Lung and spleen are target organs that are easily damaged during ES.
肺脏和脾脏是ES时最易受损的靶器官。
Gastrin and cholecystokinin and secretin act onthe same target organs.
促胃液素缩胆囊素和分泌素作用于相同的靶器官。
Lungs and immune system were main target organs attacked by the virus.
肺部和免疫系统是病毒主要作用的靶器官。
Gastrin and cholecystokinin and secretin act on the same target organs.
促胃液素、缩胆囊素和分泌素作用于相同的靶器官。
The presence in the other target organs , such as brain, kidney and thymus;
除肝脏以外，还存在于胸腺、脑、肾等靶器官；
It showed DPC in the WBC can be used as a surrogate to indicate genotoxic lesions in target organs.
提示白细胞DPC可作为靶器官的替代物反映镍对靶器官的遗传损害。
Ischemic stroke is caused by clogged blood vessels, thereby putting target organs at risk of cellular death.
缺血性中风是血管阻塞从而使目标器官有细胞死亡的风险而引起的。
Whether local autocrine and paracrine factors within target organs such as the heart modulate AMPK is unknown.
现尚未清楚是否是由心脏等靶器官内的局部自分泌和旁分泌因子调控AMPK。
The liver, skin and intestine are the classic GVHD target organs and lungs may be a potential GVHD target organ.
肝、肠、皮肤是公认的移植物抗宿主病（GVHD）靶器官，肺可能也是潜在的GVHD靶器官。
The most strongly tissue tropism of MDRV was Liver, Cecum and Spleen, and these tissues were the target organs of MDRV.
番鸭呼肠孤病毒对肝脏、盲肠、脾脏的组织嗜性最强，表明该病毒的主要靶器官为这三种组织。
The results demonstrated that the target organs impaired by high copper were liver, alimentary tract and immune organs.
表明，肝、消化道和免疫器官是高铜损害的主要靶器官。
It has been proven that effective controlling blood pressure may effectively reduce risks of vital target organs damage.
研究已经证明，有效地控制血压，使之达标，可以有效地降低重要靶器官受损的危险性。
Hypertension is one major cardiovascular disease, which usually causes the impairment of target organs, especially heart.
高血压是最常见的心血管疾病之一，常导致心脏等靶器官功能损害。
Targeted drug system can selectively be functioned in target organs, target tissues, target cells or intracellular parts.
靶向制剂可以选择性地作用于靶器官、靶组织、靶细胞或细胞内。
Severe paraquat intoxication is characterized by multiple organ failure, and the lungs are the most important target organs.
严重的百草枯中毒的特点是多器官功能衰竭，肺是主要的靶器官。
Objective to study the relation between elderly hypertension ambulatory blood pressure loading and the degree of damages in target organs.
目的探讨老年高血压患者动态血压负荷的特点以及与靶器官损伤的关系。
The study on the mechanism of action of er will contribute to further understanding for different effects of estrogen on the target organs.
研究雌激素受体的作用机制，有助于深入了解雌激素的不同靶器官效应。
Controlling of blood sugar of diabetic patients directly affect the occurrence of their complications and DE - gree of damage of target organs.
糖尿病者血糖控制的好坏直接关系到其并发症的发生与靶器官的损害程度。
Histopathological analysis showed that Y13 can cause systemic infection, the target organs including the liver, spleen, kidney, brain, gill and so on.
组织病理分析表明病原菌导致的感染是全身性的，病鱼的鳍、肝、脾、肾、脑以及鳃等部位都有不同程度的病变。
They were the target organs. Under the electrical microscope, cytopathological changed obviously. The cells of most tissues and organs were badly destroyed.
超微病变也很明显，主要表现为多数组织器官的细胞核膜扩张，核染色质溶解消失，线粒体肿胀。
The regulative function for diurnal blood pressure variations should be improved to prevent the target organs damage in non-dipper type hypertension patients.
积极调节、改善非杓型高血压病人血压昼夜变化的功能，对防止靶器官损害更具有临床意义。
The major androgen target organs of interest in regards to beneficial effects of TRT include bone, muscle, adipose tissue, the cardiovascular system and the brain.
TRT有益效应相关的主要雄性激素靶器官包括：骨、肌肉、脂肪组织、心血管系统和脑。
Objective: To study the relationship and clinical significance between diurnal blood pressure variations and target organs damage in essential hypertension patients.
目的：研究高血压病人昼夜血压变化与靶器官损害的关系及其临床意义。
Clinical pathological damage of poisoning geese were markedly on 30 days of experiment. The target organs of copper toxic injury were digestive Tract liver, kidney and heart.
铜中毒鹅在30天左右，临床病理损害明显，消化道，肝脏，肾脏和心脏是鹅铜中毒毒性损害的靶器官。
Objective to study the cumulative toxicity and target organs of repetitive inhalation exposure to chlorine dioxide, and determine the safe concentration of chlorine dioxide for human.
目的观察二氧化氯气体多次经呼吸道接触对实验动物的蓄积毒性作用及其靶器官，确定人体可直接暴露于二氧化氯气体的安全浓度。
The daytime and night diastolic blood pressures of the cases with both primary hypertension and target organs damages were lower than those of the cases with only primary hypertension (P<0.01);
结果（1）伴靶器官损害组白昼舒张压、夜间舒张压低于原发性高血压组（P<0.01）；
Thus, the study of the key mechanisms leading to injury in target organs and failure of adaptive processes holds great promise for the identification of mechanism-targeted therapeutic approaches.
因此，导致靶器官损伤和适应过程失败的主要机制的研究认为大有希望的识别机制，有针对性的治疗方法。
Thus, the study of the key mechanisms leading to injury in target organs and failure of adaptive processes holds great promise for the identification of mechanism-targeted therapeutic approaches.
因此，导致靶器官损伤和适应过程失败的主要机制的研究认为大有希望的识别机制，有针对性的治疗方法。
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