Search Results - "Borcard, B"

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    In situ Identification of Human Physiological Fluids by Nuclear Magnetism in the Earth's Field by G.-J. Béné, Borcard, B., Hiltbrand, E., Magnin, P.

    “…To make in situ identification of human physiological fluids by nuclear magnetism, we use the well known technique of free precession of water protons in the…”
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    Low field topical nuclear magnetism apparatus in a hospital area by Mehier, H, Hiltbrand, E, Borcard, B, Magnin, P, Béné, G, Peyrin, J O

    Published in Magnetic resonance imaging (1982)
    “…We describe the technique and the measure of the relaxation time T2 for the free precession of protons in the earth field. In vitro and in vivo experiments on…”
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    Estimating meconium (fetal feces) concentration in human amniotic fluid by nuclear magnetic resonance by BORCARD, B, HILTBRAND, E, FARA, J.-F, MAGNIN, P, BENE, G.-J, BRIGUET, A, DUPLAN, J. C, DELMAU, J, GUIBAUD, S, BONNET, M, DUMONT, M

    “…Measurements are reported of NMR relaxation times (T2) on hydrogen in water of isotonic NaCl solutions and of normal human amniotic fluid in which known…”
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    Nuclear magnetic resonance of intact biological systems - In situ identification of human physiological fluids by nuclear magnetism in the Earth’s field by Béné, G. -j., Borcard, B., Hiltbrand, E., Magnin, P.

    “…To make in situ identification of human physiological fluids by nuclear magnetism, we use the well known technique of free precession of water protons in the…”
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    Journal Article
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    Proton NMR-relaxation dispersion in meconium solutions and healthy amniotic fluid: possible applications to medical diagnosis by Béné, G J, Borcard, B, Graf, V, Hiltbrand, E, Magnin, P, Noack, F

    “…In order to show that for a possible application in medical diagnosis NMR-relaxation experiments at low Larmor frequencies (v0 less than or equal to 20 kHz)…”
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    Diagnosis of the presence of meconium in amniotic fluid by dispersion curves of the longitudinal relaxations of protons by Béné, G, Borcard, B, Graf, V, Hiltbrand, E, Noack, F, Magnin, P

    “…Dispersion curves of the longitudinal relaxation T1 of protons in healthy amniotic fluid in a meconium solution are distinct at low Larmor frequencies (V0 less…”
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