International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usually suffers from biases, especially for heterogeneous samples or tissues. In this Communication, using the signals of hyperpolarized $^{129}$Xe encapsulated in a pair of water-soluble cryptophanes, we show that a differential pH measurement can be achieved, free from most of these biases, by monitoring the difference between their chemical shifts
Here we present a “smart” xenon-129 NMR biosensor that undergoes a peptide conformational change and...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
Here we present a “smart” xenon-129 NMR biosensor that undergoes a peptide conformational change and...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceIn the search for powerful non-invasive methods for pH measurement, NMR usuall...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
International audienceMeasuring non-invasively and in a local way the in vivo extra-cellular pH is o...
Here we present a “smart” xenon-129 NMR biosensor that undergoes a peptide conformational change and...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...
Accepted ManuscriptInternational audienceCryptophanes, cage-molecules constituted of aromatic bowls,...