[4th international Conference] [3rd International Conference]
International Conference on Magnetic
Resonance Microscopy
"The Heidelberg Conference"
Meeting Statistics |
||||
1991 |
1993 |
1995 |
1997 |
|
Participants |
183 |
173 |
217 |
156 |
Countries |
20 |
23 |
23 |
18 |
Educational Lectures |
5 |
6 |
0 |
7 |
Session Lectures |
51 |
69 |
52 |
63 |
Posters |
51 |
64 |
96 |
60 |
The following tables list the Lecture Program of the
4th International Conference
on
Magnetic Resonance Microscopy (and Macroscopy)
Albuquerque, New Mexico, Sept. 20-25, 1997
Educational Sessions, 1997 |
|
| Topic | Speaker |
| Saturday, September 20, 1997 | |
| Introduction to magnetic resonance | Yang Xia |
| Introduction to magnetic resonance imaging | Mark Haacke |
| Magnetic resonance microscopy | Paul Callaghan |
| Magnetic resonance macroscopy | Al Garroway |
| Sunday, September 21, 1997 | |
| Introduction to electron spin imaging | Larry Berliner |
| Flow and diffusion measurements | Laurie Hall |
| Solids Imaging | Dave Cory |
Scientific Oral Sessions (presented by 1st author), 1997 |
||
Lecture Title |
Author(s) |
Affiliation(s) |
| Sunday, September 21, 1997 | ||
| Opening Session | Chair: E.R. Andrew | |
| Notes on gases, gimmicks, gels, and gestation. | P. Lauterbur | Univ. of Illinois, USA |
| Monday, September 22, 1997 | ||
| Session #2: Biology I | Chair: M. Haacke | |
| Chemical Shift Microscopy. (Siemens AG Lecture) |
M. von Kienlin, A. Haase | Univ. of Würzburg, Germany |
| Mapping T1 and T2 anisotropy in cartilage by microscopic MRI (µMRI) at 14-µm pixel resolution. | Y. Xia | Oakland University, USA |
| A novel algorithm for tumor characterization by analysis of transversal relaxation rate distributions in MRI. | M. Martin-Landrove, R. Martin | Universidad Central de Venezuela |
| Imaging growth changes in plants during osmotic stress. | L. van der Weerd, T. Ruttink, D. van Dusschoten, F. Vergeldt, P. A. de Jager, H. Van As | Wageningen Agricultural University, Netherlands |
| Session #3: Solids I | Chair: R. Botto | |
| NMR microscopy and pure NQR imaging. | D.G. Cory | Massachusetts Institute of Technology, Cambridge, USA |
| Magic-echo imaging of polymer materials. | S. Hafner, B. Traub, H.-W. Spiess | MPI f. Polymerforschung, Mainz, Germany |
| Proton-detected 13C magnetic resonance imaging. | R. Kimmich | Univ. of Ulm, Germany |
| Session #4: Techniques | Chair: A. Haase | |
| MRI and fMRI using intermolecular zero-quantum coherences in solution. | W.S. Warren | Princeton University |
| NMR microscopy in liquids using the dipolar field. | R. Bowtell, P. Robyr | University of Nottingham, UK; ETH Zürich, Switzerland |
| The NMR-MOUSE: NMR relaxation measurements on soft matter in inhomogeneous fields. | G. Zimmer, A. Guthausen, P. Blümler, B. Blümich | RWTH Aachen, Germany |
| Rotating-Frame NQR Imaging. | H. Robert, D. Pusiol | Universidad Nacional de Cordoba, Argentina |
| Spin-echo in the presence of strong gradient field. | G. Planinsic, M. Symms | University of Ljubljana, Slovenia; Institute of Neurology, London, UK |
| Session #5: Electrons | Chair: L. J. Berliner | |
| Frequency dependence of EPR sensitivity. | G.R. Eaton, S.S. Eaton,, G.A. Rinard | Univ. of Denver, USA |
| Electron spin resonance imaging (ESRI) of transport processes in polymers. | S. Schlick | Univ. of Detroit Mercy, USA |
| Electron paramagnetic resonance imaging of the heart. | J.L. Zweier, M. Chzhan, A. Samouilov, P. Kuppusamy | Johns Hopkins Univ., USA |
