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To characterize the spheres derived in this study further, we investigated a number of markers expressed in pluripotent cells and in cells representative of the three germline layers.
To characterize the spheres, sections were stained with 4.5 μg/ml mouse anti-human Cytokeratin 8 Invitrogenitrogen) and 2.5 μg/ml of mouse anti-human Oct4 IgG2β (Santa Cruz, CA, USA).
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We have previously worked extensively on characterizing the sphere-forming cells derived from brain tumor biopsies [ 11, 27, 28].
The most notable differences between the two protocols were the frequency of scores for the variable characterizing the sphere of reference (1 = therapy related, 2 = situations outside of therapy, 3 = reference to therapy and situations outside of therapy, 4 = unclear).
The equality case of these inequalities characterizes the Euclidean spheres.
In this paper, we characterize the Voronoi diagram of spheres in three-dimensional Euclidean space, which is also known as an additively weighted Voronoi diagram, and propose an algorithm to construct the diagram.
We sought to characterize the potential of these spheres to give rise to PNS neurons.
Figure 4 Cross sections of 〈111〉-oriented III V NWs with diameters of about 2.6 nm where III (blue spheres) and V (green spheres) atoms, whose states characterize the top of the valence band and the bottom of the conduction band, are highlighted.
Namely, we give an exhaustive description of the main properties of an algorithm for the minimization of the logarithmic potential energy on the 2-sphere, and we characterize the probability distribution of the cost of the different minima.
To characterize the origin and differentiation state of the cells in the spheres, a series of (immuno- histochemical analyses were performed (Fimmuno- histochemical
To further characterize the applicability of such sensors, we tested the variability of the analyte signal by repeated release and collection cycles of a single sensor-sphere ("intrasphere").
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