请输入您要查询的英文单词或汉字:

 

单词 hyperacute
释义 hyperacute 英haɪpərə'kjuːt美haɪpərə'kjuːt COCA¹⁹¹⁷²⁰BNC¹⁴⁴⁶⁶⁴⁺³
基本例句
过急性的¹⁰⁰
In establishing the PBAM successfully, there are not target antigens that may cause hyperacute rejection after xenotransplantation.
制备成功的膀胱无细胞基质已不存在可能导致异种移植后超急性排斥反应的靶抗原。 cnki

Conclusion: GHI could inhibit not only the PEC activation in hyperacute rejection, but also the function of NK cells in delayed xenograft rejection.
结论:甘黄注射液不仅可抑制超急性排斥反应中血清对内皮细胞激活作用,而且可抑制延迟性排斥反应中 NK细胞的作用。 cnki

Conclusion:The conventional CT diagnosis for hyperacute cerebral infarction have definitive value.
结论:常规 CT对超急性期脑梗塞的诊断,具有一定价值。 ilib

Conclusion Although the conventional CT symptoms of hyperacute cerebral infarction are light, but they have definitive value combining clinical manifestations.
结论超急性期脑梗死常规 CT虽然征象轻微,但结合临床,具有一定的价值。 cnki

Conclusion CT imaging plays a valuable role in the diagnosis of hyperacute cerebral infarction in basic level hospital.
结论基层医院常规 CT平扫对超急性期脑梗死有诊断价值。027lunwen

Conclusions CTPI can be used to diagnose hyperacute cerebral infarction and to distinguish TIA.
结论 CTPI能够超早期诊断脑梗死,并可鉴别诊断 TIA。 cnki

Immediately afterward there was a sudden decrease in allograft blood flow and urine output, implying hyperacute rejection.
其后即刻出现突然的移植物血流以及尿量的下降提示超急性排斥可能。0188.com

In guinea pig to rat heart xenotransplantation model, cobra venom factor is administrated to avoid hyperacute rejection, and thus delayed xenograft rejection model is made.
在豚鼠—大鼠异种心脏移植中,给以眼镜蛇毒因子以避免发生超急性排斥反应,制作延迟性排斥反应模型。 cnki

Methods:The findings of35 cases of hyperacute encephalic infarctions were retrospectively analyzed.
方法:回顾性分析35例超急性脑梗塞CT改变; chemyq

Methods Nonenhanced CT findings of43 patients with hyperacute cerebral infarction clinically confirmed within6 hours were retrospectively analyzed.
方法回顾性分析43例经临床诊断的超急性期脑梗死的 CT平扫表现发病6 h内。027lunwen

Objective To analyze CT features of hyperacute cerebral infarction and to improve the diagnostic level.
目的探讨超急性期脑梗死的 CT表现特点,提高诊断水平。027lunwen

Objective To discuss the diagnostic value of conventional CT in hyperacute cerebral infarction.
目的探讨普通 CT对超急性期脑梗死的诊断价值。 cnki

Objective To establish a model of small intestinal xenograft from guinea pig to rat by means of cuff methods and to observe the process of hyperacute ejection of small intestinal xenograft.
目的建立袖套法豚鼠至大鼠异种小肠移植模型,初步观察异种小肠移植超急性排斥反应的过程。 cnki

Objective To evaluate the application of64- multidetector spiral CT cerebral perfusion imaging in patients with hyperacute infarct.
目的探讨64排螺旋 CT脑容积灌注成像在超急性期脑梗死的应用价值。 cnki

Objective To evaluate the application of computed tomography perfusion CTP in hyperacute ischemic cerebrovascular disease.
目的探讨 CT灌注成像技术 CTP对脑梗死超急性期诊断的应用价值。 cnki

Objective To investigate the application of computed tomography perfusion imaging CTPI in hyperacute ischemic cerebrovascular disease.
目的探讨 CT灌注成像 CTPI在超早期缺血性脑血管病中的应用价值。 cnki

Objective To investigate the effect of purified cobra venom factor CVF in rats and the efficacy in preventing hyperacute rejectionHAR after discordant xenotransplantation.
目的探讨眼睛蛇毒因子 CVF对血清总补体活性及对豚鼠到大鼠异种心脏移植超急性排斥反应的影响。 cnki

Objective To study the features of MR diffusion- weighted imaging DWI in the hyperacute cerebral infarction.
目的研究超急性脑梗死的磁共振的弥散加权像 DWI征象。 cnki

Objective In order to establish the proper animal model of hyperacute rejectionHAR for xenotransplantation of intestine.
目的用豚鼠对大鼠的异种肠管移植,来探索建立异种肠管移植超急排斥反应模型。 cnki

Perfusion- and diffusion- weighted MRI has potential application values in hyperacute cerebral infarction.
灌注和弥散加权磁共振成像在脑梗死超早期有着潜在的应用价值。 cnki

Results Transgenic pig technology and novel immunosuppressants were applied to suppress hyperacute rejection and acute vascular rejection respectively.
结果转基因猪技术,新型免疫抑制剂等分别用以克服超急性排斥,急性血管性排斥; cnki

The rADC in hyperacute and acute stage of focus center was minimized, and increased progressively from center to periphery with gradient sign.
超急性、急性期病灶中心相对表观扩散系数最低,从中心往外逐渐升高呈梯度征。 cnki

Hyperacute rejection of the model was observed.
能观察移植肝的超急性排斥反应变化。 cnki
随便看

 

英汉汉英双解词典包含9999994条英汉翻译词条,涵盖了常用英语单词及词组短语的翻译及用法,是英语学习的必备工具。

 

Copyright © 2000-2023 Tbdmj.com All Rights Reserved
京ICP备2021023879号 更新时间:2024/9/21 15:46:09