ISMRM preparation: electronic posters / traditional posters

Status: confirmed

ISMRM preparation: Talks part I

M-C. Ku
In vivo 19F MRI to study ERK1 as a target for Dendritic Cell Migration in High Grade Glioma

L. Winter
From Real-Time SAR Estimation to Temperature Distributions in Coronary Stents at 7T

Status: confirmed

Riazy, Leili: PhD project introduction

Status: confirmed

ISMRM talks final rehearsal

Status: confirmed

ISMRM meeting in Toronto, CA

Status: no seminar

Selected Topics in PET-MR-Physics
Status: confirmed

ISMRM cooldown

Status: confirmed

TBA

Status: confirmed

Introduction to diagnosis of liver pathologies with MRI

Status: confirmed

The B.U.F.F. Parametric Mapping Toolkit

Status: confirmed

PhD project update: Sodium imaging of the eye

Status: confirmed

Cardiovascular Magnetic Resonance in Mice: Beyond Vasculature and Cardiac Function

Status: confirmed

ISMRM 2016 abstract suggestions

Status: confirmed

Evolution of skull and brain

Status: confirmed

T. Niendorf
Impression of the 10th biennial Workshop on High and Ultra-High Field Imaging, Minnesota 2015

K Paul:
PhD defence rehearsal:
Advancing the Capabilities of Rapid Acquisition with Relaxation Enhancement Magnetic Resonance Imaging: Development of Novel Methodology and in-vivo Applications

Status: confirmed

COSI-Measure: Open source multipurpose measurement system

Cost effective Open Source Imaging (COSI) aims to construct an affordable MRI scanner at low field using permanent magnets. In order to map the static magnetic field of the MR magnet, COSI-Measure was developed, which is an open source 3-axis multipurpose system for a total cost <3000€. Our system can be easily modified to be used for other applications such as electromagnetic field measurements, 3D printing, CNC machinery and many other scientific applications, that require submillimeter 3D movement.

Status: confirmed

Towards Quantitative Renal MR Blood Oximetry by Combined Monitoring of T2*, T2 and Blood Volume Fraction

Synopsis
Acute kidney injuries are often characterized by tissue oxygen hypoxia. T2*-mapping permits probing renal oxygenation but provides a surrogate rather than a quantitative measure of oxygen saturation (SO2). The link between pO2 and T2* is influenced by changes in blood volume fraction (BVf). Monitoring BVf in combination with recently developed quantitative BOLD approaches could permit unambiguous interpretation of renal T2*. To test the feasibility of this new approach we monitored renal T2*/T2 during baseline and short periods of venous occlusion. This was performed in the same animal under naïve conditions and again with USPIO to permit estimation of BVf and SO2.

Status: confirmed

S. Alnahhas:
Master Thesis defense

Status: confirmed

MR imaging and MR spectroscopy in IKEM

Status: confirmed

Dementia studied in a model: Characterization of an animal model of Alzheimer's disease

Alzheimer's disease is the most common cause of senile dementia in the elderly population. Up to now, the clear mechanisms remain elusive due to huge complexity and a lack of knowledge about the pathology. There is no therapy available at present, however there is an impelling need to establish reliable screening methods and therapeutic tools.
The use of models for Alzheimer's disease and other challenging pathologies enables scientists to develop a better understanding about the etiology, to identify molecular markers and finally to develop therapeutic approaches.
This talk comprises the characterization of a highly suitable animal model for Alzheimer's disease. Within a longitudinal study, neurological and motoric skills, cognition, metabolism and biochemistry were investigated and analysed in order to provide a basis for preclinical research and validated the characterized animal model as appropriate for further studies.

status: confirmed

Dementia studied in a model: Characterization of an animal model of Alzheimer's disease

Alzheimer's disease is the most common cause of senile dementia in the elderly population. Up to now, the clear mechanisms remain elusive due to huge complexity and a lack of knowledge about the pathology. There is no therapy available at present, however there is an impelling need to establish reliable screening methods and therapeutic tools.
The use of models for Alzheimer's disease and other challenging pathologies enables scientists to develop a better understanding about the etiology, to identify molecular markers and finally to develop therapeutic approaches.
This talk comprises the characterization of a highly suitable animal model for Alzheimer's disease. Within a longitudinal study, neurological and motoric skills, cognition, metabolism and biochemistry were investigated and analysed in order to provide a basis for preclinical research and validated the characterized animal model as appropriate for further studies.

status: confirmed

Dementia studied in a model: Characterization of an animal model of Alzheimer's disease

Alzheimer's disease is the most common cause of senile dementia in the elderly population. Up to now, the clear mechanisms remain elusive due to huge complexity and a lack of knowledge about the pathology. There is no therapy available at present, however there is an impelling need to establish reliable screening methods and therapeutic tools.
The use of models for Alzheimer's disease and other challenging pathologies enables scientists to develop a better understanding about the etiology, to identify molecular markers and finally to develop therapeutic approaches.
This talk comprises the characterization of a highly suitable animal model for Alzheimer's disease. Within a longitudinal study, neurological and motoric skills, cognition, metabolism and biochemistry were investigated and analysed in order to provide a basis for preclinical research and validated the characterized animal model as appropriate for further studies.

status: confirmed

Dementia studied in a model: Characterization of an animal model of Alzheimer's disease

Alzheimer's disease is the most common cause of senile dementia in the elderly population. Up to now, the clear mechanisms remain elusive due to huge complexity and a lack of knowledge about the pathology. There is no therapy available at present, however there is an impelling need to establish reliable screening methods and therapeutic tools.
The use of models for Alzheimer's disease and other challenging pathologies enables scientists to develop a better understanding about the etiology, to identify molecular markers and finally to develop therapeutic approaches.
This talk comprises the characterization of a highly suitable animal model for Alzheimer's disease. Within a longitudinal study, neurological and motoric skills, cognition, metabolism and biochemistry were investigated and analysed in order to provide a basis for preclinical research and validated the characterized animal model as appropriate for further studies.

status: confirmed

UHF workshop Heidelberg talk rehearsal

Gibbs ringing explained

Status: confirmed

Project update and perspective

Status: slot available

ISMRM e-Poster (part I)
T. Hülnhagen
L. Winter

Status: confirmed