| Microscopic characterization of magnetic materials using magnetic resonance force microscopy. | P.C. Hammel1, Z. Zhang1, M. Midzor2, M.L. Roukes2, J.L. Childress3 | 1Los Alamos National Laboratory, 2California Institute of Technology, 3Univ. of Florida; USA |
| Tuesday, September 23, 1997 | ||
| Session #6: Macroscopy I | Chair: A. N. Garroway | |
| NMR measurements of crude oils in subsurface earth formations. | R.L. Kleinberg | Schlumberger-Doll Research, USA |
| Industrial applications of MR. | A. De Los Santos, J.D. King | Southwest Research Institute, San Antonio, USA |
| Several NDE applications of NMR. | L.J. Burnett | Quantum Magnetics Inc., San Diego, USA |
| Session #7: Biology II | Chair: Y. Kanazawa | |
| Histology and strain images of blood vessel walls using 2H double-quantum-filtered MRI. | G. Navon, Y. Sharf, U. Eliav, Y. Seo* | Tel Aviv Univ., Israel; *Kyoto Prefectural Univ. of Medicine, Japan |
| NMR imaging of rigid biological tissues. | Y. Seo, H. Takamiya, H. Ishikawa, T. Nakashima, Y. Sharf* and G. Navon* | Kyoto Prefectural Univ. of Medicine, Japan; *Tel Aviv Univ. Israel |
| Capability of microscopic NMR imaging for in vivo quantification of myocardial function and mass in young (10-g) mice. | J. Ruff, F. Wiesmann, K.-H. Hiller, S. Neubauer, W.R. Bauer*,, A. Haase | Univ. of Würzburg; *Univ. Clinic Mannheim/Heidelberg, Germany |
| Investigation of carbohydrate transport in plants by 1H-detected 13C spectroscopy and imaging by cyclic J cross polarisation. | W. Köckenberger, M. Heidenreich*, A. Hudson, R. Bowtell, R. Kimmich* | *Univ. of Ulm, Germany; Univ. of Nottingham, UK |
| Session #8: Internet and NMR | Chair: D. Morris | |
| Remote microscopic NMR imaging via a Worldwide Web interface to a standard imaging spectrometer. | D. Morris | Univ. of Illinois, USA |
| ChickScope: WWW control of an MRI for K-12 education. | P. Lauterbur, C. Potter | Univ. of Illinois, USA |
| Report on the Nuclear Magnetic Resonance Internet Conference held in Japan. | K. Kose | Univ. of Tsukuba, Japan |
| Wednesday, September 24, 1997 | ||
| Session #9: Industrial Applications | Chair: J. Ripmeester | |
| MR microscopy of Savannah River tank waste simulants. | K.R. Minard, R.A. Wind,, L.O. Dworjanyn* | Pacific Northwest National Laboratory, USA ; *Westinghouse Savannah River Co, USA |
| 13C detection of diamonds in intact stones. | D. Mueller | BRUKER Analytik, Germany |
| NMR microscopy in industrial research: polyurethane foams and poly (sodium acrylates). | M. Szayna, R. Voelkel, L. Zedler | BASF, Germany |
| Stray-field imaging (STRAFI) and magnetic resonance microimaging (MRM) studies of water intrusion/stress mobilisation in dense polymer systems used in construction. | S.N. Scrimgeour, G. Hunter, W.J. Harvey, C.J. Lloyd, D. Lane*, P. MacDonald* | Univ. of Dundee, Scotland; *Univ. of Surrey, England |
| NMR microimaging, a useful tool to study the dissolution of solids. | Y. Pan, N. Black,, T. Vienneau | Procter & Gamble Company, USA |
| Session #10: Macroscopy II | Chair: J. B. Miller | |
| Saturation of porous aquifers investigation using surface NMR. | O.A. Shushakov, V.M. Fomenko | Inst. of Chem. Kinetics, Combustion, Novosibirsk, Russian Fed. |
| Nuclear quadrupole resonance (NQR) for detection of explosives and landmines. | A.N. Garroway1, M.L. Buess2, J.B. Miller1, K.J. McGrath1, J.P. Yesinowski1, B.H. Suits3, G.R. Miller4 | 1Naval Research Laboratory; 2SFA, Inc.; 3Michigan Technological Univ.; 4Univ. of Maryland, USA |
| Quadrupole resonance explosive detection systems. | T. Rayner, A.D. Hibbs, B. Thorson, S. Beevor, L.J. Burnett | Quantum Magnetics Inc., San Diego, USA |
