Search Results - "LAHRECH, H"

Self-referencing subtractive angiography by modified stimulated echo in magnetic resonance imaging by Lahrech, H, Briguet, A, Hiltbrand, E

“…In magnetic resonance imaging, the modified stimulated echo sequence (MSTE) method significantly reduces the signal from stationary nuclei. This sequence was…”
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Cerebral edema induced in mice by a convulsive dose of soman. Evaluation through diffusion-weighted magnetic resonance imaging and histology by Testylier, Guy, Lahrech, Hana, Montigon, Olivier, Foquin, Annie, Delacour, Claire, Bernabé, Denis, Segebarth, Christoph, Dorandeu, Frédéric, Carpentier, Pierre

“…In the present study, diffusion-weighted magnetic resonance imaging (DW-MRI) and histology were used to assess cerebral edema and lesions in mice intoxicated…”
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Hyperosmolar treatment of soman-induced brain lesions in mice: Evaluation of the effects through diffusion-weighted magnetic resonance imaging and through histology by Carpentier, Pierre, Testylier, Guy, Dorandeu, Frédéric, Segebarth, Christoph, Montigon, Olivier, Foquin, Annie, Lahrech, Hana

“…Abstract Purpose A convulsive dose of soman induces seizure-related brain damage (SRBD), including cerebral edema (CE) and neuronal loss. In the present study…”
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Modified stimulated echo sequence for elimination of signals from stationary spins in MRI by Lahrech, H, Briguet, A, Graveron-Demilly, D, Hiltbrand, E, Moran, P R

“…Simple modification of the basic stimulated echo sequence (MSTE), including bipolar gradient modulation, permits one to generate relative motion phase…”
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Measurement by nuclear magnetic resonance diffusion of the dimensions of the mobile lipid compartment in C6 cells by PEREZ, Yolanda, LAHRECH, Hana, CABANAS, Miquel E, BARNADAS, Ramon, SABES, Manel, REMY, Chantal, ARUS, Caries

“…The (1)H spectrum of certain tumor cells, in vivo tumors, and their biopsies in vitro shows a narrow and intense resonance at 1.26 ppm, which has been assigned…”
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In vivo measurement of the size of lipid droplets in an intracerebral glioma in the rat by Lahrech, Hana, Zoula, Sonia, Farion, Régine, Rémy, Chantal, Décorps, Michel

“…Pulsed field gradient NMR was used to measure the root mean square displacement λ of the NMR visible lipid molecules in C6 brain tumors in the rat at different…”
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A Rapid Phase-Sensitive Method for Measurement of the Excitation Profile of a Shaped Pulse by Belle, V., Cros, G., Lahrech, H., Devoulon, P., Decorps, M.

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Generation of Phase-Modulated Adiabatic RF Pulses on Spectrometers Equipped with a Single, Amplitude RF Modulator by Lahrech, H., Leviel, J.L., Delonmartin, C., Reutenauer, H., Decorps, M.

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A new gadolinium-based contrast agent for magnetic resonance imaging of brain tumors: Kinetic study on a C6 rat glioma model by Fonchy, Emmanuel, Lahrech, Hana, François-Joubert, Anne, Dupeyre, Roger, Benderbous, Soraya, Corot, Claire, Farion, Régine, Rubin, Christophe, Décorps, Michel, Rémy, Chantal

“…T1-weighted magnetic resonance imaging (MRI) was used to evaluate the potential interest of a new Gd-based contrast agent, termed P760, to characterize brain…”
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Evidence that mobile lipids detected in rat brain glioma by lH nuclear magnetic resonance correspond to lipid droplets by REMY, C, FOUILHE, N, DECORPS, M, ARUS, C, BARBA, I, SAM-LAÏ, E, LAHRECH, H, CUCURELLA, M.-G, IZQUIERDO, M, MORENO, A, ZIEGLER, A, MASSARELLI, R

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Proton spectral editing in the inhomogeneous radiofrequency field of a surface coil using modified stimulated echoes by Lahrech, H, Briguet, A

“…It is shown that the modified stimulated echo sequence, [theta](+/- x +/- y)-t1-[theta](+ x)-t2/2-[2 theta](+ x)-t2/2- [theta](+ x)-t1-Acq(+/- x +/- y),…”
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Evidence that mobile lipids detected in rat brain glioma by 1H nuclear magnetic resonance correspond to lipid droplets by Rémy, C, Fouilhé, N, Barba, I, Sam-Laï, E, Lahrech, H, Cucurella, M G, Izquierdo, M, Moreno, A, Ziegler, A, Massarelli, R, Décorps, M, Arús, C

“…Mobile lipids have been detected by proton nuclear magnetic resonance (NMR) in animal and human tumors (cultured cells, biopsies, and in vivo), but their…”
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