Ide Yasuo
Department of Anesthesia, Toho University Sakura Medical Center, Sakura.
Masui. 2012 Jul;61(7):687-92.
The practical electric light bulb was invented by Thomas Alva Edison in 1879. Halogen lamp is the toughest and brightest electric light bulb. With light filter, it is used as a source of near infrared light. Super Lizer and Alphabeam are made as near infrared light irradiator using halogen lamp. The light emmited by Super Lizer is linear polarized near infrared light. The wave length is from 600 to 1,600 nm and strongest at about 1,000 nm. Concerning Super Lizer, there is evidence of analgesic effects and normalization of the sympathetic nervous system. Super Lizer has four types of probes. SG type is used for stellate ganglion irradiation. B type is used for narrow area irradiation. C and D types are for broad area irradiation. The output of Alphabeam is not polarized. The wave length is from 700 to 1,600 nm and the strongest length is about 1,000nm. Standard attachment is used for spot irradiation. Small attachment is used for stellate ganglion irradiation. Wide attachment is used for broad area irradiation. The effects of Alphabeam are thought to be similar to that of Super Lizer.
实用的电灯泡是托马斯·阿尔瓦·爱迪生在1879年发明的。卤素灯是最耐用且最亮的电灯泡。通过滤光器，它可用作近红外光的光源。Super Lizer和Alphabeam都是使用卤素灯制成的近红外光照射器。Super Lizer发出的光是线偏振近红外光。其波长为600至1600纳米，在约1000纳米处最强。关于Super Lizer，有证据表明它具有止痛作用和使交感神经系统正常化的作用。Super Lizer有四种类型的探头。SG型用于星状神经节照射。B型用于窄区域照射。C型和D型用于宽区域照射。Alphabeam的输出是非偏振的。其波长为700至1600纳米，最强波长约为1000纳米。标准附件用于点照射。小型附件用于星状神经节照射。宽型附件用于宽区域照射。Alphabeam的作用被认为与Super Lizer相似。
