Swartz H M, Chen K, Pals M, Sentjurc M, Morse P D
Magn Reson Med. 1986 Feb;3(1):169-74. doi: 10.1002/mrm.1910030126.
The rate of reduction of nitroxides is shown to be more rapid in hypoxic cells. The rate of reduction and the effect of hypoxia on the reduction rate vary for different nitroxides. These findings indicate that it may be feasible to develop in vivo NMR contrast agents that selectively will indicate areas of hypoxia and thereby aid in the detection of disease processes such as neoplasia, ischemia, and inflammation.
已表明在缺氧细胞中氮氧化物的还原速率更快。不同氮氧化物的还原速率以及缺氧对还原速率的影响各不相同。这些发现表明,开发能够选择性指示缺氧区域从而有助于检测诸如肿瘤形成、局部缺血和炎症等疾病过程的体内核磁共振造影剂可能是可行的。