The data suggest that biomaterial matrices incorporating denatured collagen may promote more active remodeling toward new extracellular matrices in comparison to cells grown on non-denatured collagen.
However, the advantages of branched polymer matrices in comparison with their linear polymer analogs for in situ nanoparticles formation are still not clear.
Although (1) is similar to NMF in its formulation, (3) and (4) do not enforce the factorization of a non-negative matrix into two non-negative matrices, in comparison to NMF.
These features make the algorithm better to deal with sparse nonnegative matrices in comparison with the traditional implementations.
BLAST uses predefined scoring matrices in comparison to position-specific scoring matrices derived from the scoring hits in the initial search in PSI-BLAST.
Taken together, these findings suggest that myoskeletal disassembly, a tendency toward cell rounding, and increased CM proliferation are more compatible with compliant matrices, in comparison with the rigid matrix.
