User Application
Clip-on Camera for Debugging Advanced Gradient Systems
Download the new application note, which explores the use of field probes to debug custom-built nonlinear gradients for MRI acceleration. This note was authored by Rui Tian from the Max Planck Institute for Biological Cybernetics in Tübingen.
News
NEUROQUANT Project Awarded Prestigious Grant
The project NEUROQUANT – Neurovascular MR coil powered by quantitative neuroimaging technologies for Alzheimer’s disease diagnosis, prognosis, and therapy monitoring, has been awarded a prestigious grant through a joint initiative from Innovate UK and Innosuisse – Swiss Innovation Agency. Skope is one of the project partners.
Resources
New Blog Post on Skope's Role in the Iseult 11.7 T Project
Learn how Skope’s field cameras were used in the Iseult 11.7 T project, which was recently highlighted in Nature Methods, detailing the path to obtaining the most precise in vivo images of the human brain.
Resources
Connectome 2.0 & Initial Experience with the Skope System
Learn how advances in MRI physics and technology, driven by increasing magnetic field strengths and gradient power, are revolutionizing diffusion MRI to uncover the intricate pathophysiology of diseases.
Resources
NeuroCam™ 3T & 7T DICOM Viewer
Our new DICOM Viewer now includes images acquired with the NeuroCam 3T Excellence and the NeuroCam 7T Standard. Take a look at the latest images!
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Products Overview
NeuroCam™ 7T
MR Head Coil for Parallel Transmission with 64 Independent Receive Elements and 16 Field Probes for High Image Quality and Stability at 7T.
References
I want to thank the Skope team for the fantastic collaboration throughout our project. I truly appreciated the ‘Swiss precision’ in defining the project and reliably delivering on promises made. Additionally, having the team show up on-site really gave the project an extra push, helping us meet critical milestones.
Professor Nikolaus Weiskopf, PhD
MPI for Human Cognitive and Brain Sciences
Being able to directly visualize the gradient moments made it easy to identify the error and fix the calculation in the pulse sequence.
Lars Mueller, PhD
University of Leeds
Oscillating gradient spin-echo (OGSE) diffusion acquisitions offer unique microstructural insight but suffer limited sensitivity due to the characteristically long TEs. This shortcoming can be mitigated by combining OGSE with spiral readouts…
Eric S. Michael
Institute for Biomedical Engineering, ETH Zurich
Having access to the raw trajectory data from the Skope system and libraries with which to read them allowed us to successfully develop our model-based reconstruction algorithm and generate high-fidelity images.
Paul Dubovan
Department of Medical Biophysics at Western University
Fast, non-Cartesian imaging is simpler than ever since we rely on the Dynamic Field Camera for system characterization and trajectory measurement. Real-time field monitoring with a Clip-on Camera has become a cornerstone of our 7T program.
Prof. Klaas P. Prüssmann, PhD
Institute for Biomedical Engineering, ETH Zurich
At the UMC Utrecht we have built up quite some experience with the 16-channel Skope system for monitoring B0 field fluctuations in the human body at high field. We strive to stabilize sensitive MRI and MRS/MRSI acquisitions by correcting the acquisition and reconstruction techniques for B0 instabilities caused by (involuntary) patient movement.
Prof. Dennis Klomp, PhD
UMC Utrecht
We are end-users of this technology who expect ease of use. Our installation was a seamless process during which both sales team and the MR experts at Skope were a pleasure to work with.
Zoltan Nagy, PhD
Laboratory for Social and Neural Systems Research - SNS Lab, University of Zurich
The Skope staff have always been really helpful in sorting out any issues that I faced as my project developed over the past 5 years. The field camera is a very friendly solution that gives room to personalize data acquisition thanks to the MatLab-package scanner interface.
Laura Bortolotti, PhD
University of Nottingham
Our Clip-on Camera has been invaluable to monitor field stability and fluctuations in MR thermometry. If thermal measurements are to remain non-invasive in vivo, it is impossible to obtain definite proof without in situ measurements.
Nicolas Boulant, PhD
NeuroSpin/CEA
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