nmr imaging: recent developments and future prospects || volume information

Volume InformationSource: Philosophical Transactions: Physical Sciences and Engineering, Vol. 333, No. 1632, NMRImaging: Recent Developments and Future Prospects (Dec. 15, 1990), pp. 577-581Published by: The Royal SocietyStable URL: http://www.jstor.org/stable/53835 .

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Indexes to Volume 333 (A) Author index

Ahn, C. B. See Cho et al. Albery, W. F., Burns, D. T., Miller, J. N. & Townshend, A. (eds). A Discussion on trace analysis, 1. Albery, W. J., Boutelle, M. G., Durrant, S. L. T., Filenz, M., Hopkins, A. R. & Mangold, B. P.

Sensitive enzyme electrodes, 49. Alder, K. F. Modern microwave technology revitalizes a specific and sensitive analytical technique,

19. Aldridge, P. K., Lindahl, E. G. & Callis, J. B. A novel crossed Fizeau interferometer, 29. Aref, H. Chaotic advection of fluid particles, 273. Atkinson, T. & Sherwood, R. F. Genetically engineered reagents, 93. Attard, J. J., Carpenter, T. A., de Crespigny, A., Duce, S. L., Hall, L. D., Hawkes, R. C., Herrod,

N. J. & Hodgson, R. J. A survey of some applications of NMR chemical microscopy, 477; see also Osment et al.

Baker, G. R. A study of the numerical stability of the method of contour dynamics, 391. Baudouin, C. J., Bryant, D. J., Collins, A. G., Coutts, G. C., Cox, I. J., Hajnal, J. V., Menon, D.

K., Page, D. R. & Young, I. R. Aspects of chemical shift imaging which illustrate the cross- fertilization of methods and techniques in in vivo NMR imaging and spectroscopy, 545.

Blamire, A. M. See Mansfield et al.; see also Worthington et al. Blum, J. D. See Pellin et al. Bottomley, P. A. & Hardy, C. J. Strategies and protocols for clinical 31p research in the heart and

brain, 531. Boutelle, M. G. See Albery et al. Bowtell, R. W., Brown, G. D., Glover, P. M., McJury, M. & Mansfield, P. Resolution of cellular

structures by NMR microscopy at 11.7 T, 457. Brown, G. D. See Bowtell et al. Bryant, D. J. See Baudouin et al. Burkill, P. H. & Mantoura, R. F. C. The rapid analysis of single marine cells by flow cytometry, 99. Burns, D. T. Robert Boyle: analytical chemist, 3; see also Albery et al. Burns, D. T. & Flockhart, B. D. Application of quantitative EPR, 37.

Calaway, W. F. See Pellin et al. Callis, J. B. See Aldridge et al. Carpenter, T. A. See Attard et al.; see also Osment et al. Cho, Z. H., Ahn, C. B., Juh, S. C., Jo, J. M., Friedenberg, R. M., Fraser, S. E. & Jacobs, R. E.

Recent progress in NMR microscopy towards cellular imaging, 469. Collins, A. G. See Baudouin et al. Constantin, P. & Kadanoff, L. P. Singularities in complex interfaces, 379. Cory, D. G. See Miller et al. Coutts, G. C. See Baudouin et al. Cowley, S. J., Van Dommelen, L. L. & Lam, S. T. On the use oflagrangian variables in descriptions

of unsteady boundary-layer separation, 343. Cox, I. J. See Baudouin et al. Coxon, R. See Mansfield et al.; see also Worthington et al.

Darceuil, H. E. See Morris et al. de Crespigny, A. See Attard et al. de Galan, L. Atomic spectrometry: a user's view, 5. Doran, S. J. See Osment et al. Duce, S. L. See Attard et al. Durrant, S. L. T. See Albery et al.

Filenz, M. See Albery et al. Firth, J. L. See Worthington et al.

577



Flockhart, B. D. See Burns & Flockhart. Foster, M. A. See Lurie et al. Fraser, S. E. See Cho et al. Friedenberg, R. M. See Cho et al.

Gadian, D. G. Proton NMR studies of brain metabolism, 561. Garroway, A. N. See Miller et al. Gibbs, P. See Mansfield et al.; see also Worthington et al. Gilbert, A. D. Global dynamics of a planar mapping exhibiting orbits of periods 1, 2, 3 and no

chaos, 209. Glover, P. M. See Bowtell et al. Grasserbauer, M. Elemental trace analysis of surfaces and interfaces: goals, accomplishments and

challenges, 113. Gruen, D. M. See Pellin et al. Guilfoyle, D. N. See Mansfield et al.

