International audienceSwitched on: A molecular concept allows the generation of magnetism in an aqueous sample under the influence of a freshly added (bio-)chemical analyte. The analyte (a chemical reagent or enzyme) triggers the conversion of the probe, a diamagnetic chelate compound, into a paramagnetic compound (see scheme). The two probes prepared are easily accessible iron(II) chelates, and are operative at physiological conditions and/or in serum
Making cells magnetic is a long‐standing goal of chemical biology, aiming to enable the separation o...
Background: The main purpose of this manuscript is to introduce a biophysics based mechanism of the ...
Natural magnetic iron-based minerals are observed in rocks and sediments. It is assumed that sedimen...
International audienceThis Minireview aims to shed light on the emergent field of inducing a change ...
International audienceProbing chemical events can be achieved by several forms of readout. Very popu...
International audienceA new low-spin iron(II) triazacyclononane-based complex, selected from four di...
This work concerns the development and characterization of molecular probes that respond to a chemic...
Cette thèse de doctorat traite de la conception et de l’évaluation de sondes magnétogènes et fluorog...
Brzeska M, Panhorst M, Kamp P-B, et al. Detection and manipulation of biomolecules by magnetic carri...
Ce travail de recherche vise à mettre au point la première gamme de sondes magnétogéniques à base de...
By visualizing bioactive molecules or biological parameters in vivo, molecular imaging is searching ...
Hyperpolarized-nuclear magnetic resonance and imaging (HP-NMR/MRI) is a promising technique that all...
The effects of a uniform magnetic field on simple zero order chemical reactions were investigated to...
Abstract: Many experimental observations convincingly demonstrate that the genes and genome as a who...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Making cells magnetic is a long‐standing goal of chemical biology, aiming to enable the separation o...
Background: The main purpose of this manuscript is to introduce a biophysics based mechanism of the ...
Natural magnetic iron-based minerals are observed in rocks and sediments. It is assumed that sedimen...
International audienceThis Minireview aims to shed light on the emergent field of inducing a change ...
International audienceProbing chemical events can be achieved by several forms of readout. Very popu...
International audienceA new low-spin iron(II) triazacyclononane-based complex, selected from four di...
This work concerns the development and characterization of molecular probes that respond to a chemic...
Cette thèse de doctorat traite de la conception et de l’évaluation de sondes magnétogènes et fluorog...
Brzeska M, Panhorst M, Kamp P-B, et al. Detection and manipulation of biomolecules by magnetic carri...
Ce travail de recherche vise à mettre au point la première gamme de sondes magnétogéniques à base de...
By visualizing bioactive molecules or biological parameters in vivo, molecular imaging is searching ...
Hyperpolarized-nuclear magnetic resonance and imaging (HP-NMR/MRI) is a promising technique that all...
The effects of a uniform magnetic field on simple zero order chemical reactions were investigated to...
Abstract: Many experimental observations convincingly demonstrate that the genes and genome as a who...
Human exposure to weak, environmental electromagnetic fields (EMF) is widespread. Furthermore, a sta...
Making cells magnetic is a long‐standing goal of chemical biology, aiming to enable the separation o...
Background: The main purpose of this manuscript is to introduce a biophysics based mechanism of the ...
Natural magnetic iron-based minerals are observed in rocks and sediments. It is assumed that sedimen...