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Because the surface wave is excited by the trapping of the body wave energy in a low-velocity surface structure, the abovementioned discrepancy is most probably the result of inexact modeling of the impedance contrast at the sediment-bedrock interface.
The remaining discrepancy is most probably due to inaccuracy of the underlying 3-D conductivity model, and partly due to inaccuracy in the estimated (observed) responses, due to the limited time length of observations.
This discrepancy is most probably due to differences in the extent of degradation between samples.
This discrepancy is most probably due to a combination of looking only at grade IV samples and using data unadjusted for Type I/II Illumina probes.
The reason behind the apparent discrepancy is most probably the differential staining of the oligomers by the Coomassie Brilliant Blue G250 dye.
Similar(55)
The discrepancy is most likely to be due to mis-assembly of Wm82_v2 in this region.
The discrepancies are most probably due to difficulties in model building, using a 3.5-Å map of the whole vault.
This discrepancy with our study is most probably due to the fact that the surveys were not performed during surgery.
We found a dramatic discrepancy between corrected and precalculated predictions that is most probably explained by the swapped substitution.
This size discrepancy between plant- and CHO-derived rhEPO is most probably due to differences in N-glycosylation.
The latter is most probably the case.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com