Sentence examples for hypothetical cell from inspiring English sources
A similar but numerical analysis which incorporates space charge effects and optical profile is presented in Fig. 2b for a hypothetical cell with ohmic contacts and balanced electron and hole mobilities.
We first tested the correlation between accessibility level of single CREs and their expression of the putative target genes in each of the three cell lines, and the hypothetical cell population merged from them.
To test this implicit assumption, we calculated the fraction of the theoretical specific energy achieved on the pack level for hypothetical cell chemistries with various open-circuit voltages and theoretical specific energies using a peer-review bottom-up battery design model.
The most notable exception was an ORF sharing 28 33% identity with the hypothetical cell surface protein precursor from Lactobacillus sakei, which was isolated in eight independent occasions but from the same patient, FMF87 (in clones 18, 20, 21, 28, 30, 31, 36, and 38).
In a hypothetical cell with two identical genes, intrinsic noise would cause differences in their number of transcripts.
The main approach here is to reconstruct the major functional systems and pathways of the cell and to identify obvious "gaps" that make the hypothetical cell unsustainable.
From the calculated discharge curves of hypothetical cells containing both sodium and lithium, it is concluded that the stored energy per mole of sulphur decreases slightly as sodium is replaced by lithium, but the specific energy(per kg of electroactive material) increases by nearly 30%.
We do not have any knowledge about the overall expression patterns of cell-surface proteins of both strains used in the present study, but it is known that there are differences in the proteome of both strains [ 26] as well as in the VNTRs (variable number of tandem repeats region) of several cell-surface proteins and hypothetical cell-surface proteins [ 8].
In this way, predictions are obtained by solving an optimization problem: maximize the (hypothetical) cells objective function subject to the constraints that are imposed by the model.
Recent computational models suggest that hypothetical benign cell boosters, which increase the fitness of either benign neoplastic clones or normal cells, may help to drive the more dysplastic clones extinct and thereby delay cancer progression.
When 100 mWe of hydrogen was produced, a thermal efficiency of 9%, or an estimated 4.5% net efficiency (including a hypothetical fuel cell), was achieved.
