16 research outputs found
USE OF A BETA MICROPROBE SYSTEM AS AN AFFORDABLE TRANSLATIONAL TOOL COMPARED TO PET – EXAMPLES USING FDG AND 18F-FALLYPRIDE BINDING
Full text link
THE EFFECT OF P-GP BLOCKADE ON THE BINDING OF 18F-FALLYPRIDE TO DOPAMINE RECEPTORS IN THE RAT BRAIN
Full text linkTHE USEFULNESS OF AN ARTERIOVENOUS SHUNT COMBINED WITH A BETA MICROPROBE FOR THE MEASUREMENT OF INPUT FUNCTION IN RATS
Full text linkTIME-DEPENDENT PREFERENTIAL IN VIVO D2 OCCUPANCY BY AMISULPRIDE IN THE MEDIAL STRIATUM – CONTINUOUS MEASUREMENT USING A BETA MICROPROBE SYSTEM
Full text linkpeer reviewe
Comparaison of reference tissue model versus two compartement model with input function for [18F]Fallypride modelling. A combined microPET-Beta microprobe study in rat.
Full text linkDISPLACEMENT OF 18F-FALLYPRIDE BINDING WITH HALOPERIDOL IN A WITHIN-SUBJECT DESIGN USING A BETA MICROPROBE
Full text linkKinetic modelling of 18F-fallypride binding to dopamine receptors – a comparison between beta microprobe and microPET
Full text link
