论文部分内容阅读
随着离子敏玻璃微电极在生物医学领域中的广泛应用,由于离子敏微电极(ISM)不仅能快速和连续动态地记录,而且能选择性地检测离子的活度,所以离子敏微电极对生物体的深入研究提供了极为有效的手段。对祖国医学经络实质的研究如经络穴位特异性、经络传感现象等等均具重要的应用价值。然而,一般的离子敏选择电极都由毛细玻璃管制备,对在体的动态观察极易折断造成伤害。为此,我们设计研制了“针灸”型金属离子选择电极。此电极不仅在在体的动态观察中不易折断,且能制成多管的复合离子选择电极。(如
With the widespread use of ion-sensitive glass microelectrodes in the biomedical field, ion-sensitive microelectrodes (ISMs) can not only rapidly and continuously record dynamically but also selectively detect ion activity, so ion-sensitive microelectrode pairs In-depth study of organisms provides an extremely effective means. The study of the essence of medical meridian in the motherland such as meridian acupoint specificity, meridian sensing phenomenon, etc. have an important application value. However, the general ion-sensitive selection electrodes are made of capillary glass tube, which can easily damage the dynamic observation of the body. To this end, we designed and developed the “acupuncture” type metal ion selective electrode. This electrode not only in dynamic observation of the body is not easy to break, and can be made of multi-tube composite ion selective electrode. (Such as