Hahn, E. L. NMR and MRI in retrospect, 403; see also Mansfield & Hahn. Hajnal, J. V. See Baudouin et al. Hall, L. D. See Attard et al.; see also Osment et al. Hardy, C. J. See Bottomley & Hardy. Harvey, P. See Mansfield et al. Hawkes, R. C. See Attard et al. Herrod, N. J. See Attard et al.; see also Osment et al. Hill, B. S., Scolari, C. A. & Wilson, G. S. Enzyme electrocatalysis at the TTF-TCNQ electrode, 63. Hodgson, R. J. See Attard et al. Hopkins, A. R. See Albery et al. Hutcheon, I. D. See Pellin et al.

Jacobs, R. E. See Cho et al. Jasinski, A. See Morris et al. Jha, A. K. See Morris et al. Jo, J. M. See Cho et al. Johnson, I. R. See Worthington et al. Juh, S. C. See Cho et al.

Kadanoff, L. P. See Constantin & Kadanoff.

Lam, S. T. See Cowley et al. Lindahl, E. G. See Aldridge et al. Lurie, D. J., Nicholson, I., Foster, M. A. & Mallard, J. R. Free radicals imaged in vivo in the rat

by using proton-electron double-resonance imaging, 453.

McIntyre, D. J. O. See Morris et al. McJury, M. See Bowtell et al. Mallard, J. R. See Lurie et al. Mangold, B. P. See Albery et al. Mansfield, P. Closing remarks, 571. Mansfield, P., Blamire, A. M., Coxon, R., Gibbs, P., Guilfoyle, D. N., Harvey, P. & Symms, M.

Snapshot echo-planar imaging methods: current trends and future perspectives, 495; see also Bowtell et al.

Mansfield, P. & Hahn, E. L. (eds). A Discussion on NMR imaging: recent developments and future prospects, 401, 402; see also Worthington et al.

Mantoura, R. F. C. See Burkill & Mantoura. Maxey, M. R. On the advection of spherical and non-spherical particles in a non-uniform flow, 289. Menon, D. K. See Baudouin et al. Miller, J. B., Cory, D. G. & Garroway, A. N. Line-narrowing approaches to solid state NMR

imaging: pulsed gradients and second averaging, 413. Miller, J. N. Immunoassay: the ideal trace organic analysis method, 71; see also Albery et al.

578 Author index



Moffatt, H. K. Structure and stability of solutions of the Euler equations: a lagrangian approach, 321.

Morris, G. K. See Worthington et al. Morris, P. G., Darceuil, H. E., Jasinski, A., Jha, A. K., McIntyre, D. J. 0. & Northcote, D. H. NMR

microscopy of the germinating castor bean, 487.

Nicholson, I. See Lurie et al. Northcote, D. H. See Morris et al.

Osment, P. A., Packer, K. J., Taylor, M. J., Attard, J. J., Carpenter, T. A., Hall, L. D., Herrod, N. J. & Doran, S. J. NMR imaging of fluids in porous solids, 441.

Packer, K. J. See Osment et al. Page, D. R. See Baudouin et al. Paul, A. J. & Vickerman, J. C. Organics at surfaces, their detection and analysis by static

secondary ion mass spectrometry, 143. Pellin, M. J., Young, C. E., Calaway, W. F., Whitten, J. E., Gruen, D. M., Blum, J. D., Hutcheon,

I. D. & Wasserburg, G. J. Secondary neutral mass spectrometery using three-colour resonance ionization: osmium detection at the p.p.b. level and iron detection in silicon at the < 200 p.p.t. level, 133.

Pope, S. B. Lagrangian microscales in turbulence, 309.

Radda, G. K. Some new insights into biology and medicine through NMR spectroscopy, 515. Rothman, D. L. See Shulman et al.

Scolari, C. A. See Hill et al. Sepaniak, M. J. & Vo-Dinh, T. Fibre-optic-based fluoroimmunosensors, 85. Sherwood, R. F. See Atkinson & Sherwood. Shulman, G. I., Rothman, D. L. & Shulman, R. G. 13C NMR studies of glucose disposal in normal

and non-insulin-dependent diabetic humans, 525. Shulman, R. G. See Shulman et al. Strange, J. H. Echoes and imaging in solids, 427. Stuart, J. T. & Tabor, M. (eds). A Theme on the lagrangian picture of fluid motion, 263. Symms, M. See Mansfield et al.

Tabor, M. See Stuart & Tabor. Taylor, M. J. See Osment et al. Thomas, J. M. The Bakerian Lecture, 1990. New microcrystalline catalysts, 173. Townshend, A. See Albery et al.

Van Dommelen, L. L. See Cowley et al. Vickerman, J. C. See Paul & Vickerman. Vo-Dinh, T. See Sepaniak & Vo-Dinh.

