Book of Abstracts – 8th International Symposium – on Highfield MR in Clinical Applications

Abstracts (HTML) Autorenliste

Aarts, JCNM

Is a 3.0 Tesla MRI cost effective for brain imaging in a general hospital?

Abskharon, J

3D Reconstructed Contrast Enhanced MR Angiography: 1.5 Tesla versus 3 Tesla in Detection of the Different Branches of the Internal Iliac Artery before Uterine Artery Embolization

Antoch, G

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Arteaga de Castro, CS

1H-Spectroscopy at 7T in Prostate Cancer for Metabolite Detection to improve tumor characterization

Bahr, A

Liver MR imaging in humans at 7 Tesla: Initial results

Baumeister, R

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy

Biessels, GJ

Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI

Bitz, A

7 Tesla Cardiac MRI in Humans

Bitz, AK

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Brote, I

7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Chenevert, TL

Liver fat quantitation at 3T using a single breath hold multi-echo sequence

Chng, SM

Perfusion territories of the deep brain structures: territorial arterial spin labeling MRI at 3.0 Tesla fieldstrength.

Clusmann, H

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Conijn, MMA

Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI

de Leeuw, LA

Is a 3.0 Tesla MRI cost effective for brain imaging in a general hospital?
Cost-effectiveness of 3T MRI versus 1.5T in imaging of the knee in general radiology practice.

Duijndam, A

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Eggers, H

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Espinola-Klein, C

Perfusion Imaging in the Soft Tissues in Patients with Diabetic Foot Syndrome (DFS) – Preliminary Results

Flacke, S

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Forsting, M

Magnetic resonance imaging of cranial nerves at 7 Tesla

Geerlings, MI

Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI

Gieseke, J

R2* response of intracranial tumors during (C)O2 challenges at 3.0T
Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Gizewski, ER

Magnetic resonance imaging of cranial nerves at 7 Tesla

Glaser, C

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy
Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Golay, X

Perfusion territories of the deep brain structures: territorial arterial spin labeling MRI at 3.0 Tesla fieldstrength.

Grams, AE

Magnetic resonance imaging of cranial nerves at 7 Tesla

Hendrikse, J

Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI
Perfusion territories of the deep brain structures: territorial arterial spin labeling MRI at 3.0 Tesla fieldstrength.

Herigault, G

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Herrmann, KA

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy

Horng, A

Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Hussain, HK

Liver fat quantitation at 3T using a single breath hold multi-echo sequence

Hussain, SM

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Ivancevic, MK

Liver fat quantitation at 3T using a single breath hold multi-echo sequence

Jakobs, TF

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy

Kalkmann, J

Magnetic resonance imaging of cranial nerves at 7 Tesla

Kinner, S

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Klomp, DWJ

1H-Spectroscopy at 7T in Prostate Cancer for Metabolite Detection to improve tumor characterization

König, R

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Kraff, O

Magnetic resonance imaging of cranial nerves at 7 Tesla
7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Kreitner, KF

Perfusion Imaging in the Soft Tissues in Patients with Diabetic Foot Syndrome (DFS) – Preliminary Results

Kukuk, GM

Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Ladd, ME

Magnetic resonance imaging of cranial nerves at 7 Tesla
7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Ladd, SC

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Lauenstein, TC

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Lehnert, T

3D Reconstructed Contrast Enhanced MR Angiography: 1.5 Tesla versus 3 Tesla in Detection of the Different Branches of the Internal Iliac Artery before Uterine Artery Embolization

Luijten, PR

Magnetization prepared 3D-FLAIR Imaging at 7.0 Tesla
Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI
1H-Spectroscopy at 7T in Prostate Cancer for Metabolite Detection to improve tumor characterization

Maderwald, S

Magnetic resonance imaging of cranial nerves at 7 Tesla
7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Müller, A

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Müller, P

Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Mürtz, P

R2* response of intracranial tumors during (C)O2 challenges at 3.0T
Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Naguib, N

3D Reconstructed Contrast Enhanced MR Angiography: 1.5 Tesla versus 3 Tesla in Detection of the Different Branches of the Internal Iliac Artery before Uterine Artery Embolization

Nahuis, JJ

Is a 3.0 Tesla MRI cost effective for brain imaging in a general hospital?

