形态学测量。
Vascular dimension in thoracic artery, renal artery and small mesenteric artery were measured.
结论AMD及早期AMD黄斑发生CFP延长及脉络膜毛细血管灌注异常。
Conclusion CFP of macula prolong and choriocapillaris perfusion is abnormal in AMD.
方法采用血管灌注固定加组织块固定相结合的方法(简称PS复合固定法)。
Methods PS was fixed with the method of vascular perfusion fixation and block fixating of lung (PS compound fixation).
背景：脑梗死发生后直接观察梗死区微血管灌注状态是评价治疗效果的最直接证据。
BACKGROUND: Direct observation of infarcted microvascular perfusion after cerebral infarction is the most immediate evidence in evaluation of therapeutic effects.
趺阳脉与关脉相比，脉位比关脉浅，而脉势强于关脉。趺阳脉的灌注时间较长，血管灌注速度较快。
Compared with the Guan pulse, the pulse position of arteria dorsalis pedis is lower and strength is stronger, the filling time is longer and filling velocity is quicker.
趺阳脉与关脉相比，脉位比关脉浅，而脉势强于关脉。趺阳脉的灌注时间较长，血管灌注速度较快。
Compared with the Guan pulse, the pulse position of arteria dorsalis pedis is lower and strength is stronger, the filling time is longer and filling velocity is quicker.
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