Sentence examples for robust differentiation from inspiring English sources
Furthermore, clonally expanded CD51+ cells were induced to differentiate under lineage-specific differentiation conditions, these cells showed robust differentiation potential, including adipogenic, osteogenic, and chondrogenic ability.
A robust differentiation between several speakers has to be achieved.
However, many applications are limited due to the lack of robust differentiation paradigms that allow for the isolation of defined functional tissues.
The primary aim of this work is to provide quantitative peak-level interpretation beyond target biomarkers, with the end goal of robust differentiation between petroleum sources that share regional commonalities, and therefore, have highly correlated (GCtimes GC) fingerprints.
In summary, PCA enables statistical distinction between two (GCtimes GC) separations which have been extracted from geologically unrelated sources far apart from each other, but falls short of robust differentiation between strongly correlated sources located within the same region.
Comparison of the observed SALI values to SALI values computed from a single randomization would not allow a robust differentiation between observed and random values (i.e., a single iteration could appear to be very similar to the observed SALI values, though highly unlikely).
Robust muscle differentiation of cells embedded into PF was observed, with enhanced differentiation in mMabs-nLacZ/PlGF comparing with unmodified mMabs (Supplementary Fig S2I L).
Although robust cardiac differentiation in select hPSC lines has been reported [9], [12], [13], [24], highly efficient cardiac differentiation of multiple independently derived hESC and hiPSC lines using a single technique has thus far not been possible.
In the second proposed approach, the robust exact differentiation via second-order sliding mode theory, known as Levant differentiator, is employed to decrease derivative estimation error in the process of estimation.
Although these cells have the ability to differentiate into diverse types of mesoderm cell types, they show a robust myogenic differentiation both in vitro and, most importantly, when injected intramuscularly or intra-arterially in dystrophic muscle.
The key coefficients on technical change are robust to differentiation across observable characteristics that are potential dimensions of heterogeneous early retirement behavior.
