Added value of 18F-florbetaben amyloid PET in the diagnostic workup of most complex patients with dementia in France: A naturalistic study
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Ceccaldi, Mathieu | Jonveaux, Thérèse | Verger, Antoine | Krolak-Salmon, Pierre | Houzard, Claire | Godefroy, Olivier | Shields, Trevor | Perrotin, Audrey | Gismondi, Rossella | Bullich, Santiago | Jovalekic, Aleksandar | Raffa, Nicola | Pasquier, Florence | Semah, Franck | Dubois, Bruno | Habert, Marie-Odile | Wallon, David | Chastan, Mathieu | Payoux, Pierre | Felician, Olivier | Didic, Mira | Gueriot, Claude | Koric, Lejla | Kletchkova-Gantchev, Radka | Andriuta, Daniela | Devendeville, Agnès | Dupuis, Diane | Binot, Ingrid | Barbay, Mélanie | Meyer, Marc-Etienne | Moullard, Véronique | Magnin, Eloi | Chamard, Ludivine | Haffen, Sophie | Drouet, Clément | Boulahdour, Hatem | Goas, Philippe | Querellou-Lefranc, Solène | de La Sayette, Vincent | Cogez, Julien | Branger, Pierre | Agostini, Denis | Manrique, Alain | Bejot, Yannick | Jacquin-Piques, Agnès | Dygai-Cochet, Inna | Berriolo-Riedinger, Alina | Moreaud, Olivier | Sauvee, Mathilde | Crépin, Céline, Gallazzani | Bombois, Stéphanie | Lebouvier, Thibaud | Mackowiak-Cordoliani, Marie-Anne | Deramecourt, Vincent | Rollin-Sillaire, Adeline | Cassagnaud-Thuillet, Pascaline | Chen, Yaohua | Petyt, Grégory | Federico, Denis | Danaila, Keren, Liora | Guilhermet, Yves | Magnier, Christophe | Makaroff, Zaza | Rouch, Isabelle | Xie, Jing | Roubaud, Caroline | Coste, Marie-Hélène | David, Kenny | Sarciron, Alain | Waissi, Aziza, Sediq | Scheiber, Christian | Gabelle-Deloustal, Audrey | Bennys, Karim | Marelli, Cecilia | Touati, Lynda | de Verbizier-Lonjon, Delphine | Benetos, Athanase | Kearney-Schwartz, Anna | Perret-Guillaume, Christine | Vercelletto, Martine | Boutoleau-Bretonniere, Claire | Pouclet-Courtemanche, Hélène | Wagemann, Nathalie | Pallardy, Amandine | Hugon, Jacques | Paquet, Claire | Dumurgier, Julien | Millet, Pascal | Queneau, Mathieu | Epelbaum, Stéphane | Levy, Marcel | Novella, Jean-Luc | Jaidi, Yacine | Morland, David | Belliard, Serge | Salmon, Anne | Lejeune, Florence | Hannequin, Didier | Martinaud, Olivier | Zarea, Aline | Pariente, Jérémie | Thalamas, Claire | Galitzky-Gerber, Monique | Tricoire Ricard, Anne-Marie | Calvas, Fabienne | Rigal, Emilie | Hitzel, Anne | Delrieu, Julien | Ousset, Pierre-Jean | Lala, Françoise | Sastre-Hengan, Nathalie | Morel, Olivier | Rouaud, Olivier | Mariano-Goulart, Denis | Papathanassiou, Dimitri | Le Jeune, Florence | Stephens, Andrew | Guedj, Eric
Edité par
CCSD ; Wiley -
International audience.
IntroductionAlthough some studies have previously addressed the clinical impact of amyloid positron emission tomography (PET), none has specifically addressed its selective and hierarchical implementation in relation to cerebrospinal fluid analysis in a naturalistic setting.MethodsThis multicenter study was performed at French tertiary memory clinics in patients presenting with most complex clinical situations (i.e., early-onset, atypical clinical profiles, suspected mixed etiological conditions, unexpected rate of progression), for whom cerebrospinal fluid analysis was indicated but either not feasible or considered as noncontributory (ClinicalTrials.gov: NCT02681172).ResultsTwo hundred five patients were enrolled with evaluable florbetaben PET scans; 64.4% of scans were amyloid positive. PET results led to changed diagnosis and improved confidence in 66.8% and 81.5% of patients, respectively, and altered management in 80.0% of cases.DiscussionHigh-level improvement of diagnostic certainty and management is provided by selective and hierarchical implementation of florbetaben PET into current standard practices for the most complex dementia cases.
