Mullins Mark E
Department of Radiology/B-115, Emory University Hospital, 1364 Clifton Road Northeast, Atlanta, GA 30322, USA.
Neuroimaging Clin N Am. 2006 Nov;16(4):605-18, viii. doi: 10.1016/j.nic.2006.06.008.
MR spectroscopy involves the examination of molecules in a much more transparent manner than does routine, clinical, conventional MR imaging. Its performance and interpretation goes back to the origins of MR imaging in nuclear magnetic resonance and also points to a future in which functional type techniques such as molecular imaging tell more than simple anatomy, but also the physiology of what is seen when looking at a patient's radiological images. A brief discussion of the past, present, and appreciation of MR spectroscopy as a molecular imaging modality. Several techniques, applications, and controversies aso are discussed in this article.
磁共振波谱学对分子的检测方式比常规临床传统磁共振成像更为直观。其性能和解读可追溯到磁共振成像在核磁共振领域的起源,也预示着一个未来,即诸如分子成像等功能型技术不仅能揭示简单的解剖结构,还能展现观察患者放射影像时所看到的生理情况。本文简要探讨了磁共振波谱学作为一种分子成像模式的过去、现在及应用。文中还讨论了几种技术、应用及争议。