Sherine Brahma
Email: sherine.brahma@charite.de
PhD1: Uncertainty assessment of machine learning for cardiac MR parameter mapping
Guilhem Claude
Email: gclaude@zedat.fu-berlin.de
PhD2: m-Terphenyl isocyanide complexes for myocardial imaging
Edengenet Mashilla Dejene
Email: edengenet-mashilla.dejene@charite.de
PhD3: Multiparametric motion-compensated PET-MR
Katja Degenhardt
Email: katja.degenhardt@ptb.de
PhD4: Development of a 4D flow acquisition technique for accurate whole heart velocity quantification at 7 Tesla
Chiara Manini
Email: chiara.manini@charite.de
PhD5: Multimodal Quantitative Cardiac Valve Imaging
Matthias Anders
Email: matthias-stephan.anders@charite.de
PHD6: Multiparametric cardiac MR with real-time viscoelasticity quantification
Tom Meyer
Email: tom.meyer@charite.de
PhD7: Ultrasound elastography of the heart towards imaging-based quantification of cardiac pressure
Yasmine Safraou
Email: yasmine.safraou@charite.de
PhD8: Quantification of the biophysical properties of the liver in correlation with microstructural and vascular changes using multimodal imaging
Jakob Jordan
Email: jakob.jordan@charite.de
PhD9: Multimodal microscopic elastography by optical methods and MRI
Bernhard Föllmer
Email: bernhard.foellmer@charite.de
PhD10: Automated quantification of the configuration and composition of calcified coronary artery plaques towards assessment of plaque mechanics
Simone Hufnagel
Email: simone.hufnagel@ptb.de
PhD11: Motion-corrected 3D high-resolution cardiac T1-mapping
Federico Biavati
Email: federico.biavati@charite.de
PhD12: Coronary calcium score quantification as a predictor of cardiovascular risk
Felix Krüger
Email: felix.krueger@ptb.de
PhD13: Quantification and characterization of cardiac fat infiltration using ultra-high magnetic fields
David Hernandez
Email: hernandezsolarte@fmp-berlin.de
PhD14: MRI-based thermometry with hyperpolarized xenon for optimized CEST MRI
Thomas Hadler
Email: thomas.hadler@charite.de
PhD15: Automated assessment of quantification precision of myocardial micro structure in cardiovascular magnetic resonance to allow quality control