Magnetic resonance imaging 324, Plate

Futami T, Foster BK, Morris LL et al (2000) Magnetic resonance imaging of growth plate injuries the efficacy and indications for surgical procedures. Arch Orthop Trauma Surg 120 390-396... 

Yao L, Cracchiolo A, Farahani K et al (1996) Magnetic resonance imaging of plantar plate rupture. Foot Ankle Int... 

Plate 28 Magnetic Resonance Image of Human female brain. See MRI Applications, Clinical. Reproduced with permission from Medipics/Dan McCoy/ Rainbow. 

Plate 38 a and b Black and white colourscale diffusion weighted spin echo magnetic resonance images of postmortem human cervical spinal cord using a micro-imaging probe at 600 MHz observation frequency. See NMR Microscopy. Reproduced with permission from Doty Scientific Inc. 

Figure 6 Three-dimensional images (25 x 25 x 25 mm ) of an ischaemic rat heart infused with a glucose char suspension. (A) Full view of the heart. (B) A longitudinal cut out showing the internal structure of the heart. C is the cannula Aothe aorta PA the pulmonary artery LM the left main coronary artery LAD the left anterior descending artery and LV the left ventricular cavity. Reproduced with permission from Kuppusamy P, Wang P and Zweir JL (1995). Magnetic Resonance In Medicine 34 99. (See Colour Plate 18)...

Figure Bl.7.18. (a) Schematic diagram of the trapping cell in an ion cyclotron resonance mass spectrometer excitation plates (E) detector plates (D) trapping plates (T). (b) The magnetron motion due to tire crossing of the magnetic and electric trapping fields is superimposed on the circular cyclotron motion aj taken up by the ions in the magnetic field. Excitation of the cyclotron frequency results in an image current being detected by the detector electrodes which can be Fourier transfonned into a secular frequency related to the m/z ratio of the trapped ion(s).

Fig. 3.6. Schematic representation of an ion cyclotron resonance ion trap. Ions are trapped in the x-y plane by the magnetic field B) and held in the z plane by a trapping potential applied to the end plates. Excitation occurs by applying broadband radio frequency voltage pulse to the transmitter plates, followed by detection of the image current on the same plates. Figure adapted from Fig. 7 in Marshall etal. (1998).

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