Inaba H
Research Institute of Electrical Communication, Tohoku University, Sendai, Japan.
Experientia. 1988 Jul 15;44(7):550-9. doi: 10.1007/BF01953302.
In this paper we summarize and discuss the modern technology and systems, studied and established by our research group, for performing the detection and special analysis incorporated with the super-high sensitivity photon counting method for the study of ultraweak photon emission; for example, extra-weak bioluminescence and chemiluminescence from living cells and tissues, closely related to biochemical and biophysical processes and activities. An excellent sensitivity of the basic photon counting system, making it possible to achieve count rates in the very low range of one photoelectron per second to one per minute, allowed us to carry out in vivo as well as in vitro measurements, and analyses of ultraweak bioluminescence and chemiluminescence. Recent results concerning ultraweak photon emission from blood samples and organ homogenates of rats are presented and reviewed as one of the interesting and valuable applications of our modern technology for studying ultraweak cell and tissue radiation.
在本文中，我们总结并讨论了我们研究小组研究并建立的现代技术和系统，这些技术和系统用于结合超高灵敏度光子计数方法进行检测和特殊分析，以研究超微弱光子发射；例如，与生物化学和生物物理过程及活动密切相关的活细胞和组织发出的极微弱生物发光和化学发光。基本光子计数系统具有出色的灵敏度，能够实现每秒一个光电子到每分钟一个光电子的极低计数率，这使我们能够进行体内和体外测量，并分析超微弱生物发光和化学发光。本文展示并回顾了关于大鼠血液样本和器官匀浆超微弱光子发射的最新结果，作为我们研究超微弱细胞和组织辐射的现代技术有趣且有价值的应用之一。