Nassenstein, K

7 Tesla Cardiac MRI in Humans

Nelles, M

Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Notohamiprodjo, M

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy
Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Nour-Eldin, NE

3D Reconstructed Contrast Enhanced MR Angiography: 1.5 Tesla versus 3 Tesla in Detection of the Different Branches of the Internal Iliac Artery before Uterine Artery Embolization

Orzada, S

Magnetic resonance imaging of cranial nerves at 7 Tesla
7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Perkins, TG

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Petersen, ET

Perfusion territories of the deep brain structures: territorial arterial spin labeling MRI at 3.0 Tesla fieldstrength.

Pietsch, T

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Pietschmann, P

Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Quick, HH

7 Tesla Cardiac MRI in Humans
Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Reiser, M

Improving image quality in shoulder MRI at 3T – BLADE vs. TSE

Reiser, MF

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy

Remmele, S

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Röhrl, B

Perfusion Imaging in the Soft Tissues in Patients with Diabetic Foot Syndrome (DFS) – Preliminary Results

Schaefer, LC

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

Schild, HH

R2* response of intracranial tumors during (C)O2 challenges at 3.0T
Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Schreiber, LM

Perfusion Imaging in the Soft Tissues in Patients with Diabetic Foot Syndrome (DFS) – Preliminary Results

Smink, J

Liver fat quantitation at 3T using a single breath hold multi-echo sequence

Solbach, K

Liver MR imaging in humans at 7 Tesla: Initial results

Träber, F

R2* response of intracranial tumors during (C)O2 challenges at 3.0T
Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Umutlu, L

Kidney MR imaging in humans at 7 Tesla: Initial results
Liver MR imaging in humans at 7 Tesla: Initial results

van der Heide, UA

1H-Spectroscopy at 7T in Prostate Cancer for Metabolite Detection to improve tumor characterization

Van Tilburg, JL

Abdominal MR Imaging at 3.0T: Preliminary Clinical Experience with 2-Point mDIXON as an Alternative to eThrive and Chemical Shift Imaging

Venketasubramanian, N

Perfusion territories of the deep brain structures: territorial arterial spin labeling MRI at 3.0 Tesla fieldstrength.

Visser, F

Magnetization prepared 3D-FLAIR Imaging at 7.0 Tesla
Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI

Vogl, T

3D Reconstructed Contrast Enhanced MR Angiography: 1.5 Tesla versus 3 Tesla in Detection of the Different Branches of the Internal Iliac Artery before Uterine Artery Embolization

Weber, S

Perfusion Imaging in the Soft Tissues in Patients with Diabetic Foot Syndrome (DFS) – Preliminary Results

Weiss, M

MR-Lymphangiography at 3.0T – Correlation with Lymphoscintigraphy

Wenningmann, I

R2* response of intracranial tumors during (C)O2 challenges at 3.0T

Westerbeek, RE

Cost-effectiveness of 3T MRI versus 1.5T in imaging of the knee in general radiology practice.

Wiersma, HW

Cost-effectiveness of 3T MRI versus 1.5T in imaging of the knee in general radiology practice.

Willinek, WA

R2* response of intracranial tumors during (C)O2 challenges at 3.0T
Liver MRI at 3.0 Tesla in patients with focal or diffuse liver disease: An intraindividual comparative study of T1-, T2- and diffusion weighted imaging using parallel RF transmission with patient-adaptive B1 shimming

Ziedses des Plantes, BG

Is a 3.0 Tesla MRI cost effective for brain imaging in a general hospital?
Cost-effectiveness of 3T MRI versus 1.5T in imaging of the knee in general radiology practice.

Zonneveld, BJGL

Is a 3.0 Tesla MRI cost effective for brain imaging in a general hospital?

Zwanenburg, JJM

Magnetization prepared 3D-FLAIR Imaging at 7.0 Tesla
Detection of cerebral microbleeds with dual echo T2*-weighted imaging at 7.0 Tesla MRI