死亡原因是肺部感染，电解质紊乱，心律不齐，糖尿或高血糖症。
The cause of death are pulmonary infection, electrolyte disturbances, arhythmia, glycopenia or hyperglycaemia cataphora.
目的总结分析低血糖症的病因。
Objective: Tosummarizeand analyse the etiology of hypoglycemia.
血糖症有时是显著的临床表现。
Hypoglycemia is sometimes a prominent clinical manifestation.
结果低血糖症病因多种。
方法对24例低血糖症病人的临床资料进行分析。
Methods: 24 cases of hypoglycemia were retrospectively analyzed.
高血糖症的症状是一样的，这些未经处理的糖尿病。
Symptoms of hyperglycaemia are the same as those of untreated diabetes.
方法对35例老年dm患者的低血糖症进行回顾性分析。
Methods Clinical data of 35 DM patients complicated with hypoglycemia syndrome in the aged were retrospectively analyzed.
严重持续低血糖症，如不及时纠正会造成全身组织器官损伤。
The severe low blood sugar can injure all tissues and organs if not timely corrected.
当身体开始体验低血糖症发布肾上腺素，也被称为肾上腺素。
When the body begins to experience hypoglycemia it releases epinephrine, also known as adrenaline.
结论：胰高血糖素在新生儿高血糖症的发病中作用强于胰岛素。
Conclusion: Glucagon plays a more important part in the pathogenesis of neonatal hyperglycemia than insulin.
高血糖症可以损害免疫系统，胰岛素具有抗炎以及其他抗感染活性。
Hyperglycemia may impair the immune system, and insulin may have anti-inflammatory and other anti-infective activities.
高血糖症通过直接影响和促进血小板蛋白的糖化从而增强血小板的活性。
Hyperglycemia contributes to greater platelet reactivity through direct effects and by promoting glycation of platelet proteins.
这可怕的并发症是由高血糖造成，几乎所有的1型糖尿病患者都有高血糖症状。
This frightening complication is caused by high blood glucose levels, and nearly all people with type 1 diabetes show some symptoms of the disorder.
方法：对37例新生儿高血糖症同时检测血糖、电解质、血渗透压与尿素氮值。
Methods:Electrolytes, osmotic pressure, urea nitrogen and blood glucose in 37 cases of neonatal hyperglycemia were measured simultaneously.
这种效应即是我们所知道的高血糖症，它能够损害血管，肾脏，心脏，眼和神经。
This effect, known as hyperglycemia, can damage blood vessels, the kidneys, heart, eyes and nerves.
近年来，婴幼儿持续高胰岛素血症性低血糖症的分子发病机制研究有了显著的进展。
The knowledge of molecular defects leading to persistent hyperinsulinemic hypoglycemia in infants has been rapidly growing in recent years.
本组LASP治疗的不良反应主要表现为白细胞减少、血清胆红素升高和高血糖症。
The major side effects of L ASP were leukocytopenia, elevation of serum bilirubin and hyperglycemia.
现在工作的主要目标是研究胆固醇对于高血糖症被试的红细胞可变形性和形状参量的影响。
The main objective of the present work is to study the influence of cholesterol in hyperglycemic subjects on deformability and shape parameters of erythrocytes.
高血糖症会显著增加脑损伤，导致病死率升高，并由脑缺血再灌注损伤后导致患者长期残疾。
Hyperglycemia significantly increases brain damage, mortality rate, and long-term disability after cerebral ischemia and reperfusion injury.
目的：已有事实表明高血糖症可通过减弱血管扩张，提高组织酸度，释放刺激性产物导致脊髓的缺血损伤。
Hyperglycemia has been shown to potentiate ischemic injury of the spinal cord by quenching vasodilators and potentiating tissue acidosis and free radical production.
结论：对美国多民族的人群研究表明随着妇女怀孕期高血糖症患者的血糖增高，其子代患肥胖症风险增大。
CONCLUSIONS---: Our results in a multi-ethnic US population suggest that increasing hyperglycemia in pregnancy is associated with an increased risk of childhood obesity.
本研究的目标是在MESCC已建立的模型动物中检验是否实验条件诱发的高血糖症会加速神经组织的退变。
The goal in this study was to determine whether experimentally induced hyperglycemia accelerates neurological decline in an established animal model of MESCC.
以防止高血糖症的发生，人民与1型糖尿病患者需要控制其血糖水平，保持正确的组合，饮食及注射胰岛素。
In order to prevent hyperglycaemia from occurring , people with type 1 diabetes need to control their blood glucose levels by maintaining the right combination of diet and insulin injections.
未来的设备将包括能够通过识别心脏病或低血糖症特征从而达到监测病人目的并能够释放适量的救人性命的药剂的芯片。
Future applications will include chips that monitor patients at home for signs of a heart attack or hypoglycaemia and can release the appropriate life-saving drugs.
研究中的患者都有上述情况，但在细胞移植后，甚至即便在这些细胞只有部分发挥作用时，他们都免受了低血糖症的困扰。
Patients sin the study had the condition, but the transplants diminished their hypoglycemic attacks, even when the cells were only partly effective.
治疗低血糖症时，不但要纠正低血糖状态，还应兼顾保护脑、心、肾等器官的功能，对已明确的各器官已有损伤的应采取相应的治疗措施。
When treating it, we shall not only correct low blood sugar state, but also protect the function of brain, heart and kidney, etc, take corresponding measures to the defined injured organs as well.
治疗低血糖症时，不但要纠正低血糖状态，还应兼顾保护脑、心、肾等器官的功能，对已明确的各器官已有损伤的应采取相应的治疗措施。
When treating it, we shall not only correct low blood sugar state, but also protect the function of brain, heart and kidney, etc, take corresponding measures to the defined injured organs as well.
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