靶器官

代谢综合征患者的高敏C反应蛋白及靶器官损害

High-sensitivity C reactive protein in patients with metabolic syndrome and target organ damages

C反应蛋白与内脏脂肪型肥胖及其相关靶器官损害的关系

Relationship between C-reactive Protein and Visceral Fat Obesity and Their Impacts on Target Organ Damage

高敏C反应蛋白与代谢综合征组分及靶器官损害的关系

Association of the serum levels of high-sensitivity C reactive protein and components and target organ damage in patients with metabolic syndrome

MC生物毒性作用的靶器官主要为肝脏。

The biologically toxic target organ of MC is liver .

肺脏和脾脏是ES时最易受损的靶器官。

Lung and spleen are target organs that are easily damaged during ES .

肝脏不仅是一个靶器官，同时也是一个重要的清除和代谢循环AGEs的地方。

Liver is not only a target organ , but also an important site for clearance and catabolism of circulating AGEs .

24h平稳降压对高血压靶器官保护的临床意义

Importance of 24-hour smoothly anti-hypertension to protect target organ in essential hypertensive patients

结论SAD可使大鼠的心、肾和血管发生类似于高血压靶器官损伤的病理改变。

CONCLUSION SAD can lead to cardiovascular and renal morphological changes that are similar to target organ damage in hypertension .

睾丸是DBP毒作用的主要靶器官之一。

The testis is a vital target organ influenced by DBP .

原发性高血压患24h平均脉压与靶器官损害的关系

Relationship between average 24-hour ambulatory pulse pressure and target-organ damage in essential hypertensive patients

推测睾丸可能是EE的靶器官，EE具有明显？

It was suggested that testis could be the target organ of EE .

术后4周，用RT-PCR方法检测靶器官中a-受体mRNA的表达情况，分析泳结果电。

Four week after operation , the expression of a - receptor mRNA was measured by RT-PCR method in targeted muscle .

TDI对靶器官的自由基损伤作用

Effect of free radicals damage on targeted tissue of TDI

5-HT与动脉血压调节高血压病人昼夜血压变化与靶器官损害的关系

Relationship between Diurnal Blood Pressure Variations and Target Organs Damage in Essential Hypertension Patients

结论DMF是以消化系统尤其肝脏为主要靶器官的毒物。

Conclusion DMF might mainly damage the digestive organs especially the liver .

性腺是MCs的第2靶器官，有研究证明MCs具有生殖毒性。

Some studies proved MCs may have reproductive toxicity .

结论Cd2+、Pb2+及Cd2++Pb2+对泥鳅DNA甲基化水平的影响与离子种类、浓度及其作用的时间、靶器官等均具有相关性。

Conclusion The influence of heavy metal ions on the DNA total methylation was correlative with the kind , concentration , treatment time and target organ of metal ions .

高龄老年原发性高血压患者血压24h加权标准差与靶器官损害的相关性

Blood Pressure Weighted Standard Deviation and the Target Organ Damage in the Very Elderly with Hypertension

结论1、MS患者在亚临床期就已经出现靶器官损害，MS患者如合并高血压则靶器官损害更为严重。

Conclusions 1 、 Patients with MS have target-organ damage in subclinical period , Patients with MS have more serious target-organ damage if with hypertention .

PET是根据正电子湮灭辐射原理，利用符合探测技术检测正电子药物的分布情况，采集的信息通过计算机处理后显示出靶器官的断层图像并给出定量生理参数的核医学设备。

PET is a nuclear medical equipment which can get traverse image and quantitative parameter , and according to the principle of annihilation coincidence detection .

结论1.皮肤是ANGII的作用靶器官之一，成纤维细胞是ANGII作用的靶细胞。

Skin is one of the target organs of Ang II and fibroblast is the target cell of Ang II . 2 .

在非靶器官中，C、D型细胞在4个月时为最低点，而D细胞在子宫、睾丸、和肝中很快又高。

The C and D type cells reached the lowest point in the fourth month in non-target organs but the D type cells then dramatically increased in the uterus , testes and liver .

结论MSCT是评价老年高血压患者冠脉粥样硬化程度和进展的较好无创性方法，在老年人中有助于评估高血压靶器官损伤。

Conclusion MSCT is an accurate noninvasive method for assessment of subclinical atherosclerosis in elderly hypertensive patients .

人参皂甙对手术应激大鼠下丘脑-垂体-肾上腺轴及免疫靶器官中肾上腺皮质激素释放素、ACTH阳性细胞数的影响

The Effect of Ginsenoside on CRF and ACTH Positive Cells in HPAA-spleen of Amputation Stress Rats

ACE基因缺失多态性与血清ACE活性有关，并增加高血压合并靶器官损害的危险。

Deletion polymorphism of ACE gene is associated with serum ACE activity and increases the risk of organ damage in hypertension .

目的了解甲氨蝶呤（MTX）的作用机制，探测其作用的遗传毒性靶器官。

Objective To explore the mechanism of methatrexate ( MTX ) further and the genotoxic target organs .

目的：高血压致靶器官损伤可归结于两种血管病变：动脉硬化和动脉粥样硬化（atherosclerosis，AS）。

Background and Objective : The target-organ damage due to hypertension is attributed to two different pathological process : arteriosclerosis and atherosclerosis ( AS ) .

结论：脉压是靶器官损坏的一个重要和独立的危险因素，说明治疗中应注意保持合理的脉压（PP）值。

Conclusion : Pulse pressure is an independent and important dangerous factor for target organ dysfunction , and a rational pulse pressure should be keep in the therapy .

结论肝脏、肺脏均是DEN致突变的靶器官，但对其敏感度并不相同。

Conclusion Liver and lung are target organ of genotoxicity in vivo induced by DEN with different sensitivity .

目的观察大鼠连续腹腔注射（ip）丹参葡萄糖注射液（salviamiltiorrhizaglucoseinjection，SGI）产生的毒性反应与靶器官损害的可逆性。

Objective - To investigate the toxicity and the impaired reversibility on target organ after administering ip salvia miltiorrhiza glucose injection ( SGI ) in rats .