By Peter Blumler, Bernhard Blumich, Robert E. Botto, Eiichi Fukushima
'Spatially Resolved Magnetic Resonance' presents entire and exhaustive insurance of the state-of-the-art in magnetic resonance imaging. concentrating on nonclinical functions, readers find out about the chances, boundaries and strengths of magnetic resonance tools in a large diversity of fields, from fabrics technology, medication, biology, to geology and ecology. New and cutting edge functions comparable to polymer and elastomer characterization, research of development fabrics and fabric movement, biomedical imaging and plant reports rfile the numerous advances being made during this box. beginners will locate the educational bankruptcy a superb advisor to the basics of magnetic resonance. in line with lectures offered on the Fourth overseas convention on Magnetic Resonance Microscopy held in Albuquerque, New Mexico, in October 1997, all chapters were conscientiously edited and reviewed. Chemists, physicists, fabrics scientists, geologists, and life-scientists who desire to investigate the possibility of magnetic resonance imaging will locate this reference a stimulating and exhaustive source. 'This quantity files an extended stride towards maturation and integration, besides the ever expanding strength and subtlety of thoughts and analyses, and will motivate builders and clients in all components, from medication to geology.' Paul C. Lauterbur
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P. C. Lauterbur, D. N. Levin, R. B. M a r , J. Mugn. Reson. 59 (1984) 536. 27. Y. Manassen, G. Navon, J. Mugn. Reson. 61 (1985) 363. 28. E. Feig, F. Greenleaf, Appl. Optics 24 (1985) 3977. 29. H. W. Park, Z. H. Cho, Mugn. Reson. Med. 3 (1986) 448. 30. A. Haase, D. Matthaei, J. Mugn. Reson. 71 (1987) 550. 31. F. J. Harris, ProcIEEE66 (1978) 51. 32. C. van Uijen, J. den Boef, F. Verschuren. Mugn. Reson. Med. 2 (1985) 203. 33. H. R. Brooker, T. H. Mareci, J. T. Mao, Mugn. Reson. Med. 5 (1987) 417.
It was shown that both methods, the latter somewhat better than the former, are uncritical in this respect. The theoretical sensitivity enhancement of proton mediated detection of 13C nuclei is a factor of roughly ( ~ ~ =: 644 relative ~ to) the~direct acquisition of 13C signals without nuclear Overhauser effect enhancement. It should be noted here that the number of protons coupled to a 13C nucleus virtually does not matter as our considerations proved. A further sensitivity gain is due to the fact that the signals are acquired in the proton channel, that is, that the repetition rate is limited by proton spin-lattice relaxation rather than that of 13Cwhich may be slower by a factor of ten or so.
Kockenberger, N. Chandrakumar, R. Bowtell, R. Kimmich u ! 1 T1 proton image Fig. 12: Indirect detected 13C CYCLCROP images of the distribution of labelled sucrose from the hypocotyl of 6 days old castor bean seedlings. The first image is recorded before incubation with labelled hexoses (50 mM fructose and 50 mM glucose). 5 h, in plane resolution is 500 pm x 62 ,urn, the slice thickness is given by the sensitive volume of the rf coil to 8 mm. On the bottom right side, the total F1 edited spectra of sucrose (13C decoupled).
Spatially Resolved Magnetic Resonance: Methods, Materials, Medicine, Biology, Rheology, Geology, Ecology, Hardware by Peter Blumler, Bernhard Blumich, Robert E. Botto, Eiichi Fukushima