Numerous issues on the plasma material interactions were investigated for low activation materials.
The design and fabrication of surfaces allowing the control of cell to material interactions is currently a subject of great significance, given its potential impact in the development of implantable medical devices and engineered tissues.
Further cell material interactions were also studied.
As no material interactions were present, data presented are pooled results.
However, its blood-material interactions are unknown.
Meanwhile, tool-material interactions are discussed for the effect on the failure mechanism combined with the on-line micro observation of the chipping process.
Cell-material interactions are critical for many biomedical and biotechnological applications.
In the case of articular cartilage, the cell-material interactions are complicated by the necessity to maintain their rounded morphology [ 6].
In addition, finite element model of the tire-honeycomb material interaction was built to verify the correctness of the theoretical model.
The task level x stimulus material interaction was significant as well (F(2) = 40.39, p < .001).001
