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Modular gradient and shim coil array (MRI)

Ref-Nr: TA-ZEE2014120401


Kurzfassung

A novel manufacturing technique for novel imaging techniques


Hintergrund

 A novel manufacturing technique for a modular design for gradient and shim coil arrays is now available.


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Lösung

Usually spatial encoding in MRI is performed by using three orthogonal spatially varying fields. However, a high number of individual localized coil elements add further degrees of freedom. This offers new exciting possibilities for novel imaging techniques (some of which are also invented and patented by us).. Due to spatial restrictions, higher maximum gradient amplitudes can be achieved locally before running into physiological limits, mainly stimulations of peripheral nerves. Now novel high-channel matrix gradient coils can be designed from individual preassembled subgroups through implementation.


Vorteile

  • High number of individual elements for additional degrees of freedom
  • Coil construction from individual, pre-manufactured elements
  • Each element shielded and balanced for force and torque
  • MRI exams become easier, faster and more precise.

Anwendungsbereiche

Enabels novel spatial encoding techniques in MRI, e.g.:

  • Parallel imaging (US 7906968 B2, EP 2060927 B1)
  • Curved slice image acquisition (US 9097777 B2)
  • Localization by non-linear phase preparation (US 8791700 B2)
  • Locally adapted image resolution (US 10036789 B2)

Single system for shimming and spatial encoding


Campus Technologies Freiburg GmbH

Dr. Kathrin Lauckner
+49 (0) 761/203 499
kathrin.lauckner@campus-technologies.de
www.campus-technologies.de
Adresse
Stefan-Meier-Str. 8
79104 Freiburg



Entwicklungsstand

Prototyp


Patentsituation

  • DE DE 102015005944 B4 erteilt
  • US US 10234520 B2 erteilt
  • EP EP 3093681 A1 erteilt

Stichworte

MRI, Gradient Coil, Spatial Encoding, Hardware Design

Angebot Anbieter-Website


Kontakt | Geschäftsstelle

TransferAllianz e. V.
Christiane Bach-Kaienburg
(Geschäftsführerin)

c/o TransMIT GmbH
Kerkrader Straße 3
D-35394 Gießen