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Efficiencies as high as 50% have been predicted for cells with a larger number of junctions and high concentration [4].
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Paradoxically, this is opposite to what would have been predicted for a cell population that functionally has increased capacity for inducing teratomas [3].
Stunning theoretical efficiencies have been predicted for quantum-confined solar cells.
Considering the diverse biological functions of pulmonary fibroblasts and epithelial cells, it is not surprising that a different structural organization would be predicted for the cell-surface HS chains of these two cell types.
The effects of allowing or prohibiting processes that would not be feasible to manipulate independently in vivo, can be predicted for specific cell types.
The risk value was predicted for each grid cell in the study area.
Based on these results, putative pathways of apoptosis were predicted for EV71-infected RD cells.
The enhancement observed (SER') varied with the radiation dose, as would be predicted for a mixed oxic/hypoxic cell population.
The ensLOC framework was then applied independently to each filtered cell; that is, protein localization in each cell was predicted for up to 60 binary classifiers, where each classifier determined if a cell should be assigned positively or negatively to the class based on its morphological features.
The same is predicted for baboon and cynomolgus monkey cells, which have the same defective mutation.
A 18.2% efficiency is predicted for this new InGaN solar cell design.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com