MR Thermometry Applications for deep mild RF Hyperthermia in the Pelvis

PhD Project update: C. Özerdem

Status: confirmed

ISMRM talk rehearsal
O. Weinberger
E. Oberacker

ISMRM ePoster rehearsal
L. Riazy

Status: confirmed

ISMRM rehearsal talks

Status: confirmed

ISMRM Singapore

Status: no seminar

RF probe design for multinuclear magnetic resonance - switches, traps and the quest for sensitivity

K. Paul:
ISMRM cooldown

Status: confirmed

ISMRM 2016 Singapore cool down

Status: confirmed

UHF Symposium talk rehersal

A. Pohlmann:
En route to Targeted Treatment Strategies of Kidney Injury/Disease: Detailing the Role of Renal Oxygenation Using Physiometabolic MRI

L. Winter:
Pushing the Limits: Electrodynamics and RF Coil Concepts for Human MRI at 23 Tesla and Beyond

Status: confirmed

Diffusion Tensor Imaging - new applications in clinical neuroradiology

Status: confirmed

ISMRM Cool down

Status: confirmed

Research Project Update: Detailing the Role of Systemic Blood Pressure in Somatosensory Mouse fMRI

Status: confirmed

PhD project introduction: Renal Physiometabolic Sodium and Phosphor MR

Status: confirmed

Investigation of Macromolecular Protein Assemblies Using Solid-State NMR Spectroscopy Enhanced by DNP, Proton-Detection and Ultrafast Spinning

Abstract:
Many biologically interesting processes involve proteins or protein assemblies that are attached to or integrated into the cell membrane or other cellular/viral structures which are not dissolved in the cytoplasm. These insoluble proteins are difficult to study by X-ray crystallography or solution-state NMR.
In contrast, solid-state NMR spectroscopy has proven to be a successful technique to determine the structure of such proteins at atomic detail. One of the principal drawbacks of solid-state NMR is its inherently low sensitivity. In this talk, the two most promising approaches for sensitivity enhancement in solid-state NMR (dynamic nuclear polarization and proton detection) together with their applications to macromolecular protein assemblies are presented.

Status: confirmed

PTB research project introduction

Status: confirmed

Photo-chemically induced DNP NMR studies in solution-state with field-cycling and in solid-state

Status: confirmed

Impressions from the world helath summit Berlin 2016

Status: confirmed

-

Status: no seminar

ISMRM deadline

Status: slot available

ISMRM 2017 abstract power pitch Q&A

Status: confirmed

Magnetic resonance elastography: a novel approach to investigate structural changes in brain inflammation

ISMRM 2017 abstract power pitch Q&A

Status: confirmed

B.U.F.F. cleanup

Status: no seminar

Master thesis presentation: Implementation and Validation of fast Spin Echo based Magnetic Resonance Thermometry at high Magnetic Field Strengths

T. Huelnhagen:
SCMR young investigator talk rehearsal: CINE Myocardial T2* mapping at 7.0 T: In Vivo Insights into Cardiac (patho)physiology

Status: confirmed

R. Moritz:
Master thesis presentation: Development and characterization of Halbach arrays tailored for magnetic resonance at low magnetic field strengths

T. Huelnhagen:
SCMR young investigator award presentation: CINE Myocardial T2* mapping at 7.0 T: In Vivo Insights into Cardiac (patho)physiology

Status: confirmed

Literature study: Simultaneous and Interleaved Acquisition of NMR Signals from Different Nuclei with a Clinical MRI Scanner
Data mining on ISMRM

Status: confirmed

B0 Shimming: What you need to know

Status: confirmed

PhD project update:
Differentiation of Myocardial Damage in Hypertrophic Cardiomyopathy

Status: confirmed

T. Niendorf – W(h)ither B.U.F.F.?

ISMRM rehearsal
Oral: H. Reimann, T. Huelnhagen
e-Poster: J. Periquito

Status: confirmed