Magnetic resonance frequencies < Magnetic resonance imaging < Magnetic resonance imaging applications

Facettes :

List of bibliographic references

Number of relevant bibliographic references: 46.
[0-20] [0 - 20][0 - 46][20-40]

Ident.	Authors (with country if any)	Title
000009 (2006)		Current Awareness in NMR in Biomedicine
000097 (2012)	Yan Yang [États-Unis, République populaire de Chine] ; Daniel T. Schühle [États-Unis] ; Guangping Dai [États-Unis] ; Jamu K. Alford [États-Unis] ; Peter Caravan [États-Unis]	1H chemical shift magnetic resonance imaging probes with high sensitivity for multiplex imaging
000169 (1993)		Abstracts‐part IV (Continue in Part V)
000195 (1999)		Fast spectroscopic imaging for non-invasive thermometry using the Pr[MOE-DO3A] complex
000555 (2011)	Daniel Coman [États-Unis] ; Garry E. Kiefer [États-Unis] ; Douglas L. Rothman [États-Unis] ; A. Dean Sherry [États-Unis] ; Fahmeed Hyder [États-Unis]	A lanthanide complex with dual biosensing properties: CEST (chemical exchange saturation transfer) and BIRDS (biosensor imaging of redundant deviation in shifts) with europium DOTA–tetraglycinate
000566 (2009)	Simon Carter [Royaume-Uni] ; Andy S. Fisher [Royaume-Uni] ; Phill S. Goodall [Royaume-Uni] ; Michael W. Hinds [Canada] ; Steve Lancaster [Royaume-Uni] ; Sian Shore [Royaume-Uni]	Atomic spectrometry update. Industrial analysis: metals, chemicals and advanced materials
000759 (2008)	Viola Rieke [États-Unis] ; Kim Butts Pauly [États-Unis]	MR thermometry
000826 (2007)	By Tokuko Watanabe	Nuclear magnetic resonance imaging
000939 (1994)	Véronique Montembault [France] ; Véronique Folliot [France] ; Jean-Claude Soutif [France] ; Jean-Claude Brosse [France]	Synthesis of chelating molecules as agents for magnetic resonance imaging
000D70 (2010)		Current Awareness in Contrast Media and Molecular Imaging
000E44 (1998)	C. Allen Chang ; Yuh-Herng Chen ; Huan-Yuan Chen ; Fa-Kun Shieh	Capillary electrophoresis, potentiometric and laser excited luminescence studies of lanthanide(III) complexes of 1,7-dicarboxymethyl-1,4,7,10-tetraazacyclododecane (DO2A) †
000E50 (1995)	Rolf-Detlef Treede	WS-4-2 Assessment of thin-fiber and anterolateral-tract function with laser-evoked potentials
000F29 (2010)	Mojmr Such [Canada] ; Robert Ta [Canada] ; Alex X. Li [Canada] ; Filip Wojciechowski [Canada] ; Stephen H. Pasternak [Canada] ; Robert Bartha [Canada] ; Robert H. E. Hudson [Canada]	A paramagnetic chemical exchange-based MRI probe metabolized by cathepsin D: design, synthesis and cellular uptake studies
000F87 (2000)	Erik M. Shapiro [États-Unis] ; Arijitt Borthakur [États-Unis] ; Ravinder Reddy [États-Unis]	MR imaging of RF heating using a paramagnetic doped agarose phantom
001088 (2000)	Navin Bansal [États-Unis] ; Lidia Szczepaniak [États-Unis] ; Damian Ternullo [États-Unis] ; James L. Fleckenstein [États-Unis] ; Craig R. Malloy [États-Unis]	Effect of exercise on 23Na MRI and relaxation characteristics of the human calf muscle
001127 (2009)		Current Awareness in Contrast Media and Molecular Imaging
001287 (2010)		Current Awareness in NMR in Biomedicine
001346 (2000)	Alexej Jerschow [Suisse]	Thermal Convection Currents in NMR: Flow Profiles and Implications for Coherence Pathway Selection
001469 (2008)	Petr Hermann [République tchèque] ; Jan Kotek [République tchèque] ; Vojt Ch Kubí Ek [République tchèque] ; Ivan Lukeš [République tchèque]	Gadolinium(iii) complexes as MRI contrast agents: ligand design and properties of the complexes
001494 (2012)	Devashish Shrivastava [États-Unis] ; Aviva Abosch [États-Unis] ; John Hughes [États-Unis] ; Ute Goerke [États-Unis] ; Lance Delabarre [États-Unis] ; Rachana Visaria [États-Unis] ; Noam Harel [États-Unis] ; J. Thomas Vaughan [États-Unis]	Heating induced near deep brain stimulation lead electrodes during magnetic resonance imaging with a 3 T transceive volume head coil
001713 (2005)	Laura J. Pisani [États-Unis] ; Anthony B. Ross [États-Unis] ; Chris J. Diederich [États-Unis] ; William H. Nau [États-Unis] ; F. Graham Sommer [États-Unis] ; Gary H. Glover [États-Unis] ; Kim Butts [États-Unis]	Effects of spatial and temporal resolution for MR image‐guided thermal ablation of prostate with transurethral ultrasound

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