Completely acellular cornea scaffolds were subjected to uniaxial tensiletesting and reseeding assay.
2
However, mechanical characterization of bioprosthetic leaflet materials has been done primarily through planar tensiletesting.
3
A carefully designed tensiletesting technique for the MWCNTs is developed, which allows us to obtain more accurate and reliable measured values.
4
The scaffolds were characterized for their structural, mechanical, and biological properties by scanning electron microscopy, Raman spectroscopy, tensiletesting, and cell-scaffold interaction study.
5
Using the FEA-informed design, a new DN structure was printed and the FEA predicted tensile test results agreed with tensiletesting of the printed structure.
6
Tensiletesting demonstrated that an increase in failure load was found when the implanted patellar tendon graft was compared with the cadaveric reconstruction.