Decompressive surgery is also effective for malignant cerebral edema.
减压手术对恶性大脑水肿也是有效的。
There is cerebral edema seen at the right which obscures the structures.
右侧可见脑水肿，使脑结构模糊不清。
The results indicate that Rhubarb inhibit nervous lesion and cerebral edema in rats.
表明生大黄可改善脑出血大鼠的神经损害。
The most severe symptoms of water intoxication occur when hyponatremia leads to cerebral edema.
当低钠血症引发脑水肿时，就会出现最严重的情况。
Cerebral infarction; Decompressive craniectomy; Cerebral edema; Increased intracranial pressure.
脑梗死；大骨瓣切除术；脑水肿；颅内高压。
OBJECTIVE: To observe curative effect of Shu-Qi-Song on the treatment of traumatic cerebral edema.
目的：观察舒其松治疗创伤性脑水肿的疗效。
Conclusion Mannitol is the best medicine in treatment of cerebral edema caused by trauma and stroke.
结论甘露醇是治疗外伤性脑水肿和脑卒中所致脑水肿最有效的药物。
AIM: To study the effect of lidocaine and compound glycerin on cerebral edema of rats after reperfusion.
目的：研究利多卡因和复方甘油对大鼠脑缺血再灌注后脑水肿的影响。
RESULTS: Tet could increase cerebral blood flow (CBF), reduce Ca accumulation and decrease cerebral edema.
结果：粉防己碱能明显增加脑血流量，减少钙积累，减轻脑水肿。
Objective: To study the role of Mannitol on cerebral edema and brain damage after brain injury by local treatment.
目的观察局部应用甘露醇治疗兔创伤性脑水肿的疗效。
Combined with hypertension, these processes lead to varying degrees of cerebral edema and myocardial insufficiency.
这些病变过程如伴有高血压，可导致不同程度的脑水肿及心肌的功能不全。
ConclusionBoth mannitol and glycerin fructose could relieve intracranial hypertension and alleviate cerebral edema.
结论甘露醇与甘油果糖均能缓解颅脑损伤后颅内高压，减轻脑水肿。
Objective: To observe the dynamical changes of cerebral edema caused by spontaneous intracerebral hemorrhage(SICH).
目的：观察自发性脑出血（SICH）患者甘露醇治疗前后脑水肿的动态演变。
Aim: To study the potential relationship between local nitric oxide (NO) and cerebral edema after cold-induced injury.
目的：探讨脑冷冻性损伤后一氧化氮(NO)与脑水肿的关系及其对脑水肿的影响。
The pathophysiological mechanisms and the common methods for the treatment of cerebral edema at present are elaborated.
现阐述脑出血后脑水肿形成的病理生理学机制以及目前治疗脑水肿的常用方法。
The surface of the brain with cerebral edema demonstrates widened gyri with a flattened surface. The sulci are narrowed.
脑水肿病人大脑表面显示脑回变宽、表面平坦，脑沟变窄。
The treatment of thalamic hemorrhage should be in time and have adequate dehydrating therapy till cerebral edema recedes.
丘脑出血的治疗应及时，且脱水要足量，直到脑水肿消退为止。
Methods: Data on cerebral edema in neonate were obtained by review. Etiology and treatment were the focus of this analysis.
方法对新生儿脑水肿的病因与治疗对策加以分析整理。
Common symptoms of cerebral edema start with a headache that increases in intensity followed by mental confusion and seizures.
常见的脑水肿始于剧烈的头痛，伴随着的症状还有精神混乱和癫痫症。
If you begin to suffer any of the symptoms of cerebral edema, immediately stop drinking water and seek professional assistance.
如果你开始出现脑水肿症状，立即停止饮水，寻求专业救护。
Acute hypercarbia aggravates existing cerebral edema because it causes cerebral vasodilatation and increased cerebral blood flow.
急性高碳酸血症可因其导致脑血管扩张和增加脑血流量而加重已经存在的脑水肿。
Objective: To investigate the treatment of severe head injure with diffuse cerebral edema and rapid encephalocele during operation.
目的：探讨重型颅脑损伤，弥漫性脑肿胀术中出现急剧脑膨出的治疗方法。
Conclusion Ulinastatin can prevent, treat cerebral edema and protect the cerebral cells by inhibiting NOS activity and reducing NO.
结论乌司他丁具有防治缺血性脑水肿、保护脑细胞的作用，作用机制可能与其抑制NOS活性，减少NO的生成有关。
Objective To investigate the correlation between the mannitol therapy and delayed cerebral edema after hypertensive cerebral hemorrhage.
目的分析和探讨高血压性脑出血后迟发性脑水肿与甘露醇的关系。
CONCLUSION Breviscapine can play a role in protecting brain through inhibiting disorder of energy metabolism and relieving cerebral edema.
结论：灯盏花素可能通过抑制能量代谢障碍、减轻脑水肿而发挥脑保护作用。
This fluid administration requires frequent assessment of the infused volume to prevent fluid overload complications such as cerebral edema.
但在静脉补液时，应经常评估输注量，防止液体超负荷引起并发症，如脑水肿。
Results: the Naochuangning could obviously lessen the level of cerebral edema, cut down the content of Evans blue and prolong the time of gasp.
结果：脑创宁能显著降低脑组织含水量和伊文氏蓝含量，明显延长小鼠喘息时间。
Objective: To research the effect of Naochuangning on cerebral edema and the permeability of blood brain barrier in closed cerebral trauma mice.
前言：目的：考察脑创宁对闭合性脑外伤小鼠脑水肿、血脑屏障通透性的作用。
Result:Naochuangning could obviously lessen the level of cerebral edema and cut down the content of Evans blue and protect the blood brain barrier.
结果：脑创宁可明显减轻模型小鼠脑水肿程度，降低伊文思蓝含量，保护血脑屏障。
Mild hypothermia may relieve cerebral edema after cerebral infarct since it can inhibit AQP4 expressions and increase blood brain-barrier permeability.
亚低温能有效抑制脑梗死后AQP4的表达和血脑屏障通透性的增加。
应用推荐