| Session #11: Flow and Diffusion I | Chair: J. Pope | |
| Applications of flow imaging in materials science. | P. Blümler, K. Rombach, S. Laukemper-Ostendorf, B. Blümich | RWTH-Aachen, Germany |
| Non-Newtonian rheology as probed by NMR microscopy. | M.M. Britton, P.T. Callaghan | Massey University, New Zealand |
| Simultaneous measurement of temperature and velocity maps by inversion-recovery tagging method. | K. Ogawa, M. Tobo, N. Iriguchi, S. Hirai,, K. Okazaki | Tokyo Inst. of Technology, Japan |
| NMR-imaging techniques for quantitative characterization of periodic motions: 'incoherent averaging' and 'spectral side band analysis'. | U. Goerke, R. Kimmich | Univ. of Ulm, Germany |
| Inversion nulling in slurry flow imaging. | S.A. Altobelli, L. Mondy | New Mexico Resonance , Sandia National Laboratory, USA |
| Session #12: Solids II | Chair: R. Botto | |
| Advances in stray-field gradient techniques. | E.W. Randall | Queen Mary and Westfield College, London |
| Stray-field imaging of solvent ingress in polymers. | P.J. McDonald, D.M. Lane | Univ. of Surrey, UK |
| Stray-field magnetic resonance imaging of hardening materials. | T.G. Nunes1, P.R. Bodart2, E.W. Randall3 | 1ICTPOL/IST, Lisboa, Portugal; 2Durham Univ., UK; 3Queen Mary and Westfield College, London |
| Several industrial applications of NMR Microscopy. | W. Kuhn | IIC Innovative Imaging Corp., Germany |
| CW MRI of short-T2 materials. | G.R. Davies, S.J. McCallum, I. Nicholson, D.J. Lurie, J.M.S. Hutchison | Univ. of Aberdeen, Scotland |
| Thursday, September 25, 1997 | ||
| Session #13: Other Nuclei or Gas Imaging | Chair: G.D. Mateescu | |
| Imaging the lungs with hyperpolarized helium. | L.W. Hedlund, X.J. Chen, M.S. Chawla, H.E. Moeller, G.P. Cofer, J.R. MacFall, G.A. Johnson | Duke University Medical Center, USA |
| Imaging obstructed ventilation in lungs using inert fluorinated gases. | D.O. Kuethe1, A. Caprihan2, E. Fukushima2, H.M. Gach3, I.J. Lowe3 | 1Lovelace Respiratory Research Institute; 2New Mexico Resonance; 3University of Pittsburgh, USA |
| In situ imaging of charge carriers in an electrochemical cell. | R.E. Gerald II, R.J. Klingler, J.W. Rathke, G. Sandi | Argonne National Laboratory, USA |
| 129Xe MRM of gaseous probes in silica aerogels. | R.E. Botto, D.M. Gregory, R.E. Gerald II | Argonne National Laboratory, USA |
| Lithium visibility in rat brain and muscle in vivo by 7Li NMR imaging. | R.A. Komoroski, J.M. Pearce, J.E.O. Newton | Univ. of Arkansas for Medical Sciences, USA |
| Session #14: Instrumentation | Chair: J. Murphy-Boesch | |
| A flexible pulse programmer for MRI using a commercial digital signal processor board. | K. Kose, T. Haishi | Univ. of Tsukuba, Japan |
| Novel transverse gradient coils for magnetic resonance microscopy. | E.R. Andrew, M. Kempka, E. Szczesniak | Univ. of Florida, USA |
| A compact superconducting magnet for MR microscopy. | S. Crozier, D.M. Doddrell | Univ. of Queensland, St. Lucia, Australia |
| Increase in the precision of the gradient magnetic field measurement. | K. Bartušek, J. Vojta | Institute of Scientific Instruments, Brno, Czech Rep. |
| Spherical gradient coil for MR microscopy. | H. Liu | Univ. of Minnesota, USA |
| Session #15: Porous Media and Diffusion | Chair: P. Stilbs | |
| SPRITE imaging of short relaxation time nuclei. | B.J. Balcom | Univ. of New Brunswick, Canada |
| Drying of porous catalyst support bodies: a penetrating look. | I.V. Koptyug1, R.Z. Sagdeev1, V.N. Parmon2, L.Yu. Khitrina3 | 1Int. Tomography Center; 2Boreskov Inst. of Catalysis; 3Novosibirsk State Univ.; Novosibirsk, Russ. Fed. |
