The results showed that the CSCNT/felt matrix significantly increased the sensitivity of CuHCNFe/Ppy-based sensors compared to those prepared on a felt unrecovered by CSCNTs.
Transplantation of the nerve conduits in vivo showed that cells in combination with fibrin matrix significantly increased nerve regeneration distance (using PGP9.5 and S100 distal and proximal immunohistochemistry) when compared with empty PHB conduits.
Furthermore, although Matrigel with CHR and FGF yielded cells expressing the mesodermal markers MESP1, MIXL1, and LHX1, our optimized matrix significantly increased their expression.
The percentage of immunopositive cells surrounded by MMP cleavage aggrecan neoepitope-positive matrix significantly increased from 7 to 56 days (P < 0.05) in the NP and AF.
Partitioning the genetic variance into additive and nonadditive (uncorrelated) components using the pedigree-based relationship matrix significantly increased the log likelihood of the mixed model for ABS from the base model to second model (Table 3).
Also, the authors in [3] reported that the addition of 30% micron-sized WC to ZrO2-matrix significantly increases the hardness and fracture toughness, but their values were low.
Although the addition of nanoparticles in the Cu matrices significantly increased the hardness of the specimens, as observed in nanoindentation tests, we did not observe such an increase in tensile tests.
This paper shows that adding the adequate material with a phase-change, PCM, to a thermoplastic matrix component significantly increases its fatigue life.
The nc-Si phase is formed in the ZnO matrix and significantly increased by increasing Tann when Tann is higher than 600°C.
The test results show that through optimizing on the binder composition with SCMs, compressive and bending strength of the low water to binder ratio cement matrix is significantly increased.
Regions of cartilage-like matrix were significantly increased in Sox-9 constructs in comparison with untransfected constructs, confirming Sox-9 gene delivery enhances chondrogenesis in targeted cell populations, outlining the potential to promote cartilaginous construct formation with therapeutic implications for regeneration of human articular cartilage tissue defects.
