ORAL COMMUNICATION 3: Novel techniques and neuroimaging go hand in hand

3:25-3:35 pm: Effects of a Deep Learning-Based Noise Reduction Algorithm on Visual Analysis and Centiloid Quantification in Amyloid PET Imaging with a Reduced Dose, Antoine Verger
3:35-3:45 pm: [18F]-Flutemetamol across acquisition timeframes: Clinical Interpretability Combining Visual Read and Centiloids
3:45-3:55 pm: Effects of motion and white matter hyperintensities on reference-region ¹⁸F-SynVesT-1 quantification in Alzheimer’s disease and healthy volunteers, Charles Carron
3:55-4:05 pm: Age-related alterations in resting-state EEG microstate dynamics across adulthood, Ebru Yildirim
4:05-4:15 pm: Non-invasive measurement of cerebrovascular reactivity using 15O-water PET, Elin Bäck
4:15-4:25 pm: Shortening Vizamyl amyloid PET acquisition time: optimal reconstruction parameters and effect on Centiloids, Emile Balot
4:25-4:35 pm: Simultaneous multiple post-labelling delay ASL MRI and [18F]FDG PET in a mixed memory clinic popu-lation and healthy controls, Otto Mølby Henriksen
4:35-4:45 pm: Uncovering Hidden Learning Dynamics in Deep Learning Models for Alzheimer’s and MCI MRI Using Statistical Complexity, Seyi Olabisi Omotoso
4:45-4:55 pm: Reducing scan time using 18F Florbetaben Amyloid Brain PET imaging with Digital PET-CT Scanners, Beverley Holman
4:55-5:05 pm: Differential effects of hypercapnia on cerebral vascular reactivity and glucose metabolism, Vanbutsele Thibault