Dfine introduces ultra-high viscosity bone cement for treating complex fractures
US-based clinical innovation organization DFine has presented its new energy-responsive, super high thickness StabiliT ERX bone concrete for use with the organization's vertebral expansion system.
As per the organization, the StabiliT vertebral expansion system utilizes radiofrequency-designated vertebral expansion (RF-TVA), to repair vertebral compression fractures and treat torment in osteoporosis and malignant growth patients.
StabiliT ERX bone concrete, which has multiple times more prominent consistency than other Polymethylmethacrylate (PMMA) bone concretes and twice the thickness of Dfine's StabiliT ER2 concrete, is utilized to treat complex osteoporotic and oncologic fractures with enormous voids.
Notwithstanding higher thickness, StabiliT ERX bone concrete gives broadened working time, giving doctors procedural adaptability, and offers more noteworthy radiopacity during concrete conveyance for further developed perceivability under fluoroscopy.
Radiology Imaging Partners interventional radiologist Dr Scratch Yee expressed patients with complex fractures, for example, non-mended vertebra plana are challenging to treat as these fractures have a restricted measure of bone to work and balance out the vertebra.
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Dfine CEO Kevin Mosher said the mix of RF energy, designated route and controlled conveyance of super high consistency concrete empowers doctors to give break decrease negligible harm to local bone and more prominent accuracy in concrete conveyance.
"Presently with the presentation of StabiliT ERX as the most recent headway in our group of energy-responsive concretes, doctors have more prominent decision in fitting their medicines to every specific patient circumstance while utilizing the StabiliT System," Mosher said.
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