A correction for modeling of radial, spiral, and PROPELLOR DCE data: time-averaged extended Tofts

Author:Natalia Korobova  Marian Troelstra  Oliver Gurney-Champion  

Session Type:Oral  

Session Date:Wednesday, 08 May 2024  

Session Name:Novel Contrast Agents & Innovative Modellings  

Program Number:1045  

Room Session:Room 331-332  

Institution:Amsterdam University Medical Centers  

Discussion

Author:Celia Martinez de la Torre  

Session Type:Oral  

Session Date:Wednesday, 08 May 2024  

Session Name:Novel Contrast Agents & Innovative Modellings  

Program Number:

Room Session:Room 331-332  

Institution:Memorial Sloan Kettering Cancer Center  

    Introduction

    Author:Celia Martinez de la Torre  

    Session Type:Oral  

    Session Date:Wednesday, 08 May 2024  

    Session Name:Novel Contrast Agents & Innovative Modellings  

    Program Number:

    Room Session:Room 331-332  

    Institution:Memorial Sloan Kettering Cancer Center  

      Molecular MRI of neuroinflammation using a redox-active iron complex

      Nanodiamonds as a novel T1-contrast agent for MRI

      Author:Jelena Lazovic  Metin Sitti  

      Session Type:Oral  

      Session Date:Wednesday, 08 May 2024  

      Session Name:Novel Contrast Agents & Innovative Modellings  

      Program Number:1040  

      Room Session:Room 331-332  

      Institution:Max Planck Institute  

      Non-invasive magnetic resonance imaging agent for in-vivo detection of cardiac fibrosis.

      Author:Kyle Vollett  Anlan Hong  Hai-Ling Cheng  

      Session Type:Oral  

      Session Date:Wednesday, 08 May 2024  

      Session Name:Novel Contrast Agents & Innovative Modellings  

      Program Number:1039  

      Room Session:Room 331-332  

      Institution:University of Toronto  

      A novel mathematical model to quantify tumor fluid properties on longitudinal breast DCE-MRI for neoadjuvant chemotherapy response assessment

      A Novel PET/MRI Hybrid Probe enables Non-invasive Imaging of Perfusion and Excretion in vivo

      T1 relaxometry or EPR signal intensity - Which is best for quantifying iron oxide nanoparticles in tissues non-destructively?

      Validating DCE-MRI estimates of leakage volumes associated with subtle blood-brain barrier dysfunction using two-photon microscopy.