[BibTex]

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.

[BibTex]

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.

[BibTex]

Note: inproceedings

Abstract: The control of organ perfusion via medical imaging is an important diagnostic tool i.e. for the diagnosis of chronic kidney disease. In this work, a schematic phantom is constructed, which mimics the continuous branching of the vessels in the kidney as well as the perfusion of tissue, which cannot be spatially resolved. It is shown that in Magnetic Particle Imaging the drop in concentration visible can be correlated with the volume fraction of the tracer lumen and thus carries the information about the tissue perfusion.