Aortic dissection; Damage in nervous system; Imaging.
脉夹层；神经系统损害；影像学。
The long term and high level exposure to manganese might induce Parkinson s disease-like extracorticospinal tract damage in nervous system.
长期高剂量的锰暴露，可出现类似帕金森综合征的锥体外系神经损害。
Here's why: Some toxins linked to prenatal nervous system and hormonal damage are stored in fatty tissue.
这样做的原因是一些和产前神经系统和内分泌损害有关的有毒物质是储存在脂肪组织中的。
In the case of lead exposure - even at relatively low levels - continuous exposure may have severe effects, such as anaemia, malaise, and damage to the nervous system.
就铅接触而言—甚至较低量—持续接触可产生严重影响，如贫血、不舒服和损伤神经系统。
Mercury is very hazardous for humans and eating fish contaminated with mercury can result in serious health problems, including heart disease and damage to the brain and nervous system.
汞对人体非常有害，吃了汞污染的鱼会导致严重的健康问题，包括心脏病以及大脑和神经系统的损害。
Finally, they counted the fused cells that formed in a mouse model of multiple sclerosis-an autoimmune disease characterized by inflammation and damage of the central nervous system.
最后他们计数了在多发性硬化症小鼠(一种自发性免疫性疾病，表现为炎症和中枢神经系统损伤)中的融合细胞数量。
When glucose builds up in the blood, it can damage the tiny blood vessels in the kidneys, heart, eyes, and nervous system.
当葡萄糖在血液中堆积时，它便能够损伤肾脏、心脏、眼睛以及神经系统等诸多部位的小血管。
Conclusion: FGR may induce the nervous system damage in the intrauterine fetal rats and further affect the learning and memory ability after birth.
结论：FGR胎鼠在宫内即可有神经系统损伤，并对出生后远期的学习记忆能力产生影响。
Children are in a crucial period of growth and development. Blood lead can cause multiple system severe damage, and produce irreversible damage especially in center nervous system.
儿童正处于生长发育的关键时期，血铅可以造成多系统严重损害，尤其对中枢神经系统产生不可逆的损害。
Conclusions There exist severe injuries and imbalances of autonomous nervous system in elderly patients with CHF, and they were closely correlative with the degrees of heart function damage.
结论老年chf患者存在着严重的自主神经功能受损和失衡，且与心功能损害程度密切相关。
Now, this belief has gotten a dose of scientific support from a study that suggests that the central nervous system can regulate pain and even reduce joint damage in arthritic rats.
现在，这个观点已得到了科学了支持，一个研究表明，在关节炎的大鼠中，中枢神经系统能调节疼痛，甚至降低关节的损伤。
Fluoride mechanism has been shown by illustrating the damage effects of fluoride on bone, tooth, liver, kidney, brain, stomach nervous system, endocrine system and generational system in this essay.
从氟对骨相组织牙齿和骨骼，非骨相组织肝脏、肾脏、脑、胃肠道、中枢神经系统、内分泌系统及生殖系统不同程度的损伤作用入手，较深入的探讨了氟的毒性作用机制。
Conclusion: CRP and IL-6 levels are related to the severity of patients with acute traumatic brain injury, and IL-6 may protect the nervous system from the damage via improving CRP synthesis in liver.
结论：急性颅脑损伤患者外周血il - 6和CRP水平的变化与病情严重程度密切相关，IL - 6在急性颅脑损伤中可能通过促进肝脏合成CRP，在一定程度上对神经系统起保护作用。
In this paper, the nervous system diseases and organ damage in two aspects of writing sports discussed pathological changes in the handwriting of the formation mechanism.
本文从神经系统病变和书写运动器官损伤两个方面论述了病理性变化笔迹的形成机制。
Neonatal asphyxia, premature birth and infectious diseases in nervous system are the most common causes, which resulted in newborn brain damage.
新生儿窒息、早产以及神经系统感染性疾病等是造成婴儿脑损伤的最常见原因。
In 736 ADR cases reports of quinolone antibacterial agents, the nervous system was the most damage, followed by light toxicity, digestive system damage and cardiovascular system damage.
在736例喹诺酮类药物ADR中，以神经系统损害最多，其次是光毒性、消化系统损害、心血管系统损害等；
CONCLUSION: Neural stem cells are extensively applied in central nervous system disease, gene therapy, related induced differentiation, myocardial damage, and knee meniscus injury.
结论：神经干细胞在中枢神经系统疾病、基因治疗、相关的诱导分化、心肌损伤以及治愈膝关节半月板损伤等方面具有广阔应用前景。
Chronic exposures may result in decreased appetite, anaemia, weight loss, nervous system effects, and kidney, liver, and bone marrow damage.
慢性接触可导致食欲下降、贫血、体重减轻、神经系统受损，以及肾脏、肝脏和骨髓受损。
Many studies have demonstrated that the damage of large accumulation of manganese, as a body trace element, is expressed mainly in the nervous system.
大量研究证明，锰作为机体微量元素，堆积后的损伤主要表现于神经系统。
Lipid peroxide and DNA damage might be the important mechanisms of central nervous system function damage in mice induced by formaldehyde and benzene.
脂质过氧化性损伤及DNA损伤可能是甲醛和苯引起小鼠神经系统损伤的重要机制。
Lead can cause an prominent toxic effect on the nervous system and result in the damage of learning and memory among the exposed persons.
铅可对神经系统产生显著的毒性作用，尤其是作用于中枢神经系统，引起接触者学习、记忆的缺陷。
This article introduces the effect of high central nervous system, changes of cerebral blood flow after hypoxia, damage of hypoxia to neurons in the respiratory center, neurotransmitters a…
本文主要介绍高级中枢、缺氧后脑血流量变化、缺氧对呼吸中枢神经元的实质性损害、 神经递质和神经调质在缺氧性呼吸抑制过程中的作用。
This article introduces the effect of high central nervous system, changes of cerebral blood flow after hypoxia, damage of hypoxia to neurons in the respiratory center, neurotransmitters a…
本文主要介绍高级中枢、缺氧后脑血流量变化、缺氧对呼吸中枢神经元的实质性损害、 神经递质和神经调质在缺氧性呼吸抑制过程中的作用。
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