Wasserburg, G. J. See Pellin et al. Whitten, J. E. See Pellin et al. Wilson, G. S. See Hill et al. Worthington, B. S., Firth, J. L., Morris, G. K., Johnson, I. R., Coxon, R., Blamire, A. M., Gibbs,

P. & Mansfield, P. The clinical potential of ultra-high-speed echo-planar imaging, 507.

Young, C. E. See Pellin et al. Young, I. R. See Baudouin et al.

Author index 579



580

Subject index

aromatic nitro compounds, 37. atomic absorption, 5.

boundary-layer separation, 343. brain development, 561. broad-line imaging, 427.

castor bean, 487. catalyst, 173. cell lineage, 469. cellular detail, 457. chaotic advection, 273. chemical microscopy, 477. chemical shift imaging, 545. clinical applications, 531. complex interfaces, 379. contour dynamics, 391.

detection of Os, Re, Fe, 133. diabetes mellitus, 525. discrete dynamics, 209. Discussion Meeting, NMR imaging, 401, 402 Discussion Meeting, trace analysis, 1, 2. DNA probes, 93. dynamical system, 209.

E. Coli, 93. echo-planar imaging, 507. echo-volumar imaging, 495. electrocatalysis, 63. element analysis, 5. enzyme electrodes, 49, 63.

fast planar method, 427. fibre optics, 85. finger joint, 477. Fizeau interferometer, 29. flow cytometry, 99. fluid diffusion, 441. fluid motion, 263. fluid particles, 273. fluoroimmunoassays, 85. free radicals in vivo, 453.

gene amplification, 93. germination, 487. global dynamics, 209. gradient echo modulation, 427.

heteroclinic behaviour, 209. high-resolution NMR imaging, 469.

immunoassay, 71. in vivo studies, 545. inborn errors of metabolism, 561. inductively coupled plasma, 5. insulin resistance, 525. interface, 113. intracranial tumours, 561. ion fluxes and ionic control, 515. isotropic turbulence, 309. iterated mapping, 209.

laboratory animal, 477. lagrangian invariants, 321. large gradient methods, 427. lasers, 85. liver failure, 561. localization techniques, 531.

magnetic resonance, 545. magnetic resonance imaging, 453, 477. magnetic susceptibility effects, 457. mammalian tissue, 477. microcrystalline catalysts, 173. micrometre-resolution NMR imaging, 469. microscopic NMR imaging, 457.

microscopy, NMR, 469. microwave spectroscopy, 19. modular approach, 495. monoclonal antibodies, 93. MREV-8, 413. muscle glycogen, 525.

neuronal loss, 561. nitrite determination, 37. non-invasive cellular imaging, 469. nonlinear mapping, 209. non-spherical particles, 289. non-uniform flow, 289. nuclear magnetic relaxation, 441. numerical stability, 391.

oil reservoir rocks, 441. oscillating field gradients, 427.

phospholipid structures, 515. plant petioles, 457. polycyclic aromatics, 37. pore size distributions, 441. porosity of rocks, 441. protocols, heart, brain, 531. proton-electron double-resonance imaging,

453.



Subject index

pulse method, 403. pulse sustained echoes, 427. pulsed gradients, 413.

quantitative EPR, 37.

rapid analysis, 99. reaction fluxes in vivo, 515. recombinant DNA, 93. relaxation maps, 441. relaxation time, 477. remote sensing, 85. resonance ionization spectroscopy, 133.

shielded gradient coils, 457. single marine cells, 99. singularities, 379. spectroscopy, in vivo, 531.

spherical particles, 289. spin concentration measurements, 37. spin labels, 37. spin lattice relaxation time, 487. stochastic NMR, 403. stroke, 561.

Theme Issue, the lagrangian picture of fluid motion, 261.

tomography, microscopic NMR, 469. trace surface analysis, 133. turbulent scales, 309.

ultra-high-speed imaging methods, 495.

X-ray fluorescence, 5.

zeolite, 173.

End of the three hundred and thirty-third volume (Series A)

581



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Series A

Physical Sciences and

Engineering

VOLUME 333

1990

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Contents

Series A Volume 333

No. 1628 15 October 1990

Trace analysis A Discussion organized and edited by W. J. Albery, D. T. Burns, J. N. Miller and A. Townshend page 1

No. 1629 15 October 1990

The Bakerian Lecture, 1990. New microcrystalline catalysts By J. M. Thomas [Plates 1-8] 173

No. 1630 15 November 1990

Global dynamics of a planar mapping exhibiting orbits of periods 1, 2, 3 and no chaos

By A. D. Gilbert 209

No. 1631 15 November 1990

The lagrangian picture of fluid motion A Theme compiled and edited by J. T. Stuart and M. Tabor 261

No. 1632 15 December 1990

NMR imaging: recent developments and future prospects A Discussion organized and edited by P. Mansfield and E. L. Hahn 401

Instruction to authors 573

Indexes 577



nmr imaging: recent developments and future prospects || volume information

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