Skip to content
BIOQIC
Welcome to the research training group (Graduiertenkolleg) BIOQIC
PhD projects from April 2023
News
About BIOQIC
Faculty
Advisory Board
FAQ
BIOQIC Server
BIOQIC Scanner
Publications
Scientific Networks
Newsletters
NAMT-2019
BIOQIC Days
Science Slam
Contact
PhD students
GSP
Events
Search:
PhD projects from April 2023
News
About BIOQIC
Faculty
Advisory Board
FAQ
BIOQIC Server
BIOQIC Scanner
Publications
Scientific Networks
Newsletters
NAMT-2019
BIOQIC Days
Science Slam
Contact
PhD students
GSP
Events
PhD Students – first cohort
Name
Email
PIs
Project title
Nader Aldoj
nader.aldoj@charite.de
Dewey, Schäffter, Kutyniok
Deep learning for detection and grading prostate cancer
Jean Pierre Bassenge
jean.bassenge@ptb.de
Schmitter, Schulz-Menger, Kutyniok/Kühne
Compressed sensing MRI for 4D-cardiac flow quantification
Gergely Bertalan
gergely.bertalan@charite.de
Laufer/Sack, Fischer, Schmitt/Duda
Quantitative tissue characterization by multimodal imaging of tumor perfusion and effective-medium mechanical parameters in a preclinical model of lymphoma
Sebastian Dietrich
sebastian.dietrich@ptb.de
Schäffter, Schulz-Menger, Niendorf
Quantitative MRI for assessment of myocardial fat infiltration at ultra-high field strength
Anna Grunwald
anna.grunwald@fu-berlin.de
Abram, Brenner, Braun
Bioconjugation kits for multi-metal use and multi-organ targeting
Matteo Ippoliti
matteo.ippoliti@charite.de
Makowski, Brenner, Abram
Characterization of tumor flow-metabolism mismatch by PET and MRI/ quantitative susceptibility mapping in the brain
Andreas Kofler
andreas.kofler@charite.de
Sack/Dewey, Kachelrieß
CT quantification of perfusion and elasticity related parameters in the heart
Ledia Lilaj
ledia.lilaj@charite.de
Fischer, Sack, Hirsch/Jöhrens
Poroelastography MRI and ultrasound for the measurement of tissue pressure
Jan Lucas Macdonald
macdonald@math.tu-berlin.de
Kutyniok, Schäffter, Schulz-Menger
Machine learning approaches for MR-fingerprinting of cardiovascular flow
Johannes Mayer
johannes.mayer@ptb.de
Schäffter, Brenner, Makowski
Quantitative assessment of coronary plaques by motion-compensated PET-MRI
Azadeh Mohtashamdolatshahi
azadeh.mohtashamdolatshahi@charite.de
Taupitz, Schäffter, Schnorr/Käs
Towards quantitative structure-sensitive MPI: Application for sentinel lymph node detection
Felix Schrank
felix.schrank@charite.de
Sack, Schulz-Menger, Ittermann
Time-resolved cardiac magnetic resonance elastography
Yavuz Oguz Uca
yavuz-oguz.uca@charite.de
Taupitz, Schröder, Makowski
Molecular imaging of inflammation beyond macrophages by magnetic nanoparticle-enhanced MRI
Stephan Wäldchen
stephanw@math.tu-berlin.de
Kutyniok, Sack + Fischer, Hege
Shearlet and Sparse Regularization Techniques for Improved MRE Imaging
Patrick Werner
werner@fmp-berlin.de
Schröder, Taupitz, Bick
Enzyme-activated Xe-MRI contrast agents for molecular imaging
Go to Top