Development of a non-invasive SQUID diagnosis for organ viability

首先，本研究测量了三种不同细胞的^<31>P-NMR谱。其次，利用超导量子干涉器件SQUID研究了与大鼠和白兔心脏生物活性相关的微磁信号，该器件将超导性和约瑟夫森效应应用于磁场探测器。在我们的研究中，可以清晰地记录大鼠和家兔的心磁图（MCG）。但该检查不能显示肝磁成像。

Firstly, the ^<31>P-NMR spectra of three different cells were measured in this study.Second, the micromagnetic signals associated with biological activity of the rat and white rabbit hearts were studied using the Super conducting Quantum Interference Device SQUID which the application of superconductivity and Josephson effect to the magnetic field detector.In our study, the magnetro cardio gram (MCG) could be clearly recorded in comparison with ECG in rat and rabbit. But this invastigation could not demonstrate magnetro liver gram.