DynaMesh® visible
All DynaMesh® visible implants can be properly visualised in vivo using magnetic resonance imaging (MRI), facilitating analysis of correct surgical technique and mesh placement. [7, 29A, 51, 54, 56, 62, 69-71, 76, 90, 115]
MRI sequences can be used to create three-dimensional reconstructions to check the position and condition of the mesh implant.
DynaMesh® visible is the world’s first technology that enables non-invasive visualisation of textile implants in vivo.
The black coloured filaments contain a small proportion of triiron tetraoxide that is incorporated into the polymer matrix. This innovation has won an award from the German Federal Ministry of Education and Research (FKZ 01EZ0849).
| Award-winner in the innovation competition hosted by the |
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The development was supported |
| [#] | Reference “#” (see “References”) |
| [TR#] | Internal test report (see “internal test report references”) |
| Limitations | “A” animal trial, “B” bench test, “VIT” in-vitro trial, “P” published results based on the analysis of human mesh explants, “PB” published results mainly based on bench tests |
DynaMesh®-PRS visible
From magnetic resonance imaging to three-dimensional reconstruction
DynaMesh®-ENDOLAP visible
From magnetic resonance imaging to three-dimensional reconstruction
In MRI, the body part to be examined is scanned stepwise and captured as a sectional image sequence. Among other things, a three-dimensional reconstruction can be created from the sectional images.
