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- The present experiments were designed to understand and measure changes of auricle microcirculation of mice after hypebaric oxygen intoxication(HOI,0.5MPa) by means of a computer image analyser. 采用计算机图像定量测量方法对高压氧中毒后小鼠耳廓微循环的变化进行观察。
- Effect of Hyperbaric Oxygen Intoxication on Mice Auricle Microcirculation 高压氧中毒对小鼠耳廓微循环的影响
- NEONATAL HYPOXIA-ISCHEMIC ENCEPHALOPATHY OF CT AND AURICLE MICROCIRCULATION 新生儿缺氧缺血性脑病的CT与耳廓微循环观察
- Application of Auricle Microcirculation Test to Functional Evaluation on Magnetic Health Care Products in Mice 小鼠耳廓微循环试验在磁保健品功能评价中的应用
- Auricle microcirculation 耳廓微循环
- Sinisan also dilatate vessel in auricle of mice. 同时也发现四逆散还能扩张小白鼠耳廓血管。
- The hematocrit(Hct) and hemoglobin(Hb) were measured at the moment(T0),60min(T1),90min(T2) after induction of anesthesia,the microcirculation of auricle and mesentery were also monitored. 监测两组麻醉诱导后即刻(T0)、60min(T1)、90min(T2)的红细胞压积(Hct)、血红蛋白含量(Hb)及耳廓微循环血流量和肠系膜微循环微动脉管径、血流速度、血管数、功能血管数的变化。
- A. I ect auricle for placement, size, symmetry, and color. 检查耳廓布局、大小、对称性和颜色。
- This shows that paeonolum can improve local microcirculation. 表明丹皮酚对局部的微循环有促加快作用。
- Methods:Hb?ZPP?SF in blood from the microcirculation were tested. 方法:采用外周血检测血红蛋白、锌原卟啉、血清铁蛋白。
- A. Inspect auricle for placement, size, symmetry, and color. 检查耳廓布局、大小、对称性和颜色。
- Palpate auricle for texture, tenderness, and presence of lesions. 触碰耳廓检查质地、触痛，有无损伤。
- B.Palpate auricle for texture, tenderne , and presence of lesio . 触碰耳廓检查质地、触痛，有无损伤。
- B.Palpate auricle for texture, tenderness, and presence of lesions. 触碰耳廓检查质地、触痛，有无损伤。
- Objective To find an ideal frameword for auricle reconstruction. 目的寻找一种耳郭再造的理想支架。
- Larger culm sheath auricle not slanted downward, not tapering. 大竿箨叶耳不倾斜向下，并非渐狭。
- The tip of auricle was called "Erjian".The point is on it. 耳廓之顶端称耳尖，穴在其上故名。
- Objective To evaluate the cryotherapy for auricle pseudocyst. 目的探讨液氮低温冷冻对耳廓假性囊肿的治疗价值。
- Microcirculation is the blood circulation between arteriole and veinule. 微循环是指微动脉和微静脉之间的血液循环。
- AIM To study the nerve regulation of microcirculation of rat cremaster artery. 目的研究大白鼠提睾肌动脉微循环的神经调节。
