Polarized and unpolarized spectra also showed similar shapes (Figure 3).
The third phantom (Figure 1c) included six irregular shapes (Figure 2) selected from real patient data.
They capture specific fly constellations (Figure 2a,e,f,g,h) or shapes (Figure 2b,c,d).
After 180 s, the formed GNPs did not obviously change their shapes (Figure 6A).
In fact, the parenchymal cells of the stem showed anomalous shapes (Figure 2A).
In this Primer, we discuss how plant cells have solved this problem, allowing them to support often very large increases in volume and to develop a broad variety of shapes (Figure 1A,B,D).
The validation results on the phantom with irregular shapes show that CT has the highest SI (0.62; %VE = 24.52% ± 46.89%) for all shapes (Figure 8).
When plotted against the longest dimension (see Table S1), particle attachment exhibited a peak at around 2 3 µm for all sizes and shapes (Figure 4b).
Craniofacial cartilage, stained with alcian blue, was also found to be normal in terms of individual elements and their shapes (Figure 3A, B).
The power spectra of single neuron firing could have different shapes (Figure 5A and 5B) consistent with the different ISI distributions.
