医用扫描器已经能够控制细胞大小的医疗仪器了
医用扫描器已经能够控制细胞大小的医疗仪器了
加拿大的科学家们应用一种传统的核磁共振成像(MRI)系统来控制血管里微小的金属珠的移动。这个实验对MRI最终用于控制微小"无法拴住"的器件来进行完全非侵入式的外科手术起到了示范性的作用。
Hospital scanners could control cell-sized medical devices (Mar 20)
http://physicsweb.org/article/news/11/3/14
Physicists in Canada have used a conventional magnetic resonance imaging
(MRI) system to control the movement of a small metal bead inside blood
vessels. The experiment demonstrates that MRI systems could eventually
control tiny "untethered" devices that perform truly non-invasive
surgery (App. Phys. Lett. 90 114105).
加拿大的科学家们应用一种传统的核磁共振成像(MRI)系统来控制血管里微小的金属珠的移动。这个实验对MRI最终用于控制微小"无法拴住"的器件来进行完全非侵入式的外科手术起到了示范性的作用。
Hospital scanners could control cell-sized medical devices (Mar 20)
http://physicsweb.org/article/news/11/3/14
Physicists in Canada have used a conventional magnetic resonance imaging
(MRI) system to control the movement of a small metal bead inside blood
vessels. The experiment demonstrates that MRI systems could eventually
control tiny "untethered" devices that perform truly non-invasive
surgery (App. Phys. Lett. 90 114105).
标签: Physics Web
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