| Pore structure and connectivity of porous rock by high-resolution NMR microscopy. | D.A. Doughty, L. Tomutsa | BDM Petroleum Technologies, USA |
| The translational self-diffusion of 1,3-propylene glycol in track-etched membrane pores. | E. Vasina1, V. Skirda1, V. Volkov2, A. Nechaev2, B. Mchedlishvili2 | 1Kazan State Univ.; 2Shubnikov Inst. of Crystallography, Moscow; Russ. Fed. |
| Session #16: Flow and Diffusion II | Chair: L.D. Hall | |
| Diffusion, restricted diffusion and motion correlation by microimaging. | J. Stepišnik | Univ. of Ljubljana, Slovenia |
| Imaging diffusion in gels, polymers, and solids. | K. Woelk | Univ. of Bonn, Germany |
| Translational diffusion of water molecules in lung. | D. Ailion | Univ. of Utah, USA |
| A simple matrix formalism for spin-echo analysis of restricted diffusion under generalised gradient waveforms. | P.T. Callaghan | Massey University, New Zealand |
The following table summarizies the lecture program for the
3rd International Conference
on Magnetic Resonance Microscopy
Würzburg, Germany, Aug. 27-31, 1995
Session / Lecture |
Authors |
| Opening | |
| Reminiscences | G. Laukien |
| NMR Instrumentation and Methods | Chair: E. Fukushima |
| NMR microscopy coils. | T.L. Peck |
| Novel Models and Designs for small-bore rf resonators. | S. Crozier, L. Forbes, D.M. Doddrell |
| Design considerations for a scanning microcoil DESIRE microscope. | H. D. Morris, P. Gor'kov, J. Lyding, I. Adesida, P.C. Lauterbur |
| High-temperature superconducting probe for NMR microscopy | M. Yap, R.D. Black, W.W. Brey, B.F. Cole, S.E. Hurlston, M.E. Johansson, G.A. Johnson, V.Y. Kotsubo, R. Nast, M. Romo, R.S. Withers |
| 3D image-based autoshim procedures - applications in high-field, narrow-bore NMR systems. | S. Sukumar |
| A compact low-inductance transverse gradient system for magnetic resonance microscopy: application to the human spinal cord. | M. Kempka, T.H. Mareci, E. Szczesniak |
| A new way of NMR detection: force detection. | W.S. Veeman, A. Schaff |
| Hadamard NMR imaging with slice selection. | H. Nilgens, M. Thelen, B. Blümich |
| Advanced concepts | Chair: J.H. Strange |
| NMR force microscopy | H.M. Vieth |
| NMR of subsurface earth formations in situ | R.L. Kleinberg |
| EPR | Chair: W. Kuhn |
| Free radicals in medicine: in vivo ESR and EPR imaging with nitroxides, metabolites and spin traps. | L. Berliner |
| Dynamic imaging of diffusion and Fourier transform ESR imaging in the study of fluids, membranes and polymers. | D. Xu, J.K. Moscicki, Y.K. Shin, J.H. Freed |
| A whole-body free radical imager. | D.J. Lurie, D. Yeung, M.A. Foster, R.S. Partridge |
| NMR in plant and food research | Chair: J.M. Pope |
| NMR imaging in food research: from the laboratory to the process line. | M.J. McCarthy |
| Whole-plant functional NMR imaging. | H. van As, D. van Dusschoten, S. Nagarajan, F. Vergeldt, P.A. de Jager |
| In vivo measurement of xylem water flow under different environmental conditions using flow-sensitive NMR imaging. | E. Kuchenbrod, E. Kahler, F. Thürmer, A. Haase, U. Zimmermann |
| 1H NMR imaging studies of Scotch Pine needles exposed to the stress of winter desiccation. | H. Lasarov, L. Alvila, T.T. Pakkanen, T. Repo, M.-L. Sutinen |
| NMR in Materials Science | Chair: R.L. Armstrong |
| MRM of polymeric solids and microporous materials. | G.D. Cody, R.E. Gerald II, R.E. Botto |
| Investigations of the influence of radiation induced crosslinking on the dynamic processes in cis-polybutadiene as seen by NMR techniques. | P. Denner, W. Kuhn, B. Walter, T. Willing |
