
handle: 20.500.11850/2666
Imaging technologies have experienced rapid progress and are currently used widely both in medical diagnostics and in research. Imaging beyond X-ray and standard MRI became established in recent years. The extended set of imaging methodologies available allows methods to be selected according to the actual needs or even the combination of different imaging principles to obtain further improved read-outs. The symposium consisted of four overview lectures. Three speakers from academia and one speaker from industry described different techniques, recent developments and future needs from various perspectives in the lectures entitled: Non-Invasive Imaging in Biomedical Research: Annotating Structure with Molecular Information; Molecular Imaging with PET Tracers and Animal PET Scanners; Nuclear (PET- and SPECT-) Imaging Agents from Research to Approval (Perspectives from a Pharma Company Working on in vivo Diagnostics); Cognitive Neuroscience and Brain Imaging.
SPECT-imaging, Molecular imaging, PET tracers, 610 Medicine & health, 1600 General Chemistry, PET-imaging agents, Pet tracers, Recognition memory, 10043 Clinic for Neuroradiology, Fmri, Animal PET scanner; fMRI; Imagery; Molecular imaging; Neuroscience; PET-imaging agents; PET tracers; Recognition memory; SPECT-imaging; Visual perception, Imagery, Animal pet scanner, QD1-999, Spect, Visual perception, fMRI, imaging, Animal PET scanner, imaging agents, Chemistry, Pet, Pet-imaging agents, Neuroscience
SPECT-imaging, Molecular imaging, PET tracers, 610 Medicine & health, 1600 General Chemistry, PET-imaging agents, Pet tracers, Recognition memory, 10043 Clinic for Neuroradiology, Fmri, Animal PET scanner; fMRI; Imagery; Molecular imaging; Neuroscience; PET-imaging agents; PET tracers; Recognition memory; SPECT-imaging; Visual perception, Imagery, Animal pet scanner, QD1-999, Spect, Visual perception, fMRI, imaging, Animal PET scanner, imaging agents, Chemistry, Pet, Pet-imaging agents, Neuroscience
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