Search Results - "Fayet, Agathe"

A Fast-Binding, Functionally Reversible, COX‑2 Radiotracer for CNS PET Imaging by Placzek, Michael S., Wilton, Daniel K., Weïwer, Michel, Manter, Mariah A., Reid, Sarah E., Meyer, Christopher J., Campbell, Arthur J., Bajrami, Besnik, Bigot, Antoine, Bricault, Sarah, Fayet, Agathe, Frouin, Arnaud, Gergits, Frederick, Gupta, Mehak, Jiang, Wei, Melanson, Michelle, Romano, Chiara D., Riley, Misha M., Wang, Jessica M., Wey, Hsiao-Ying, Wagner, Florence F., Stevens, Beth, Hooker, Jacob M.

“…Cyclooxygenase-2 (COX-2) is an enzyme that plays a pivotal role in peripheral inflammation and pain via the prostaglandin pathway. In the central nervous…”
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Theoretical Investigation of the Mechanism of the Hock Rearrangement with InCl3 as Catalyst by Fayet, Agathe, Bourcier, Sophie, Casaretto, Nicolas, Nay, Bastien, Frison, Gilles

“…The Hock rearrangement is an acid catalyzed reaction involving organic hydroperoxides and resulting in an oxidative cleavage of adjacent C−C bonds. It has…”
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Theoretical Investigation of the Mechanism of the Hock Rearrangement with InCl 3 as Catalyst by Fayet, Agathe, Bourcier, Sophie, Casaretto, Nicolas, Nay, Bastien, Frison, Gilles

“…Abstract The Hock rearrangement is an acid catalyzed reaction involving organic hydroperoxides and resulting in an oxidative cleavage of adjacent C−C bonds. It…”
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Tandem InCl 3 -Promoted Hydroperoxide Rearrangements and Nucleophilic Additions: A Straightforward Entry to Benzoxacycles by Bosnidou, Alexandra E, Fayet, Agathe, Cheibas, Cristina, Gayraud, Oscar, Bourcier, Sophie, Frison, Gilles, Nay, Bastien

“…The acid-catalyzed rearrangement of organic peroxides is generally associated with C-C-bond cleavages (Hock and Criegee rearrangements), with the concomitant…”
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Tandem InCl3‑Promoted Hydroperoxide Rearrangements and Nucleophilic Additions: A Straightforward Entry to Benzoxacycles by Bosnidou, Alexandra E., Fayet, Agathe, Cheibas, Cristina, Gayraud, Oscar, Bourcier, Sophie, Frison, Gilles, Nay, Bastien

“…The acid-catalyzed rearrangement of organic peroxides is generally associated with C–C-bond cleavages (Hock and Criegee rearrangements), with the concomitant…”
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