| Solid-state NMR imaging of the physical and chemical structure of materials. | J.B. Miller, M.A. Hepp |
| Imaging hydrogen at cryogenic temperatures. | P. Blümler et al. |
| NMR imaging and solvent-induced changes in materials. | J. Gelan, P. Adriaensens, D. Vanderzande, M. Ercken |
| NMR imaging of 3D foam structures. | K. Kose |
| A new technique for imaging ultra-short T2 in solids. | E.J. Lurie, S.J. McCallum, J.M.S. Hutchison, M. Alecci |
| Noninvasive observation of flow profiles, polarisation layers and fouling in membrane filtration modules using NMR micro-imaging. | S. Yao, A.G. Fane, J.M. Pope |
| Multinuclear NMR imaging of controlled drug release from hydrophilic matrix tablets. | C.A. Fyfe, A. Blazek |
| Rare Isotopes and Contrast Media | Chair: G.D. Mateescu |
| Oxygen-17 NMR spectroscopy and imaging. Determination of the rate of cerebral metabolism and the rate of cerebral blood flow in the human. | D. Fiat |
| Recent advances in 17O MRI and MRS | G.D. Mateescu, M.E. Cabrera |
| Enhanced spin-lattice relaxation and polymer formation with immobilized paramagnetics. | B.J. Balcom, M.L. Kilfoil, A.R. Sharp |
| Contrast agents - fundamentals. | R.N. Muller |
| NMR Imaging in Medicine - New Concepts | Chair: A. Haase |
| Dedicated MR scanners. | F. Bertora, E. Biglieri, A. Trequattrini |
| Medical NMR imaging in open magnets. | R. Hausmann |
| Interventional MR imaging. | D. Shaw |
| NMR in Biomedicine | Chair: W.E. Hull |
| In vivo carbon-13 NMR spectroscopy | J. Seelig |
| 3D measurements of lung properties during the breathing cycle. | M.D. Shattuck, S.L. Gewalt, G.H. Glover, L.W. Hedlund, G.A. Johnson |
| Direct MR imaging of the guinea pig airways using hyperpolarized 3He. | L.W. Hedlund, R.D. Black, G.D. Cates, G.P. Cofer, R. Guenther, W. Happer, G.A. Johnson, H. Middleton, M.D. Shattuck, J. Swartz |
| Heternuclear spectroscopy and imaging. | O. Lutz, M. Pfeffer, Th. Kull, A. Zutt, M. Bunse, W.-J. Jung |
| Radial spectroscopic imaging. | M. Meininger, P.M. Jakob, M. von Kienlin, A. Haase |
| The role of NMR imaging in pharmaceutical research and development. | S.K. Sarkar |
| 1H-NMR microscopy at 7 T: 3D visualization of tumor metastases in mouse organs ex vivo; detection of metastases and their eradication by immunotherapy in vivo. | K.-P. Fichtner, W.E. Hull, A. Griesbach, V. Schirrmacher |
| Quantitative NMR microscopy on multicellular tumor spheroids and confrontation cultures. | M. Brandl, J.C. Tonn, K. Kotitschke, R. Goldbrunner, S. Kerkau, A. Haase |
| Imaging H217O distribution in phantoms and living mice using 1H MRI. | G. Navon |
| Secrets of beauty care products studied by NMR microscopy. | M. Szayna, M. Ilg, W.P. Kuhn |
| Diffusion NMR Imaging | Chair: P. C. Lauterbur |
| NMR visualization of diffusion and flow displacements. | R. Kimmich |
| Diffusion MRI: from tissue microstructure to clinical applications. | D. Le Bihan |
| Microscopic MRI of cartilage. | L.W. Jelinski |
| NMR microscopic detection of cartilage stress behavior - an approach to dynamic NMR microscopy. | W. Gründer, S. Hahn, T. Keller, A. Werner |
| NMR in Porous Media | Chair: P. Jonsen |
| Porous media NMR imaging (gels, brains, rocks, soil) | L.D. Hall |
| NMR imaging in porous media. | R. Bowtell, A. Peters, P. Robyr, P. Mansfield |
| Transport processes in porous media. | G.J. Nesbitt |
| Spatially resolved NMR study of adsorption/precipitation of chemicals inside porous media. | G. Maddinelli |
Last update: 10. Apr 01 15:41