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1)  low intensity helium-neon laser
低能量氦-氖激光照射
2)  intravascular He-Ne laser irradiation on blood
低能量氦氖激光血管内照射
1.
Change of transcranial Doppler and brainstem auditory evoked potential of patients with vertebrobasilar blood insufficiency were treated by intravascular He-Ne laser irradiation on blood;
低能量氦氖激光血管内照射治疗椎-基底动脉供血不足患者的TCD及BAEP变化
3)  imbecile He-Ne laser
低能量氦氖激光
1.
Objective: To observe the therapeutic effi cacy and the safety of imbecile He-Ne laser irradiating blood vessel (ILIB) in the treatment of diabetic peripheral neuropathy (DPN).
目的 :观察低能量氦氖激光血管内照射 (ILIB)治疗糖尿病性周围神经病 (DPN )的有效性及安全性。
4)  He-Ne laser irradiation
氦氖激光照射
1.
Effects of He-Ne laser irradiation on the growth and development and antioxidative system in cultured neurons in vitro;
氦氖激光照射对体外培养的神经元生长发育及抗氧化系统的影响
2.
Study on the effects of He-Ne laser irradiation on the splenic T lymphocyte proliferative responses in mice;
氦氖激光照射对小鼠脾淋巴细胞增殖反应影响的试验研究
3.
Systematic experiments on the effects of He-Ne laser irradiation combined with the traditional antitumor medicine of cyclophosphamide on peripheral blood serum IgG were conducted by using the experimental model of mouse S180 ascites sarcoma.
以小鼠S180腹水瘤为动物实验模型 ,对氦氖激光照射与化疗药物环磷酰胺 (CYT)联合应用对S180荷瘤鼠外周血IgG含量影响作了系统性研究。
5)  intravascular He-Ne laser irradiation (ILIB)
氦氖激光血管内照射(ILIB)
6)  intravascular low lever He-Ne laser irradiation on blood
弱氦氖激光血管内照射
1.
Objective To assess the clinical effectiveness, safety and economic attributes of intravascular low lever He-Ne laser irradiation on blood (ILIB ) for acute ischemic stroke, and to provide the best available evidence for supplying health technology.
目的 本研究对全世界关于弱氦氖激光血管内照射(intravascular low lever He-Ne laser irradiation on blood,ILIB)治疗急性缺血性脑卒中的随机或半随机临床对照试验进行早期卫生技术评估。
补充资料:

neon

   一种化学元素。化学符号Ne,原子序数10,原子量20.1797,属周期系零族,为稀有气体的成员之一。1898年英国W.拉姆齐和M.W.特拉弗斯在液态空气中发现一种新的稀有气体,取名neon,含义是新奇。氖在地球大气中的含量为18.18×10-4%(体积百分),有3种同位素:氖20、氖21和氖22。氖是无色、无臭、无味的气体,熔点-248.67℃,沸点-245.9℃,气体密度0.9002克/升(0℃,1×105帕),在水中的溶解度10.5微升/千克水。在一般情况下,氖不生成化合物。氖可由液态空气分馏产物经低温选择吸附法制取。氖在放电时发出橘红色辉光,用于制造霓虹灯,还大量用于高能物理研究。
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